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July 2006 Issue Complete

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July 2006 In This Issue
Re vi ews
AAS Ultra Analog
Modelled Analogue Synth [Mac/PC]
Like the analogue modelling of AAS's Tassman but don't need its complexity or fancy its price
much? The much more affordable Ultra Analog could be right up your street...
Benchmark ADC1
Stereo A-D Converter
Benchmark are set to further strengthen their excellent reputation with this eagerly anticipated
new A-D converter.
BIAS Peak Pro 5
Audio Editing, Processing & Mastering Software [Mac OS X]

This major update to Peak includes a new Playlist editor, full AU plug-in and virtual instrument
support and a heavy-duty suite of mastering plug-ins.
Blue Snowball
USB Condenser Microphone

A multi-pattern mic that plugs straight into a computer.
Eventide Anthology II
Plug-in Bundle For Pro Tools TDM Systems
Eventide's range of high-quality Pro Tools plug-ins continues to grow, and the new
Anthology II bundle collects together no fewer than 15 separate effects and processors.
Focusrite Liquid Mix
Firewire-based Dynamic Convolution Processor

PREVIEW: Focusrite's Liquid Mix could be the hottest product of the year, using convolution
technology to integrate a stellar range of vintage analogue EQ and compressor replicas into
your DAW. We got our hands on a prototype to see whether it lives up to the hype... (A full
test will follow in the next few months.)
Focusrite Saffire LE
Firewire Audio Interface [Mac OS X/Win XP]
Focusrite's Saffire already offered an awful lot of Firewire interface for your money, but the
new LE version could just be even more of a bargain.
Guitar Technology
Gear Reviews, Tips and Techniques
Marshall Regenerator, Echohead and Reflector effects pedals
Technique: tuners and tuning stability
Hot New Sample CDs On Test
Sample Shop
Project SAM Organ Mystique
Best Service Peter Siedlaczek String Essentials
Big Fish Audio Roots Of South America Volume 2
Big Fish Audio Soundscapes For Cinema
IK Multimedia Amplitube 2
Amp Simulation Plug-in [Mac OS X/Win XP]
IK have given their popular guitar amp emulator a radical makeover, with a huge range of new
models and a sound that's more accurate than ever. Is it an improvement? Read on...
Korg Pad Kontrol
USB MIDI Drum Pad Controller
Pad controllers are aimed at releasing the frustrated drummer in all of us, allowing desktop
composers access to rhythm sounds without having to use sticks and Korg's Pad Kontrol
adds a couple of nice twists to the concept...
Sound On Sound - July 2006 3 of 178
Native Instruments Kore
Hardware Controller & Software Host For Instruments & Effects

NI's Kore system promises to unify your library of software instruments and effects, creating
the mother of all workstation synths or multi-effects units.
NHT Pro M60 & XDA
Monitors & Digital Amplifier System

This new pair of high-resolution active monitors features sophisticated Class-D amplification
and DSP processing options.
Pearl ELM-C
Condenser Microphone

This innovative Swedish mic's long rectangular capsule balances the practical advantages of
small- and large-diaphragm condenser designs... but sounds more like a ribbon mic!
Presonus Inspire 1394
Preamp & Firewire Interface [Mac OS X/Win XP]
With their latest Firewire interface, Presonus promise high audio quality at an affordable price,
thanks to the use of software controls instead of physical knobs.
Sony Acid Pro 6
Audio & MIDI Loop Sequencer [Windows]
The original loop-sequencing package has grown into a fully fledged audio and MIDI
recording program.
Tascam HDP2
Portable Digital Stereo Recorder

Quality mic preamps, 24-bit/192kHz operation, timecode sync... Tascam's upwardly-mobile
new recorder is going places.
Taylor Guitars K4 Equaliser
Preamp & EQ For Expression System Guitars
This Rupert Neve-designed three-band EQ and preamp is intended for Taylor acoustic guitars
equipped with the Expression System magnetic pickup array.
Toontrack EZ Drummer
Virtual Drum Instrument [Mac/PC]
Toontrack's simplified version of their flagship DFH Superior offers fewer kits, but with the
same sound quality and a more user-friendly interface.
Unitonic Aurora 2
TDM Soft Synth for Pro Tools
The first product from developers Unitonic is an unusual TDM soft synth with plenty of hidden
depths.
VSL Vienna Instruments
Virtual Orchestral Instruments [Mac/PC]
The Vienna Symphonic Library are well known for their amazingly detailed collections of
orchestral sounds, and now they're providing them as virtual instruments. Will this take the
VSL concept to a new audience, or is it a step too far?
Yamaha MW12
Analogue Mixer & USB Interface

A compact analogue mixer that also acts as a stereo USB audio interface.

Sound On Sound - July 2006 4 of 178
Peopl e
Producing Eminem & Fiona Apple
Mike Elizondo

Mike Elizondo has gone from being Dr Dre's right-hand man, co-writing some of the biggest
hip-hop hits of recent years, to being an innovative producer in his own right.
Quality Matters!
Paul White's Leader
It's too easy to blame your prized equipment for a poor recording, when in fact the problem
lies with your music and the way it is played...
Recording David Gilmour's On An Island
Andy Jackson
David Gilmour's chart-topping solo album was recorded on his own Astoria houseboat, a
floating slice of studio heaven. Engineer Andy Jackson describes the making of the album.
Roger Nichols: Across The Board
The Current State Of Affairs
What can we, as engineers or musicians, do to prevent our recorded legacy being lost?
Sounding Off
David Glasper
Simplicity: for a brighter tomorrow.
Studio SOS
Hilgrove Kenrick
The team create portable acoustic treatment for a TV/film music composer who has plans to
move house.
Te chni que
Apple Mac Book best value ever?
Apple Notes
In just a few weeks, Apple have completed the transition to Intel processors for their entire
Mac portable line, starting with a 17-inch Mac Book Pro and ending with the introduction of
the Mac Book family of laptops to replace the iBook. Apple Notes assesses the new
machines.
Benchmark Tests
PC Notes
A promising new PC system benchmark test has emerged that shows up a previously elusive
audio interface problem. PC Notes investigates...
Classic Tracks: Bryan Adams 'Run to You'
Producers: Bryan Adams Bob Clearmountain
The Reckless album was a huge success for Bryan Adams, giving rise to six hit singles - but
the first one, 'Run To You', was almost never even recorded.
Logic: Editing Chords & Signatures With Global Tracks
Logic Notes & Workshop
The Global Tracks can not only display chords, key/time signatures, and transpose values
they also let you edit them easily.
Making A Living From Music For Picture
Part 8
In music-for-picture work, there's never enough time to do what you'd ideally like to. We look
at what it's like producing music under pressure.
Mix Rescue
+ Audio Files
Ian McMillan's band recording presents some challenging drum parts this month, and there
are also tips for better mixing of bass, guitars, and backing vocals.
PC System Overload Problems & Workarounds
PC Musician
There are many factors that can cause your PC to struggle when playing back your songs
including RAM, your hard drive, your CPU and your system settings. But how do you know
which is to blame, and do you have to upgrade or can you work around the problem?
Sound On Sound - July 2006 5 of 178
Refining Rhythm In Reason
Reason Notes & Technique
Last month we took a look at some basic applications of the Redrum module in Reason drum
programming. Now it's time to move on to more sophisticated techniques for your rhythm
parts.
Region Looping In Pro Tools 7
Pro Tools Notes & Technique
When your project includes repeated MIDI or audio parts, the new Region Looping tools in
Pro Tools 7 enable you to work faster and with greater flexibility.
Using Automation in Cubase SX
Cubase Notes & Workshop
This month we continue to explore Cubase's automation features with a look at the different
modes available to SX users, and the issues you'll face when using automation and MIDI
Controller data on MIDI Tracks.
Using Virtual Instruments In Ableton Live
Ableton Live Notes & Technique
When Ableton added MIDI support to Live, they also added virtual instrument support in
this article we look at how to take full advantage of software synths within Live.
What's New In Digital Performer 5
Digital Performer Notes
After being extensively trailed at this year's NAMM show and at Sounds Expo in London, DP5
is finally here. But besides its shiny new additions, such as the six bundled MAS instruments,
there are some unexpected and intriguing new features that might just prove to be more
useful to some...

Sound On Sound - July 2006 6 of 178
AAS Ultra Analog
Click & Buy PDF
Modelled Analogue Synth [Mac/PC]
Published in SOS July 2006
Reviews : Software

Like the analogue modelling of AAS's Tassman but don't
need its complexity or fancy its price much? The much
more affordable Ultra Analog could be right up your
street...
Derek Johnson
Once upon a time, the idea of IRCAM the Paris-based
music and acoustic research establishment producing
anything populist, commercial or, in some cases,
comprehensible seemed faintly ludicrous. Not that their
work wasn't fascinating, but in recent years, the
computing power available to the rest of us has caught up
somewhat with those at the cutting edge. The result is
that the likes of IRCAM do release commercial products
and of course, those who have passed through their
doors have often gone on to more commercially minded
concerns.
Such is the case with Marc-Pierre Verge and Philippe Drogis, the names behind Montreal's
Applied Acoustics Systems. Both are musicians with a heavy background in physics,
mathematics and acoustics. AAS's products, however, are not heavy, but put a friendly gloss
on some serious coding.
A lot of the work done at IRCAM would now be classed, broadly, as physical modelling:
simulating real acoustic events with computers. Indeed, AAS's first product, Tassman, is a
powerful physical modelling synth. Various incarnations of Tassman have been reviewed in
SOS (see the July 2000, June 2003, and November 2004 issues). Since the release of
Tassman, AAS have moved sideways into modelling classic electric pianos with Lounge
Lizard and taken a stab at replicating string-based instruments with String Studio. Their latest
product sees them returning to their synth roots.
Ultra Analog costs less than Tassman, but it's also rather simpler to use. Where Tassman is a
fully-modular creative environment, UA is a 'boot-and-play' affair, though no less inspiring in
the right hands. Unlike many software synths of today, Ultra Analog wasn't modelled on any
particular hardware synth, but if you think of any two-oscillator analogue synth, you'll get the
basic idea. UA is not monophonic like most two-oscillator analogue synths (in fact, it's up to
32-voice polyphonic) but it can be made monophonic if you want to be purist. And though not
fully modular, it has modular elements.

Look Out
UA's look is clean and approachable, with the various synth elements grouped into logical,
colour-coded sections. Oscillators, including LFOs, are blue. Filters, of which there are two,
are red; the same goes for the filter envelope generators. All the modules related to amplitude
(level and audio output), including amp EGs, are green. There's a greyness to the rest of the
front panel, if not the facilities: portamento, overall vibrato and tuning are joined by a great
arpeggiator and a handful of effects processors.

AAS Ultra Analog running under Ableton's
Live 4.
Sound On Sound - July 2006 7 of 178
There's only one window, though this can be expanded to include
instant access to the patch library (see the screenshot on the left). Your
own work can easily be saved and organised from this expanded
window.
In common with the rest of AAS's family, Ultra Analog is cross-platform,
running under Mac OS 10.2 or higher (on a Mac with a minimum
733MHz processor) or Windows 98SE, 2000, ME or XP (on a PC with a
minimum 800MHz processor). There is no compatibility with Intel-based
Macs yet, but as of this review AAS had announced that development
was under way. Most plug-in and audio standards are covered, such as
ASIO, MME, VST, ASIO, AU and RTAS, and the software will even run
as a stand-alone synth, which is great if you just want to do some virtual
tweaking without the distraction of your audio host.
You might be thinking that Ultra Analog is in some way related to
Tassman. While there are sure to be features in common, UA has apparently been designed
completely from scratch. It's a different beast to the more expensive synth and you won't, for
example, be able to load patches from one into the other.

Oscillators & Filters
First, let's have a look at the basic signal path old hands will know what to expect. A quick
glance reveals two more or less identical sets of main sonic modules, each set offering
oscillator, filter, LFO and a pair of EGs. The PDF manual is good at explaining all this,
although some newcomers may find it a little obtuse. It covers technical details in a
comprehensible way, but I say that as an experienced synthesist.
The oscillator starts well, offering sawtooth, rectangular, sine and white noise waveforms plus
an octave-below sub-oscillator. AAS have obviously had a lot of experience of different
oscillator types; to me theirs is more ARP than Moog, though the warmth and fatness of the
latter are present (not to mention the metallic potential of a Korg MS20). With a rectangular
wave selected, a pulse-width control becomes available, and this can be modulated by an
LFO for the classic effect. I wonder why AAS didn't go the extra mile and offer pulse-width
control over other waveforms? Tuning control, however, is comprehensive: there's course and
fine tuning, and oscillator detuning options. Keyboard tracking is completely controllable
equal temperament is at 12 o'clock and this parameter is also modulatable by an LFO. A
sort of glide effect offered by the (unlabelled) ramp generator is also worth deploying to add a
little indeterminacy to the pitch at the beginnings of notes; the Time and Amount knobs are
what you need for this effect. Oscillator hard sync, a classic effect, is also available, from
either Oscillator 1 or 2, but is only available when rectangular or sawtooth waveforms are
selected. Finally, each oscillator has a mini mixer to allow you to route the audio to filter 1 or 2
and set the overall level and balance between the oscillators. A dedicated noise generator sits
next to Oscillator 1 (but not Oscillator 2); this simple device has routing controls to the filters,
and a 'colour' control to modify the frequency content of the noise.
Next up are the resonant multi-mode filters themselves. Each is capable of low-pass, high-
pass, band-pass and band-reject (notch) operation, and there's a nifty formant option that
really does add a human edge to patches (there's a choice of male, female or child settings).
Depending on which type of filter is chosen, you'll have access to six-, 12- and/or 24dB-per-
octave operation. More grit can be added with a choice of saturation algorithms available
under the Drive menu.
Cutoff Frequency and resonance (Q) controls are present, but are accompanied by a range of
options you may not have seen elsewhere. Each has its own keyboard tracking control a
subtle change from the global tracking you'd normally encounter. EG and LFO routing are
also individually assignable to cutoff and Q.

The browser window,
which can be displayed to
the synth's left.
Sound On Sound - July 2006 8 of 178
The last filter parameters differ from module to module; Filter 1 has a routing knob to Filter 2
for operating in series, while Filter 2 has a 'slave' switch that causes Filter 2's frequency to
follow that of Filter 1, though with an offset defined by Filter 2's 'frequency' knob.

The Arpeggiator
Arpeggiators, it seems, can be found in almost all synth-based software except for Propellerhead's Reason.
AAS have designed a nice example (in the bottom left corner of the UA window) which offers a little more than
the most basic models. It lets you break up held chords in a rhythmic fashion, but with control over the basic
rhythmic pattern via a 16-step grid. There are some other simple controls: transpose range, span (which
determines whether the transposition goes up, down or over the whole note range) and note order, and you
have the option of sync'ing to MIDI or internal clock as required, but that's about it. I'm pleased to see a 'latch'
option, so arps keep going once your hands leave the keyboard, but on my AAS request list is a 'transpose'
option, so you can move the pattern up or down with one finger I miss that from classic hardware such as
Roland's SH101.

Amps & Modulation
An amplifier ends each chain of modules. There's nothing amazing here as such the signal
comes out of the filter and into the amp, you control the level and pan position, and that's
more or less it. Keyboard tracking can be applied to level and pan, though, with LFO and EG
modulation. Check out the useful, if faint, Level LED.
I've mentioned the main modulation sources in passing: there are two LFOs, two filter
envelope generators and two amplifier EGs. All are well specified, with perhaps the only
drawback being that the modulators are only routable to similarly numbered target modules
so LFO 1 can't be routed to a parameter on Filter 2.
The free running or MIDI-clockable LFOs both produce
sine, triangle, and rectangle waves, plus two varieties of
random waveform. The modulation effect can be delayed
or faded in, and a pulse-width control is available for
rectangle and triangle waveforms, adding interesting
sonic movement related to the resulting changes in
symmetry of the waveform.
AAS have made their LFOs polyphonic. The modulation
effect starts anew with each note played, and a Reset button and Phase knob let you alter
how the cycle starts, to a certain extent. Finally, if you choose to sync to MIDI (or internal)
clock, a wide range of straight, dotted and triplet-note values is available.
All four envelope generators have identical parameters, and though the envelopes are based
on a standard ADSR shape, Ultra Analog goes a little further under velocity control. For
example, a Time parameter next to the Sustain portion of the EG curve acts almost as
another step in the envelope. There are two choices of slope, exponential or linear, which
have a subtle effect on the shape of the overall curve, but an often dramatic effect on the
audible result.
Further performance tweaks can be made using Free Run and Legato switches. The former
bypasses the sustain portion and loops the release stage automatically. Legato lets you
decide how newly triggered notes are treated when an envelope has already been triggered,
and looping options allow you to control which stages loop while a key is held.

You can duplicate a module full of
parameters in one go, or initialise it
completely for a fresh programming start.
Sound On Sound - July 2006 9 of 178


The Recorder
The oddest front-panel feature I noted on first launching this plug-in was the Recorder. After the double take, I
had a play and found it very useful. Recording works in stand-alone mode, or when the plug-in has been
enabled in a host. Now imagine you've got something interesting going with a UA patch in a mix or
performance that you'd like to deploy elsewhere. Easy you just press the plug-in's Record button and save
the audio. There's no need to mess with host computers' audio system, and because an audio file of a
performance will usually demand less of your system than an instance of Ultra Analog, you can fine-tune a
performance, record it as audio, and then reload it into an audio track, freeing up real-time DSP for a further
instance of the plug-in.

Look Beyond
That's not all there is to UA, however. As I've mentioned, the oscillators (and the noise
generator) can be routed to either filter.
Having this option means that a single-oscillator patch can have rather more depth than you
might think: the two filters can have radically different characteristics and modulation routing,
and the amplifiers may be panned left and right. The synth certainly seems more modular
than it actually is, and a few minutes tweaking can soon produce quite complex soundscapes
that sound as if they're coming from something much more complicated and expensive. And
that's before we add the effects...
On a more mundane level, it's worth noting that most individual modules, and many of the
parameters within the modules, can be enabled or disabled at will. This has the dual
advantage of letting you be very precise about programming and allowing you to remove
unused elements to save on your computer's DSP power. Furthermore, settings from like
modules can be copied from one to the other (as shown in the screenshot on the previous
page), or reinitialised.
All that remains, from a strictly voice-creation point of view, are the Global modules. The one
labelled Keyboard governs overall tuning, and mono/poly mode, with a Unison option thrown
in. The Stretch and Error parameters add controlled or random tuning variations, emulating
something genuinely old and in need of a service, although stretch tuning, of course, is a term
from the world of piano tuning. As if two LFOs weren't enough, the Global Vibrato module
adds a little extra to a patch, and delay and fade options help make the effect more natural.
Finally, portamento, or glide, also gets a Global module to itself.

Effects
Effects aren't really a necessary addition to Ultra Analog's sonic arsenal most of us will be
working with a software host that offers plenty in this line, and freebies abound on the
Internet. But here they are, and AAS have kept it simple so that the effects don't get in the
way of the core business. Modulation, delay and reverb modules are provided, each with a
handful of significant parameters. Four choices of parallel and linear routing include two
options that treat the outputs of the two rows of synth 'modules' with a different effect each
a nice touch.
The Chorus module offers chorus, flanging and vibrato with stereo options, and these effects
can be sync'ed to tempo. Needless to say, there are Rate, Depth and Wet/Dry mix controls.
The delay effect is also sync'able, and the options here mix realistically retro with precisely
modern in effects labelled 'ping pong', 'slap back' and 'tape', which should give you an idea of
what's available. Finally, the reverb module will not replace anything your host software can
provide, but approach it as part of Ultra Analog's editing facilities and you won't be
disappointed. It's a little ringy and crunchy, but can help add air and space to a heavily
delayed or arpeggiated patch. Algorithms range from small room to various sizes of hall.
Sound On Sound - July 2006 10 of 178

MIDI Control
It would definitely be remiss of AAS if they hadn't provided a way
to access on-screen parameters via MIDI controllers. But they
have, and it's simple and powerful. Links to outside controllers can
be made by holding down the Control key and clicking on a
parameter (on the Mac version PC users click with the right
mouse button as usual) and sending the desired controller data.
Nearly everything on screen can be so addressed. The parameter
learns the link, though the user can edit this as required and
customise how the parameter responds to any incoming data.
What's best is that a screen full of MIDI links can be saved as
easily as if it were a normal patch. This works because UA's on-
screen elements are always in the same place so if you have a
way of controlling Ultra Analog with a particular hardware device, you can import that MIDI map into the plug-
in for use with another patch at another time.

MIDI controller links to on-screen parameters
can be made manually in this window.

Look Now
Working with Ultra Analog is a doddle. The interface is really approachable, and great sounds
just pour out of the synth as you get to grips with it. I'd barely auditioned the factory presets
before I was creating folders full of my own.
On the subject of the factory set, it's hard to summarise the huge collection. Even AAS must
have seen the trouble coming, and have created a hard-to-miss folder of patches called
'!!Guided Tour!!' which gives you a taster of thunderous basses, arpeggiations that will seem
impossible until you've played with the synth, full-frontal leads and some of the warmest,
huggiest pads this side of an ARP Quartet. And any 'voice'-themed patch will have you
whizzing over to the 'formant' filter options for some experimentation of your own.
UA appears to be a fairly efficient plug-in that doesn't make huge demands on its host. But a
really busy patch with lots of delay repeats and a long reverb can get a bit much, and you'll be
hard pressed to get multiple instances to work (UA is definitely not multitimbral!). If I had to
nitpick, I'd have a go at the size of some of the on-screen buttons those that disable
modules and parameters are particularly small. And the stereo output level meters (to the
right of the effects) can be really faint and hard to read. Some other elements the 'LEDs'
which indicate the normal or central position of some knobs, for example are also really
faint.
Ultra Analog's main selling point has to be its selling point; for the money, this is a lot of synth.
There's stuff missing when compared to more expensive software, but it's nothing that you'd
notice while you're having such a ball making new sounds (if you're feeling a bit flush, though,
check out the AAS modelling bundle: all their current plug-ins are included, offering an insane
saving on the individual packages).
In short, I heartily recommend AAS's Ultra Analog to anyone who likes working with
computer-based synths. The simple interface hides the heart of an analogue beast from
throbbing bass to supersonic leads, it's all here.
Published in SOS July 2006

Sound On Sound - July 2006 11 of 178


Benchmark ADC1
Click & Buy PDF
Stereo A-D Converter
Published in SOS July 2006
Reviews : A-D/D-A Converter

Benchmark are set to further strengthen their excellent
reputation with this eagerly anticipated new A-D converter.
Hugh Robjohns
The Benchmark ADC1, the long-awaited partner to the
highly-regarded DAC1 D-A converter (reviewed in SOS
July 2005), has finally arrived, more than two years after it
was first announced. This unusually long gestation period
is partly due to the company diverting their efforts into
developing other products, but it's also because they
decided that the original design approach would not
achieve the exceedingly high standards established by
other Benchmark products and now expected by their customers. Consequently, the original
design was largely scrapped and the R&D team started again with a blank piece of paper.
Initially, it was suggested that this new stereo A-D converter would also incorporate mic
preamp facilities, but this has turned out not to be the case. The ADC1 is thus a relatively
straightforward line-level stereo converter, but I understand that a separate product combining
a high-quality preamp and A-D converter is in development.

Overview
The ADC1 has been designed to match the DAC1, both technically and aesthetically. It is
housed in a similar 1U half-rack case with a built-in linear mains power supply, and it supports
all standard sample rates up to 192kHz with 24-bit word lengths.
The rear panel features a pair of electronically balanced XLR inputs for line-level analogue
signals, four digital outputs, and reference clock input and output facilities. The three 'main'
digital outputs are standard AES3 on an XLR, S/PDIF or ADAT on an optical Toslink
connector and AES3-id (the unbalanced, 75(omega) form of AES3) on a BNC connector. An
adaptor is provided to convert the BNC to a phono socket for easier connection with S/PDIF
equipment.
All three digital ouputs carry identical 24-bit data at the selected sample rate, and if the ADAT
output mode is selected the appropriate SMux-2 or SMux-4 format is applied automatically.
This allows stereo signals at up to 192kHz sample rates to be transported via ADAT,
spreading the data across the available channels to keep the individual track data rates
standard. At base sample rates (44.1 and 48kHz) only channels one and two are used, the
rest being left silent. Double-rate sampling audio (88.2 and 96kHz) occupies the first four
ADAT channels using SMux-2, and the quad rates (176.4 and 192kHz) fill all eight channels
using SMux-4.
The fourth digital output is called the 'Aux' output and the idea of this facility is to provide a
suitable recording feed for DAT or CD-R machines, for example. It is provided on another
BNC socket which can be switched to carry exactly the same (bit-accurate) signal as the main
outputs, or a 16-bit version. The latter can be generated at either 44.1 or 48kHz sample rates
completely independently of the sample rate selected for the main outputs. The word length
truncation is linearised automatically with standard TPDF (Triangular Probability Distribution
Function) dither, giving a flat noise spectrum.

Sound On Sound - July 2006 12 of 178
The BNC word-clock input can accept any common digital reference straight word clock
(including x256 Super Clock), AES3-id or S/PDIF while the word-clock output carries a
buffered clock running at the converter rate, whether that is derived from an internal or
external clock.
The front panel is pretty busy compared to the DAC1, but that is an unavoidable aspect of A-
D conversion there are many more things to control and configure than in a D-A converter.
However, the limited space on the front panel has forced Benchmark to combine several
functions onto a single switch and I feel this makes the unit a little less intuitive to use.
The right-hand side of the panel is concerned with setting the analogue input gain, and to that
end each channel is equipped with a three-position toggle switch providing 0, +10 or +20dB of
primary input gain. A second set of toggle switches is used to switch between the Calibrated
and Variable controls for each channel's second gain stage. The Calibrated control is a 10-
position trimmer, accessed through a hole in the front panel, which allows a preset, calibrated
level to be established. The Variable rotary knob is used to set the input level manually and it
has the same kind of lightly detented action as the DAC1's output-level knob.
Both Variable and Calibrated controls have a range of about 24dB, but there is some
confusion as to how that is applied. The handbook says the adjustment range spans -1.3 to
+22 dB, while the front panel markings around the manual level knobs suggest a range of -5
to +19 dB, and I'm inclined to believe the latter. Regardless of this anomaly, the complete
gain range allows a 0dBFS peak-level signal to be achieved with analogue input levels
anywhere between -14 and +29 dBu. As supplied, the SMPTE standard alignment of -
20dBFS is achieved with a +4dBu input if all the controls are set to their 0dB gain markings
and the calibrated trimmers are set to that level at the factory.
To the left of the input-level controls is a stereo horizontal bar-graph meter, with nine LEDs
per channel. The display resolution can be set using the adjacent three-position toggle switch,
selecting either a 48dB range, with the LEDs spread in 6dB steps, or a 20dB range, with the
top six LEDs being in 1dB increments. The first seven LEDs are green, with the penultimate
being yellow and the last which lights when the quantiser has been overloaded being
red. There is no soft-limiting function available in the ADC1, so you really don't want to see
any red lights! A peak-hold function to extend the illumination time of brief transients is
available if the 20dB range option is selected.
The most complicated and least intuitive part of the converter is the last control section to the
left of the meter. A square of nine green LEDs is used to indicate the sample rate, internal or
external clock source, S/PDIF or ADAT optical output, and the format and sample rate of the
Aux output and it's all configured through a single three-position toggle switch! The use of
different-coloured LEDs might have made interpreting the display a little easier, and some
markings around the switch would have helped the occasional user.
The toggle (Mode) switch has momentary (non-latching) up and down positions. Pushing the
switch up repeatedly cyles through the clocking options for the main outputs, and the block of
four LEDs in the top left corner of the array reflects the current setting. The vertical pair on the
left illuminates to show 44.1 or 48kHz sample rates, while the second vertical pair illuminates
to indicate x2 or x4 modes the combination enabling all standard rates between 44.1 and
192kHz to be indicated.
In addition, the last option before the internal rates cyle around again is to sync to the external
clock input, indicated by the LED in the bottom left corner of the array. If an acceptable
external clock is selected, the bottom LED comes on and the appropriate sample-rate LEDs
illuminate to reflect the measured incoming rate. If no external clock is present (or it is
unstable), the external clock LED flashes to indicate a problem.
Sound On Sound - July 2006 13 of 178
Pressing the Mode switch down instead of up cycles through the options for the Aux output.
These start with sending the same signal as the main outputs, and then a 16-bit signal at
either 44.1 or 48kHz. The column of three LEDs on the right side of the array indicates these
three modes.
The only LED in the array not yet mentioned is the one in the centre of the bottow row. This
illuminates when the optical output is configured as an ADAT interface. Pressing and holding
the Mode switch for three seconds toggles the optical output between S/PDIF and ADAT
modes.

Technology
The balanced analogue input signals are received and processed mainly with Analogue
Devices AD797 op-amps which are marketed as ultra-low distortion and ultra-low noise
devices plus a couple of OP27 op-amps for good measure. The conditioned input signals
are then fed to the A-D converter stage.
The ADC1 employs the same 'UltraLock' technology as the DAC1 to isolate the converter
circuitry from any interface jitter associated with external clocks. The idea is that the A-D
conversion is performed with a rock-solid local crystal clock, and the output then transcoded
through sample-rate converters to provide the required output sample-rate, externally
referenced if required. This approach ensures the highest possible conversion quality with
minimal jitter, and the graphs and specs published in the handbook would seem to
demonstrate the benefits of this clever technique.
The heart of the ADC1's analogue-to-digital conversion is
a 192kHz/24-bit AKM5394 converter chip, which is
running at a fixed 221.2kHz sample rate (referenced to a
local 28.322MHz crystal). The AKM chip is apparently
happy to operate at such an unusually high and non-
standard sample rate, and Benchmark claim that this approach has significant benefits in
terms of the signal-to-noise ratio and filter response in the subsequent sample-rate
conversion.
Separate 22.5792 and 24.576MHz crystals provide clock references for the internal 44.1 and
48kHz output rates (and their multiples), and pass these directly to a Xilinx Spartan FPGA
(Field Programmable Gate Array). This device is configured to provide all the operational
control logic functions, internal signal routing, output formatting (AES, S/PDIF, ADAT and
SMux), word-length reduction and even the metering display ballistics.
External clock inputs are routed to one of two receivers. S/PDIF or AES3-id reference clocks
are passed to an AKM4114 chip, while standard word clock or Super Clock references are
handled by an RS485 receiver. These particular devices were selected for their ability to
recover usable clocks from very low-level and poor-quality signals. The recovered clock input
is then passed to a VCXO PLL (a voltage-controlled, crystal oscillator-based, phase-locked
loop, using the Analogue Devices ADF4106 and Texas Instruments PLL1706 devices), to
regenerate a clean, low-jitter external clock reference, which is passed on to the FPGA.
Depending on the operating mode, the FPGA routes the appropriate internal or external clock
signals to either or both of a pair of AD1896 sample-rate converters (the same type used in
the DAC1). These accept the 221.2kHz sample rate data from the A-D converter, and
calculate the output signals for the required sample rates for the main and Aux outputs. These
signals are then formatted as necessary and routed on to the appropriate physical outputs by
the FPGA.

Sound On Sound - July 2006 14 of 178


In Use
Although the operation of the Mode switch is less than perfectly intuitive, the way it functions
becomes apparent after a little fumbling around and both the handbook and quick start
guides explain it all extremely well, if you are the sort of person who reads manuals. The rest
of the unit is very clear and simple to set up, and the range of acceptable input levels is
unusually wide, making it easy to align the ADC1 with both professional and semi-pro
equipment.
I particularly liked the option to switch between calibrated and user-adjustable levels at the
flick of a switch, and although I was initially concerned that the detented level controls might
make matching levels between channels difficult, this proved not to be the case at all. I was
able to match channel gains very precisely at any level setting.
Everything worked exactly as advertised from the point of view of external clocking and output
formats, and deliberately trying to upset the ADC1 with low-quality and extremely jittery
external clocks had no noticeable effect whatever on the converted audio, which is as it
should be. The ADC1 is quite lethargic when syncing to an external clock it can take
anything from about two to five seconds but it gets there in the end and always reported
incoming sample rates accurately during testing. The slow lock-up is an inherent side-effect of
the jitter-filtering processes involved.
In terms of absolute sound quality and resolution, the ADC1 impressed me greatly I
evaluated the converter by partnering it with Benchmark's DAC1, and comparing it to my own
Apogee PSX100 and the Prism Sound ADA8XR, which was reviewed in SOS April 2006
(www.soundonsound.com/sos/apr06/articles/prismada8xr.htm). At elevated sample rates the
ADC1 boasts a clean, open sound with extended bandwidth in both directions. It has no
discernible character of its own and seems able to capture whatever sonic qualities are
present in the source without adding, subtracting or obscuring anything. The bottom end is
particularly solid and defined, and I found that stereo images were captured accurately and
with a very good sense of depth and spaciousness. My only mild criticism is that there is the
faintest hint of congestion at the extreme top end when using standard sample rates, although
all the double and quad rates sounded very transparent and neutral, with superb resolution
and transient detail. In fairness, I should say that the Prism Sound unit showed a similarly
subtle effect at base sample rates, and it was far more obvious on the (now obsolete)
Apogee.

Conclusions
The ADC1 is expensive in comparison to typical mid-market converters such as those from
RME, Lynx and Apogee (the Apogee Rosetta 200 is similarly priced but includes a stereo D-A
stage as well, for example). However, I feel justified in suggesting that the ADC1 performs at
a significantly higher level and compares more naturally with serious high-end products from
the likes of Lavry, Prism Sound and dCS. In that context, the ADC1 represents substantial
value for money, giving only a little away in terms of ultimate resolution.
The Benchmark DAC1 impressed me so much that I felt compelled to own it. I suspect my
bank manager will fear the same will apply to the ADC1. The long wait has certainly been
worthwhile, as the ADC1 lives up to the excellent reputation established with the DAC1 and
the pair form a perfect partnership. The ADC1 is highly recommended for serious
applications.
Published in SOS July 2006
Sound On Sound - July 2006 15 of 178
BIAS Peak Pro 5
Click & Buy PDF
Audio Editing, Processing & Mastering Software [Mac OS X]
Published in SOS July 2006
Reviews : Software

This major update to Peak includes a new Playlist editor, full AU
plug-in and virtual instrument support and a heavy-duty suite
of mastering plug-ins.
Paul White
I often describe BIAS' Peak as a 'Swiss Army Knife' of a
program, as it goes far beyond the stereo audio-file
editing capabilities that are at its heart. Certainly, if you
simply want to trim or edit audio files and then produce a
pre-master for CD duplication it will do the job perfectly,
but it is also a powerful sound-design tool popular with
sample developers and film sound-effects creators.
Numerous sophisticated DSP sound-processing functions
(which seemingly increase in number with every
incarnation of Peak) are built into the program, but third
party plug-ins, including virtual instruments with the latest
version, may also be used. Peak can also handle
numerous batch-conversion operations, which can be a
real time-saver in a commercial situation, and there are
several tools for improving or rescuing damaged audio
files. These features, along with a comprehensive graphical interface, have helped to keep
Peak at the forefront of audio editing on the Mac platform. However, far from being
complacent, BIAS (Berkeley Integrated Audio Systems) have radically overhauled the
program, adding enhancements that include comprehensive Audio Unit (AU) plug-in support
and a brand-new Playlist section. In the Peak Pro XT version they've also bundled the six
heavy-duty mastering plug-ins that comprise the Master Perfection Suite. (Peak Pro 5 is
essentially the same program but without the Master Perfection Suite.) As with the earlier
version of the software, audio files of up to 32-bit, at whatever sample rate your hardware can
deliver, are supported. All edits are non-destructive until a project is saved, and there's
unlimited Undo/Redo, with a full Undo history. I don't propose to cover all of Peak's many
attributes again during this review of the update, so for more info on what Peak is already
capable of, check out our review of Peak 4 in SOS May 2004
(www.soundonsound.com/sos/may04/articles/biaspeak4.htm).
If you don't need the Pro version of the sotware, the budget Peak LE offers similar editing
features and, like the flagship version, has been updated to include movie support (more
details overleaf) and Peak's newly designed Red Book-compliant Playlist, complete with all
the necessary PQ subcode editing, ISRC (International Standard Recording Code) entry and
CD Text features for CD burning. Missing from Peak LE is the new advanced waveform view
in the Playlist a key feature of the professional edition.
On the plus side, Peak LE features the same high-quality sample-rate conversion used in
Peak Pro (although the highest quality setting is capped at '4', as opposed to the '10' of Pro
XT). According to BIAS, this is still very good, and better even than that offered by Peak 4.
The updated Peak engine also includes Quicktime Movie/DV-clip synchronisation, plus a new
Change Duration DSP process for adjusting the length of audio clips with minimal side-effects
and without affecting pitch. The Change Duration feature in Pro 5 offers an additional tempo-
envelope option, and the same technology is used to provide a high-quality Change Pitch
DSP function. For easier editing, there's also an Auto-Define Tracks tool that can
automatically divide up album-style material into separate tracks by detecting pauses. If all
this sounds impressive, check out the full extent of what's been done to Peak Pro at
www.bias-inc.com/products/peakFeatures/. For a limited time, bundles offering free extras in
all versions of Peak are available. Again, full details are provided on the BIAS web site.

The main waveform-editing screen,
where regions are selected and
markers placed. The complete file is
shown at the top of the display, while
selected sections can be zoomed in the
lower area.
Sound On Sound - July 2006 16 of 178

Installation & Copy Protection
The first obvious difference during installation of Peak Pro 5 is in the copy-protection scheme,
which now uses a USB dongle. This is authorised on-line when you register the software and
allows the program to be installed on multiple machines, as all you then need to do is plug the
key into the machine you wish to use. Clearly, this is good news if you tend to move between
a laptop and a studio machine. My dongle is sticking out of a USB hub along with several
others and appears to work perfectly happily. Just prior to going to press, BIAS informed me
that when the forthcoming Peak Pro 5.2 update is released, the USB key will be optional and
the program, as well as the additional plug-ins included in the XT edition, will be protected by
default using a new software authorisation key. This means that a USB key will not be
required, which is good news for dongle haters, but it will be available for a nominal fee if you
prefer a hardware key.

Playlist & CD Production
As with most updates, some of Peak's new features and capabilities are added to menus and
so may not be immediately obvious, while others take the form of new windows where it is
immediately apparent that something has been added or changed. One such area is Peak's
Playlist, where the newly designed List view window has been augmented by a graphic
waveform view directly above it, showing staggered or linear views with object transparency,
allowing crossfades and tracks to be adjusted visually (see screen above). You can zoom in
or out much as you can in the main window, and drag region boundaries as required. Several
styles of crossfade are available and customised crossfade versions can be saved for future
use.
Roxio's Jam features a very nice graphical window for
adjusting track gaps, fades and start markers, and BIAS
have had to add comparable features to Peak now that it
no longer relies on Jam for its playlist and album-editing
features. BIAS stopped including Jam because both Peak
Pro and LE 5 now support full Red Book disc-burning
directly. They don't all work in exactly the same way, but
the end result is much the same, including the ability to
dither while burning. Other important differences are that
Peak uses the Apple disc-burning engine and Jam
doesn't offer such comprehensive editing and processing
capabilities. Having said that, in order to maintain compatibility Peak continues to offer Jam
Image import and export.
The revised Playlist editor can be used to sequence multiple audio files or regions, with
flexible options for crossfading between items. The POW-r dithering algorithm is the same
one employed by Logic and Pro Tools and is well regarded.
Essentially, the designers have tried to ensure that they've at least covered all the options
offered by Jam and then added some more of their own. The Playlist offers unlimited
Undo/Redo, plus keyboard trigger functions for auditioning and nudging audio segments and
edits. Because the Playlist burns files that are Red Book compatible, they may be used as the
source for professional duplication and they include ISRC entry windows, CD track indexes,
PQ subcode editing, CD-Text, and so on. Peak's own V-Box plug-ins may also be applied to
the files within a Playlist as part of the burning process, which can save a lot of time if you
want, for example, to make a CD out of some noisy audio (say, an old recording) and de-
noise it as you burn it.

The updated Playlist editor, showing
the newly introduced waveform view.
Sound On Sound - July 2006 17 of 178
Of course, audio-format CDs are prone to errors and on most systems you have no way of
checking these, so the first you know about them is when the pressing plant throws your
master back at you and says the block error rate is too high to work from. To get around this
problem, Peak 5 Pro has an extension that supports the standard 'DDP' file-export format.
Many pressing plants prefer to receive material in the robust DDP data format, so the
availability of this extension is a very welcome addition for anyone preparing pre-masters for
duplication. Although it will normally be a paid-for option, I understand that the extension will
be offered free to Peak XT purchasers for a limited period.

Plug-Ins
The plug-in side of Peak follows the same philosophy as it did in earlier versions of the
program, using both inserts and a graphical effects (V-Box) routing window, but it now
supports Audio Units plug-ins as well as VST throughout. Bouncing and virtual instruments
are now also supported in these two formats (instruments are playable either via external
MIDI or from an on-screen virtual keyboard), and there's an automatic latency compensation
facility for Audio Units and VST effects.
A further benefit of Peak's plug-in management facilities
is that both VST and AU plug-ins used in the V-Box
matrix (once saved as a user preset) can be opened in
other programs, even though the other programs may not
support both formats. I'm told that this function is
technically not the same thing as a wrapper it simply
supports both AU and VST effects and instruments. In
practice, this generally works fine, but I did have
'unexpected quitting' a couple of times when combining
plug-ins from different sources and in different formats.
This is not really surprising, as not all third-party plug-ins
are happy to play nicely together.
BIAS were one of the first software companies to include a convolution reverb process as
standard, which is one reason why earlier versions of Peak became so popular with film
sound designers. Convolution may be used both to create 'sampled' reverbs and to 'convolve'
one sound with another, to produce something completely new and abstract. Peak's
Impulseverb has had a cosmetic update and gain controls have been added for both the
impulse response and main audio source. Other than that, it is functionally similar to the
previous version.

Alternatives
There are no direct alternatives to Peak on the Mac platform, although i3's DSP Quattro (last reviewed
in Sound On Sound April 2003) improves with every incarnation, so that may be an option if you need
something less heavy-duty. There's also Peak LE 5, as described in the main body of the review, which
currently costs even less than DSP Quattro. On the PC/Windows platform, Steinberg's Wavelab is the
obvious 'big-gun' contender.

DSP Processes
Some of the improvements in Peak Pro 5 are hidden under the hood and are therefore less
obvious for example, the refined time- and pitch-manipulation algorithms that include a
new transient mode to help prevent artifacts when percussive sounds are being processed.
BIAS have always been very concerned about the quality of sample-rate conversion and their
SRC routine now appears to be one of the best available. (After all, there's no point in
recording at high sample rates and then using an SRC to provide a 44.1kHz CD version if the
SRC is going to negate any benefits that recording at a high sample rate might have had in
the first place.) An industry White Paper that I saw at the NAMM show earlier this year
compared Peak's SRC to that of 11 other mainstream audio programs and concluded that
Peak's was amongst the best out there (the paper is available at www.bias-

Within the new Playlist, there's
extensive control over crossfading
between regions and the placing of
track-start markers.
Sound On Sound - July 2006 18 of 178
inc.com/products/peakPro5/resampling, for anyone who is interested in seeing the results in
full). The SRC algorithm is also utilised to provide high-resolution tape-style audio-playback
scrubbing via Apple's Core Audio. Where quick and dirty sample-rate conversion is required,
however, Peak can be set to use faster, less sophisticated algorithms.
In addition to upgrading established algorithms, Peak Pro includes some completely new DSP
processes, such as the aforementioned Auto-Define Regions, a Strip Silence function and the
ability to derive an envelope from an audio signal. The already comprehensive Batch File
Processor has now been updated to enable the preservation of file resolution and type, while
a new Recover Audio File command gives users a fighting chance to recover part or all of
damaged audio files.

Bits & Bobs
Some improved features take the form of additional convenience tools, such as the new
Region Split command, and Unicode support that allows file names longer than 32 characters
to be used. Audio files of up to 10GB can now be worked on without you first having to split
them up, while waveform drawing has been updated, allowing more meaningful audio phase
information to be shown in the audio waveform window. SMPTE HD units (relating to frames
of High Definition TV picture as opposed to PAL or NTSC) have been added to the time
display, but one of the real biggies for those working in multimedia or game development
must be the addition of the facility to Snap to CD Frames, PS2 or Xbox Units in the Actions
menu.
While Peak Pro 5 no longer needs Jam to take files to the CD pre-mastering stage, the days
of included audio-DVD mastering are still some way off, so a special trial edition of
Minnetonka Audio's Discwelder Bronze DVD-Audio disc-burning software is bundled with
Peak Pro. The trial version enables users to burn up to five DVD-A discs, after which there's
an opportunity to upgrade to the full version at a preferential price. However, I still find it
frustrating that although surround sound has been with us for a long time, there's no
straightforward integrated editing and Audio DVD-burning application that will let us take a
bunch of surround WAV or AIFF files from a DAW and turn them into a playable surround
album in one or more of the currently popular surround formats. Maybe if more effort went into
this area across the board, surround would catch on more seriously in the project studio
marketplace. As it is, it seems to be attracting very little interest.

System Requirements
G3, G4 or G5 desktop Apple Macintosh, iBook or Powerbook (400MHz processor or better recommended).
Minimum 1024 x 768 screen resolution.
Mac OS 10.3.9 minimum (CD Text requires 10.4 or greater).
256MB RAM (512MB recommended).
330MB available disk space.
Hard drive offering 18ms average seek time or faster.
QuickTime 6.0 or later.
Impulseverb requires a G4 processor or faster.
Support for third-party audio hardware may require compatible Core Audio drivers.
Available USB Port for included USB Key.

Using Peak Pro 5
As before, Peak Pro 5 will only let you edit one stereo audio file at a time it is not designed
to handle multitrack or surround-sound projects but it still offers vastly more functionality
than the waveform editors built into the mainstream DAW packages including Deck, BIAS'
own multitrack DAW. While drag-and-drop is supported in the Peak Playlist window, you can't
drag files from the desktop to the main edit window, or to the contents window, which feels a
little odd, as most DAWs routinely allow you to do this. You can drag files to the application
icon in the dock and they do open, however.
Sound On Sound - July 2006 19 of 178
The batch processor is great for repetitive jobs, such as converting a folder full of audio files
to a different format, or applying a sequence of processes to all of them. The RMS
Normalisation process, designed to match average dynamic levels, is still a long way from
being intelligent enough to optimally match the subjective levels of different styles of music on
the same album (ballads would tend to sound too loud compared with heavier rock songs, for
example), but it is infinitely better than using peak normalisation on everything and can be
very useful when preparing material for the Internet or for Podcasts. The smoother tape-style
scrubbing makes marking up edit points even easier than
it was before.
As the manufacturers are very keen to point out, Peak is
currently the only Mac waveform editor to support both
VST and Audio Unit plug-ins within the same
environment. Despite the fact that software samplers
have virtually decimated the hardware sampler market,
Peak continues to support the most popular models of
hardware sampler, and now that there's also a MIDI input
feature and soft-synth support (as I've already mentioned,
both VST and AU), sounds can be played, recorded and
processed entirely from within Peak. However, it might
have been nice to include specific support for the more
popular soft samplers, such as Emagic's EXS24.
As I use Peak only for special projects, usually mastering
and file editing, I don't feel completely familiar with all of
its operation and the toolbar icons still sometimes leave
me scratching my head. The 'tool tip' info that comes up
when you roll the mouse over an area helps here, but some days I still finding myself longing
for the simplicity of the old Sound Designer II software, which I'd learned to use very quickly
for editing and compiling. In Sound Designer, I particularly liked the way you could use a
couple of keys to mark the starts and ends of selections on the fly without first having to
create markers. However, in Peak you can place markers on the fly and then use a keystroke
to 'change markers to regions'; although the process is one step longer it's still pretty
straightforward.
Perhaps allowing the user to add colour to some of the toolbar icons would be a simple step
forward, and adding Logic-style screensets might also make sense now that the program has
grown a few additional windows. Another feature that might help is to have the currently
assigned key command displayed alongside the 'tool tip' information, as you can configure so
many things now that it's a job to remember them all. Of course, the beauty of Peak's being
so configurable is that if all you need is a Sound Designer alternative, you can can set up a
limited set of toolbar icons and key commands that feel familiar.
One thing in Peak that seems a bit 'clunky' to me is how you have to manually zoom in to the
playlist waveform overview to see your crossfades in detail: in Sound Designer II or Jam, you
simply click on the required part of the playlist and the crossfade window opens. As far as I
can see, you can also set up only one nudge value in Peak, whereas SD II allowed coarse
and fine values to be set up. Maybe function-key combinations to increase the nudge time by
a factor of 10 or 100 would be useful here? A final request, if technically possible, would be
the ability to place a track-start marker in the middle of a piece of audio without first having to
perform an edit for example, between two tracks that segue into one another or during an
applause section in a live album. To be fair, this is now easier than it was previously, as you
can use the new Region Split command, but having it all in the Playlist window would be
neater.

Essentially a 'fingerprint' equaliser,
Repli-Q, which is part of the Peak XT-
only Master Perfection Suite, can
impose the frequency spectrum of one
sound onto another and offers
numerous creative and corrective
possibilities.
Sound On Sound - July 2006 20 of 178


The XT Option
In the Peak 5 Pro XT package you also get both the Soundsoap 2 and Soundsoap Pro noise-
reduction and audio-restoration plug-ins, which came out very well in our reviews when we
checked out the the stand-alone versions. On top of that, as mentioned earlier, there's the
Master Perfection Suite of plug-ins, offering mastering-quality multi-band (three and five
bands) dynamics, the Repli-Q 'fingerprint' equaliser, new analysis and metering tools and a
serious parametric equaliser. Unfortunately you can't yet open these plug-ins directly in other
DAWs, such as Logic, but there are plans for an update that will allow this. BIAS have
confirmed that they are going into the beta-testing stage on the Master Perfection Suite for
AU, RTAS and VST on Mac OS X and Windows XP, with a projected release time of summer
this year. It will be a free update for all XT users and will also be available as a separate
bundled product.
Examining the individual components of the suite in turn,
I'll mention Repli-Q first. This works in a similar way to
other 'fingerprint' EQ products, in that it 'learns' a source
frequency response and a target frequency response,
then calculates a complex EQ curve to make the source
match the target. The degree of detail in the EQ curve
can be reduced using the smoothing slider, while the
degree to which the source is processed can also be
adjusted. Providing you're careful with this tool, you can
make mixes of similar styles of music match in sound
more closely, and also make DI'd acoustic guitars sound
more natural by using a real miked acoustic guitar
recording as the reference. You soon learn what this kind of processor can and can't do, but
don't be afraid to experiment, as there's lots of potential. One example that came to my mind
was creating your own speaker emulator by processing a DI'd guitar sound against a
reference from a miked combo.
The Superfreq parametric EQ is as easy to use as any other parametric, and you can load
versions with different numbers of frequency bands, according to your requirements, up to a
maximum of 10. In general, when adjusting EQ frequencies using the mouse, I initially found it
difficult to arrive at precise settings, until I realised that you can use the mini wheel on the top
of the newer Apple mouse to change the values in a far more relaxed way. I also discovered
that as you drag the mouse further away from the selected knob the resolution increases, so
the designers have clearly thought this through.
The Sqweez mastering dynamics plug-in can be thought of as a multi-band dynamic-cut
equaliser or as a multi-band compressor, and it has a very informative user interface that
displays the dynamically changing gains in the different frequency bands. Personally, I find
three bands enough to manage with for most routine mastering jobs, but it's always good to
have the flexibility of more if you need it. I can't foresee ever needing more than the maximum
of five bands.

The Superfreq parametric EQ from the
Master Perfection Suite.

Sqweez, the multi-band compressor
Sound On Sound - July 2006 21 of 178
Reveal is the only plug-in of the suite that doesn't actually
apply processing, but it is immensely useful, as it offers
an oscilloscope display of the audio waveform in stereo, a
Peak and RMS power history, a spectrogram, a pan-power graph, real-time spectrum
analysis (again, in stereo) and a phase meter. This collection of meters constitutes an
extremely useful set of diagnostic and quality-control tools. For example, if one side of your
mix is unaccountably dull compared to the other and you haven't noticed it, the spectrum-
analyser display will show you right away.
By default, all the displays are visible at once, but there are tabs that allow any single display
to fill the entire plug-in window. To the right of the window are high-resolution Peak and RMS
level meters whose maximum range can be set to 48dB, 96dB or 144dB, so you can also get
a pretty good idea of where your noise floor is during supposed pauses in the material.
GateEx is a practical combination of gate and downward expander and can be used both as
an advanced noise suppressor during pauses and to increase dynamic range. The graphical
side of this plug-in has been very well thought out, with a display showing the signal
waveform relative to the threshold settings and also a dynamics graph showing expander
characteristics.
Pitchcraft covers some of the ground already trodden by programs such as Auto-Tune, but it
is also capable of pitch transposition with formant correction. A graphic display at the top of
the screen shows where and how much pitch correction is taking place, and there's that all-
important slider for setting how quickly pitch changes are carried out. Users can set their own
scales for correction and the familiar piano-keyboard note display is shown at the bottom of
the plug-in window (see screen opposite).
We've covered Soundsoap and Soundsoap Pro before, but it's worth reiterating that these are
very simple to use, yet effective audio clean-up tools for reducing artifacts such as hum and
rumble, click and crackle, and broadband hiss. Usefully, there's also a built-in noise gate for
more assertive silencing of pauses.

Peak Of Perfection?
Peak has always been an extraordinarily powerful program and this latest incarnation
continues the trend. The underlying ethos of the software is very simple to grasp, so the main
complication is remembering the keyboard shortcuts for the many functions that are now
available. Creating custom toolbar sets is one way to help manage this. The only area of the
program that I feel still needs work is the accessing of crossfade regions in the Playlist: I feel
that Jam's ability to let you click in the list itself and then open the relevant crossfade editor
without any need for manual zooming is just a little more elegant. However, I've no doubt that
the Playlist features will evolve in response to feedback from Peak users; after all, this is the
very first version of the new Playlist window.
that may be used for mastering and is
also part of the XT package.
Sound On Sound - July 2006 22 of 178

In the previous version of Peak, I really liked the garishly bright Peak
file icons, as I could always spot these in any Mac window from
across the studio. The new icons are much more tasteful and
subdued which makes them harder to spot. A simple thing such as
a preferences choice of icon syle would be appreciated by this user.
Being able to freely combine VST and AU plug-ins is certainly a big
plus, and I know that a number of people will appreciate the virtual
instrument support. Peak Pro 5 XT also comes with those serious
mastering, audio-restoration and sound-design tools that could save
you a fortune in third-party plug-ins. In most instances, these
combined with what Peak already provides will be enough to get
you through most mastering or restoration scenarios.
I know from experience that no piece of software will ever satisfy all
the needs of all potential users, but the designers of Peak have tried
very hard to cover as many bases as possible. Inevitably, this has
resulted in a program that has much more functionality than most
people will ever fully explore, but BIAS have managed it in such a way that the features you
don't currently need should never get in the way of the ones you use all the time. Peak Pro 5
is now a very mature and flexible piece of software, and aside from the minor suggestions I've
made that relate to making navigation easier, I have very little to complain about.
Published in SOS July 2006

The Pitchcraft pitch-
correction plug-in that
comes as part of the
Master Perfection Suite
with Peak Pro 5 XT.
Sound On Sound - July 2006 23 of 178
Blue Snowball
Click & Buy PDF
USB Condenser Microphone
Published in SOS July 2006
Reviews : Microphone

A multi-pattern mic that plugs straight into a computer.
Paul White
One notable feature of this year's Winter NAMM show was the
number of different companies introducing the world's 'first
serious USB microphone'. Blue's USB offering comes in their
now-familiar Ball format blue, red and black varieties (the Ball,
Kickball and 8-ball respectively) are already available and
because the newcomer is white, the name Snowball seems totally
appropriate.
As with the other ball mics in the range, the Snowball has a resin
casing with wire-mesh grilles at front and rear. A threaded stand-
adaptor is set into the base and a neat table-top tripod stand
comes with the microphone, along with a USB cable for
connection to a computer. (The Ringer shockmount pictured here
is an optional accessory, costing 99.99 from Turnkey +44 020
7419 9999/www.turnkey.co.uk.) Besides a USB port, the mic's only means of connection,
there's a three-position switch at the rear which is used to switch between two cardioid-
pattern modes (one with a -10dB pad and one without) and an omnidirectional mode. Overall,
the frequency response extends from 40Hz to 18kHz (at -6dB, judging from the response
curves given on the Blue web site), with a presence peak at 3kHz in cardioid mode and at
around 10kHz in omni mode. A red light on the mic shows that it is active; all necessary
power comes from the computer's USB buss.
The converters built into the microphone, which has a capacitor capsule, are fixed at 16-
bit/44.1kHz and the mic can be used with computers running Windows XP or Mac OS X
without the need to install additional drivers. Inside the host software, the mic shows up as
two identical input sources rather than as a single mono source.
According to Blue, the Snowball makes a good general-purpose vocal or instrument mic for
project studio recording, but it's also clear that they like all the other USB mic
manufacturers have their eye on the growing Podcasting market. As all the USB mics I've
seen so far have been 16-bit, I can only assume that as yet there are no suitable USB-
powered chips that produce a 24-bit output. The quality that can be obtained from 16-bit is
excellent, provided you can run at or near maximum level, to make use of all the available
dynamic range, but where you use only a small part of that dynamic range, the resolution can
suffer. When using a conventional mic preamp, you have an analogue gain control that
comes prior to the converters on your audio interface or soundcard, so you can optimise your
recording levels. In the case of the Snowball, you only have the choice of pad or no pad.

Alternatives
Studio-grade USB mics are available or imminent from Samson, Rode, MXL and SE Electronics. To the
best of my knowledge, they are all 16-bit/44.1kHz and none offer variable gain control other than the
Samson C01U, reviewed in SOS June 2006
(www.soundonsound.com/sos/jun06/articles/samsonc01u.htm). The SE Electronics DO1 is more
expensive than both the Snowball and the Samson CO1U, but it can connect via a conventional XLR
cable as well as USB and features a two-way audio interface a headphone output lets you monitor
playback from the computer.


Sound On Sound - July 2006 24 of 178

Testing, Testing...
I set up the mic as part of an Aggregate Device under Mac OS X, so that I could use the
computer's built-in audio to monitor the output. When using the Snowball to record
conventional studio vocals relatively close to the microphone, the signal level produced was
fine, but when it was placed in the middle of a table about 18 inches away to record plain
speech (as for a Podcast, for example), the recorded level ended up at around -30dB peak.
This equates to a resolution of around 11 bits, or a dynamic range in the order of 66dB. Doing
the plain speech test at a distance of 18 inches produced an almost invisibly small amplitude
waveform in Logic, so I normalised it to see how the sound quality would hold up. The
subjective speech quality was actually very good and would be fine for most casual
Podcasting or video applications, although there was a certain amount of audible background
hiss, which is to be expected when working at such low levels. If you bring the mic closer, so
that you get a more sensible level into the recording system, the quality improves markedly.
Having a pad setting is useful when you're recording loud sources such as electric guitar
amplifiers, but if the designers are serious about the Podcasting market, a +10dB boost
switch would also be a good idea.
I was intrigued by the Snowball's omni mode. Typically,
omnidirectional mics have an acoustically transparent
mesh covering the capsule, but this mic is totally
enclosed at the sides and open only at the front and rear.
I felt this must compromise the omni mode's performance
to some extent. When I checked the polar patterns on the
Blue web site, my suspicions were confirmed the
omnidirectional pattern behaves more like a wide cardioid
at most frequencies and the sound picked up at the rear
is much duller than the sound picked up at the front. The
different tonality of the omni mode was also to be
expected, as its presence peak is much higher than that
of the cardioid modes. When te mic is used on-axis, the
omni setting produces a nice airy sound which makes the
cardioid modes sound slightly dull by comparison almost like listening to a typical dynamic
mic next to a capacitor mic.

Cool Or What?
There's no denying that a buss-powered USB mic is a very neat solution to recording audio
into a laptop or domestic computer system, and this one produces subjectively high-quality
results, providing you use it close enough to the source to get a healthy recording level, by
which I mean a signal peaking at -15dB or higher. In my view, the omni mode is best thought
of as offering a different tonal flavour to the cardioid modes. Its pickup pattern is not truly
omnidirectional and I wouldn't consider the mic to be well suited to recording round-table
discussions in this mode, but used appropriately its sound quality is fine and the background
noise acceptably low. If you are going to use this mic for Podcasting, it will produce the best
results if you speak into it from around six inches away, and you can choose omni or cardioid
mode depending on which tonality suits your voice best. For loud instruments, the pad is a
sensible and welcome addition, but because there is no variable gain control you'll sometimes
have to use the mic's distance from the source as a gain control instead, which may mean
compromising on placement. I'm sure that we'll see 24-bit USB mics in the future, and
hopefully ones with more control over gain prior to the converters, but at the present stage of
USB buss-powered technology, where the amount of current you can draw is the limiting
factor, the performance of this microphone is probably nearing the limits of what is
possible.
Published in SOS July 2006

Sound On Sound - July 2006 25 of 178
Eventide Anthology II
Click & Buy PDF
Plug-in Bundle For Pro Tools TDM Systems
Published in SOS July 2006
Reviews : Software

Eventide's range of high-quality Pro Tools plug-ins continues to
grow, and the new Anthology II bundle collects together no
fewer than 15 separate effects and processors.
Mike Thornton
Since they launched the Clockworks Legacy bundle three years ago, Eventide have been
adding to their range of TDM plug-ins, and the new Anthology II package combines that
original suite of effects with the more recent Anthology and several even newer products. The
result is a suite of processors and effects that brings together 'retro' and contemporary
sounds not only within one bundle, but also in some cases within individual plug-ins.
Clockworks Legacy Bundle
This bundle consists of precise software models of the Eventide hardware favourites from the
1970s the Instant Phaser, Instant Flanger, Omnipressor, H910 and H949 Harmonizers.
Eventide have resisted the temptation to 'update' them, other than to add some MIDI control
and automation of course, preferring to reproduce them warts and all as software plug-ins.
SOS reviewed this bundle back in September 2003 (www.soundonsound.com/sos/
sep03/articles/clockworks.htm) so I am going to skip past these processors other than to
reaffirm that Instant Flanger is still one of the best flanging effects around. I have always felt
that most flanging processors don't quite match the original tape-machine-created effect, but
Instant Flanger does it for me.
The only other things I want to mention are to bring up to
date some of the findings of the 2003 review. On the
reviewer's Mix system, the Harmonizer plug-ins took a
whole chip for one mono instance, but I can report that on
my HD2 Accel system, H910 took 25 percent of one of
my HD Accel chips and H949 took 50 percent of a chip. I
too agree that for sci-fi effects these plug-ins are the
business, and I wouldn't be at all surprised if Paul
McFadden, who is part of the audio post-production team
for the current Doctor Who series, has them in his
'toolbox'.
Finally, I can't leave this section without commenting on the Omnipressor emulation. I too
took a little time to get to grips with the Attenuation and Gain Limit controls and what the
meter in Gain mode was telling me, but having seen the logic behind it, I am very taken with
being able to limit the amount of gain or attenuation a compressor puts into a signal path; this
makes it possible to have a quite high ratio setting whilst making sure the compressor can
only apply so much gain or attenuation. I would value a make-up gain control on the
Omnipressor plug-in, but I appreciate that would step away from the faithful model of the
original hardware unit.

Anthology Bundle
Eventide later added four more plug-ins to the Clockworks Legacy bundle to make the
Anthology bundle. These, again, originated in Eventide's hardware processors, but they are
much more contemporary in origin. Two of the new plug-ins, Band Delays and Factory, were
derived from the H3000-series Harmonizers, and the other two, Reverb and Octavox, are
lifted from their flagship Orville hardware unit.

Sound On Sound - July 2006 26 of 178
Band Delays (right) and Factory share a similar graphical
user interface, which is divided into three sections. At the
top there is a virtual H3000 front panel, while the middle
is taken up by a Preset Parameter section offering
controls such as wet/dry mix, input and output levels, filter
settings and tempo-related controls. The bottom section
can be set to display in three different modes: Program is
the simplest and the most graphical, Expert lists all the
settings in a table format, and Function gives you access
to things like soft-key settings, and a Function Generator
for controlling sweep effects and so on.
Band Delays comprises eight tempo-based multitap delays, each with a programmable filter,
feeding back into a stereo mixer. The filters can be set to low-pass, band-pass or high-pass,
and can be 'played' using MIDI. The Program section of this plug-in really uses the concept of
a graphical interface to the utmost. The left-hand side shows the eight delays, each colour-
coded with an 'X'. The right-hand side shows what is happening in a 3D chart, with the X axis
showing frequency, the Y axis showing filter gain and the Z axis showing delay length. These
track with any modulation programmed in. Try running through some of the presets and watch
the graphs bounce around. It is definitely a case of a picture painting a thousand words!
What is it like to use? Well, the enhancements Eventide have added to the plug-in version,
together with the ability to sync it up to the song tempo, mean that if you want complex
multiple delays then Band Delays can deliver with the correct programming. It takes a bit of
getting used to, but I found a trip through the presets gave me a very useful tutorial on what is
achievable and then you are really only limited by your imagination and time in achieving
some really wild delay-related effects. For example, Band Delays makes it very easy to set a
stereo slap echo: try using four delays alternatively panned left and right, spaced a quaver
apart and setting low-pass filters to roll off the high frequencies with each successive repeat. I
was impressed, although I actually found it easier to set this same effect up on the Waves
Stereo Supertap plug-in; while it doesn't have the dancing filter effects, the display is much
clearer, and it gives you access to all the controls, rather than having to select the delay and
then adjust a common set of controls.
Factory (right) is a modular processor offering two of each
of the following modules: delays, filters, virtual VCAs
called Ampmods, Scale modules that can be used for
either audio or control signals, LFO modules and
envelope generators, plus four two-input/one-output mixer
modules. In Program mode, the bottom section sports a
patch panel just like those early synths, so you can
configure the modules in the desired order. However, the
quickest way to understand how these can be used is to
run through the presets and see how the effects have
been created. I was particularly impressed with the
section of 'post' friendly presets in the list.
It is difficult to compare Factory with any other plug-in from any other manufacturer, as to me
it seems pretty well unique. The possibilities are endless, so I'll just offer one example of the
sort of thing that Factory can do: to remove the snare drum spill from the overhead mics on a
drum kit rig. You know the scenario you spend ages getting the snare sound just right,
maybe with a gated reverb sound, and then you open up the overhead mics and it all
changes. So what if you could duck out the snare from the overhead channels? Well, with
Factory you can. Route the overhead mics through the two Ampmod modules and feed the
key input from the snare mic through a band-pass filter set to only pass the snare sound and
reject the toms, cymbals and so on. Route the output of the band-pass filter to an envelope
generator and take the 'ducker' output into the control input of the Ampmods, and by adjusting
the envelope generator's attack and release times, the snare sound is ducked out of the
overhead channels.


Sound On Sound - July 2006 27 of 178
I found that the control surface implementation was very impressive and soon was adjusting
paramenters direct from my Command 8.

Reverberation
Reverb is not a particularly imaginative name for a reverb plug-in, especially when you realise
that it is a whole load more than just a reverb unit. It includes no fewer than four EQ modules
(pre EQ, reverb EQ, delay EQ and post EQ), plus a compressor that can be positioned either
before or after the reverb. The reverb section includes the usual controls such as decay, pre-
delay, size and so on, but there is also a Lo-fi control to enable you to wreck your lovely clean
sound, decreasing the bit depth as you increase the percentage. To cap it off there are two
delay lines, one in each output, with up to one second of delay. All of this makes for a very
powerful reverb.
I had heard that the basic reverb algorithms weren't
anything special, but for me they compared remarkably
well with Waves Renaissance and Sony reverbs,
although it would be fair to say that if I wanted a 'quality
reverb' alone I wouldn't go straight for Eventide's Reverb.
Having said that, I tried replacing a Waves Renaissance
Reverb on a strings subgroup with the 'Strings Chamber'
preset on the Eventide plug-in, and very quickly I had a
much lusher sound, so there is definitely some mileage to
be had in this reverb plug-in. Add the other features like
the EQ options, compressor and delays, all in one plug-in,
and Reverb is a very useful tool that stands out from
other reverb options.
Octavox is an eight-voice harmoniser with a mono input
and mono or stereo output. Each voice has up to 2.4
seconds of delay, pan, volume, feedback and two octaves
of pitch-shifting. You can use a combination of preset intervals and pitch cents to produce the
desired amount of pitch-shifting. The graphical display on this plug-in is similar to the H3000
emuations but is presented in a more musical way, with a stave which displays both the pitch
intervals and the delay loop points. Again, a good range of factory presets give you a good
starting point to get the creative juices going. I tried using this on a track where I had originally
used Waves Ultrapitch to thicken out a low-level vocal loop, which I had actually created from
the original guide vocal and liked it so much it stayed in the final mix. I would have to say that
Ultrapitch and Octavox are very similar, but if pushed to point out a difference I would say that
Octavox produces a smoother sound and Ultrapitch a richer sound. If you don't have
Ultrapitch then you will find this an excellent tool for thickening out vocals, especially backing
vocals.

Alternatives
Waves' Gold bundle includes direct alternatives to almost all of the processors and effects in the
Anthology II bundle, plus a number of other plug-ins, but the TDM version is rather more expensive than
Anthology II. However, there's no obvious equivalent to the Factory plug-in in the Waves range, and
perhaps the only real alternative is DUY's rather more complex modular effects plug-in, DSpider.

Anthology II
So to the new plug-ins that Eventide have added to the Anthology bundle to turn it into the
Anthology II bundle. The EQ45 parametric equaliser is a recreation of their vintage analogue
EQ unit, including 12dB-per-octave high and low cut filters as well as four bands of fully
parametric EQ. I have got so used to graphical representations of filter curves and the like,
especially on EQ plug-ins, that I felt a little blind presented with just a set of knobs. It is
interesting how soon we adjust to new user interfaces! On a control surface or an analogue
desk, just having knobs isn't a problem, but when working in Pro Tools I have got so used to


Sound On Sound - July 2006 28 of 178
having a graphical display to see what the EQ is doing that not having it would be, for me, a
good enough reason to go and select a different EQ that did. Perhaps Eventide could
consider adding a graphical section to the user interface whilst retaining the model of the
original analogue EQ?
The EQ65 filter set is a recreation of an analogue filter
set, with 18dB-per-octave high and low cut filters and two
tunable notch filters with a depth of up to 150dB! There is
also a very high Q setting, so it really enables you to filter
out any troublesome tone-type problems with minimal
impact on the wanted audio. To put this to the test I set
up a Signal Generator to output a 1kHz sine wave tone,
and then inserted an EQ65 after it. At first I thought there
was a problem, because the tone disappeared
completely, but as soon as I adjusted the filter frequency,
back came the tone. So I went back to the signal
generator and I adjusted the frequency of the tone to see
when it would reappear and the 3dB points were at 1035
and 965 Hz that's a very narrow notch! Again, there
isn't really anything to compare this with, but the deep
notches make it an excellent tool for solving problems (or
should that be 'opportunities'?).
You don't normally associate channel strips with
Eventide, but when you look at the range of plug-ins they
now offer, it is a sensible and logical move to combine
them in this way. Anthology II includes two, Ultra-Channel
and E-Channel. The former includes a gate, de-esser,
compressor/limiter with side-chain, a separate
Omnipressor, a five-band parametric EQ section, stereo
delays, and a Harmonizer micro-pitch-shifter for
thickening. All the modules except for the last two can be reordered by dragging and dropping
to your preferred sequence. However, Ultra-Channel is a chip-hungry plug-in one instance
takes a complete Accel chip and the point of E-Channel is to enable you to have multiple
instances without eating up too many chips. This channel strip still includes a gate,
compressor limiter, and a five-band parametric EQ section. One instance takes 17 percent of
an Accel chip, but I actually managed to get six instances onto one chip.
I tried both channel strips on a number of Sessions and found them both very useful. I
especially liked Ultra-Channel on solo vocals, particularly with a dash of Harmonizer
thickening. I was also able to quickly get a very nice bass guitar sound just using E-Channel.
Unlike the version from the Clockworks Legacy bundle, the Omnipressor on Ultra-Channel
has a make-up gain control as well. However, I have several other observations on the
channel-strip plug-ins. Firstly, the de-esser on Ultra-Channel didn't do it for me: I couldn't get
the vocal free of sibilance without messing up the sound, so I found myself reaching for my
preferred de-esser again. Second, although Ultra-Channel is available as a stereo plug-in, E-
Channel doesn't come up as stereo plug-in on a stereo track you have to use it in multi-
mono mode. Finally, I found the limits on the range of the EQ sections a pain; for example,
the HF shelving only comes down to 5kHz.
Eventide have included the Quadravox plug-in as a cut-
down version of Octavox from the original Anthology
bundle; like E-Channel, it's designed to enable you to use
multiple instances without eating up too many chips. This
is a fine idea in principle, as most of the time a four-voice
harmoniser is all that is required, and there's no point in
wasting DSP resources on unused features. In practice,
however, both the Octavox and Quadravox plug-ins took
up a complete chip per instance on my Accel system, so there was no gain. As to the sound
of this, it is no different to Octavox, so all my comments about Octavox apply to Quadravox.




Sound On Sound - July 2006 29 of 178
The final plug-in in the Anthology II bundle is called Precision Time Align, and as the name
suggests, it's intended to offer sample-accurate positive and negative time alignment of
individual tracks. Actually there are two versions of this plug-in: Precision Time Align, which
will only fully function if you have enabled delay compensation in Pro Tools (if you want to use
negative time delay, delay compensation must be enabled), plus a second version called
Precision Time Delay for those who don't use delay compensation. What I like about both
these plug-ins is that they display the time adjustment not only in time and samples, but also
in distance (Imperial and metric!), so if you know that two mics were nine inches apart, you
can adjust the plug-in until the distance display reads nine inches.

Conclusions
Eventide have put together a very interesting bundle in Anthology II. For me, it certainly
contains some surprises, including the channel strips, Factory, Reverb and EQ65. It is also
excellent value for money: 15 plug-ins for 840 means each plug-in comes in at 56, and
there is an excellent range of upgrade options for those who already own some Eventide
plug-ins. Is it worth it? I would say that if you don't own one of the larger Waves bundles,
Anthology II is a compelling alternative, and even if you do have a good number of Waves
plug-ins, there are enough different plug-ins in this bundle to make it worth considering. At
under 60 per plug-in it is hard to say no!
Published in SOS July 2006
Sound On Sound - July 2006 30 of 178
Focusrite Liquid Mix
Click & Buy PDF
Firewire-based Dynamic Convolution Processor
Published in SOS July 2006
Reviews : Processor

Focusrite's Liquid Mix could be the hottest product of the year,
using convolution technology to integrate a stellar range of
vintage analogue EQ and compressor replicas into your DAW.
We got our hands on a prototype to see whether it lives up to
the hype...
Paul White
Focusrite started something of a stir in the professional
audio market when they released their Liquid Channel, a
high-end voice channel that had the ability to emulate a
number of different preamplifiers, equalisers and
compressors using a new core technology called
Dynamic Convolution, which they licensed from the
inventors Sintefex. Straightforward convolution can't
reproduce the characteristics of non-linear audio
processes such as compression or distortion, which is
why Dynamic Convolution was invented. In essence, it
analyses the behaviour of the subject piece of audio gear
when fed a series of pulses and test signals at multiple
gain settings and frequencies. DSP technology is then used to replicate the response of the
original device in real time, with full user adjustment of the control parameters. Sintefex are a
Portugal-based software development company, though the three directors are British and
their hardware R&D takes place in Cambridge not a million miles from the secret hollowed-out
volcano lair of Sound On Sound headquarters.

Liquid Assets
While the Liquid Channel was aimed squarely at the professional user, technology has a habit
of spinning off in more affordable directions, which is why I now have a prototype of
Focusrite's new Liquid Mix sitting in my studio. The Liquid Mix combines Dynamic
Convolution technology with concepts that are already familiar to many computer musicians.
For example, we are all aware of DSP-assisted processors from companies such as
Creamware, Digidesign, Universal Audio, Waves and TC Electronic, and we all know about
hardware control surfaces that interface with software. The Liquid Mix, in essence, combines
DSP horsepower with a hardware user interface that fits into a neat desktop unit and
connects to the computer via Firewire. Cosmetically, the moulded unit is very stylish and is
reminiscent of a high-end reverb remote controller. All you need to connect up to a six-pin
Firewire port is the included Firewire cable, and a PSU (12V AC at 1 Amp) can be connected
for those using non-powered four-pin Firewire connectors.
The DSPs run a range of EQ and dynamics processing plug-ins that use Dynamic
Convolution to replicate various pieces of classic studio EQ and compressor hardware, so in
essence you're getting all the Liquid Channel technology other than the analogue preamp
section (which is very expensive to build), available as plug-ins and for a fraction of the price
of the Liquid Channel. Furthermore, as all the really hard work is done by the on-board DSP,
there's very little hit on your host CPU. The reason this isn't a full-blown review is that
Focusrite still need to finish tweaking the code to add the full quota of 'replicas', but shipping
of the Mac version is expected by June this year with the PC/Windows version following on a
little later.
By the time it ships, the plug-ins that come with the Liquid Mix will be able to run in VST,
Audio Units, and RTAS-wrapped VST formats, and so should be compatible with all the
mainstream sequencing software. Despite its low cost, the Liquid Mix aims to provide 32

Photo: Mike Cameron
Sound On Sound - July 2006 31 of 178
simultaneous channels of EQ and compression, where the user can choose from a large
library (20 EQs and 40 compressors) of EQ and compressor types. Additional emulations will
be made available on-line and there's even provision to build your own hybrid dream EQ with
up to seven bands taken from different equalisers. Each of the 32 channels may be accessed
as a separate plug-in within the sequencer in the usual way, and because of the nature of the
processors, this will normally be via channel or buss insert points. While the unit can run up to
32 mono or 16 stereo channels at 'normal' sample rates, an optional DSP expander is
planned to increase the maximum channel count at higher sample rates. This will fit into the
unit via a panel at the bottom of the case.

Liquid Control
You can, of course, control the Liquid Mix's processors directly using your computer's GUI if
you prefer mousing around, but one of the key aspects of the unit is that it combines all this
sophisticated plug-in power with a very practical control surface, which has dedicated
continuous controller knobs for the main compressor controls (Threshold, Ratio, Attack,
Release and Gain Makeup), and Gain, Frequency and Q controls for a single EQ band. A
further data wheel moves between EQ bands and there's also a master EQ output level
control, as well as a general input level control for the whole channel. Further functions such
as saving and loading patches, selection of model type and even track selection are accessed
by small illuminated push switches. There's also a Compare/Go Back function, plus a button
that selects the EQ shape for the currently selected band. There's also good metering
covering the input level, the amount of gain reduction and the output level, with a further
meter covering the level between the compressor and equaliser, which can be switched pre-
or post-compressor. LEDs show when limiting takes place
and warn of output clipping.
Along the lower edge of the front panel are buttons for
switching the positions of the compressor and EQ and for
accessing the side-chain monitoring. Stereo linking also
has its own button, and there are four further buttons for
switching in and out the compressor, the entire channel
EQ, a single EQ band or the whole lot. The way the
replica plug-ins work is that by default, they have the
same control options as the original, so if the original has
a stepped ratio control rather than a continuous one,
that's what the Liquid Mix gives you. However, if you
need more flexibility you can use the Free button to allow
you to dial in interim values. A backlit LCD window displays additional information pertaining
to patches and parameters, and when the EQ is being viewed, a small version of the EQ
curve is displayed.
On the beta model I've been using, the data wheel is used to select the EQ band being
worked on, and also to switch between viewing the EQ and viewing the compressor.
However, Focusrite have already been asked for some kind of automatic switching system
that moves between displaying the EQ and compressor when knobs in the relevant section
are moved, and apparently this is on their to-do list.
As I mentioned at the outset, the current version is Mac-only and currently requires Mac OS X
Panther (10.3.3 or later), with support for the new Intel Macs included. Obviously, the
computer needs a Firewire port, and a minimum spec of an 800MHz G4 with at least 256MB
of memory is suggested. Devices that access processing DSPs over Firewire inevitably
increase the system latency to some degree because of the need to move data into and out
of the computer, but the engineers at Focusrite say the Liquid Mix should not add more than 2
or 3 ms to the latency of a typical system. What's more, as these processors are designed for
use when mixing, you can always leave them off until you've finished tracking as latency
doesn't matter at all when you're mixing.


If you prefer to control plug-in
parameters from the screen, everything
is available there too!
Sound On Sound - July 2006 32 of 178
Trying It Out
My first attempt to use the Liquid Mix was thwarted by its reluctance to play nicely with the
Belkin Firewire hub I had in my system (even when not plugged into it), but once this was
removed, the software installed and the Liquid Mix Manager program started, I had the
system up and running in moments. In this beta version only the VST versions of the plug-ins
are supported so I checked the operation from within BIAS Peak, with which the Liquid Mix
worked seamlessly. It seems that most or all of the compressors are already implemented,
but at the time of writing there's only a handful of EQs, though there will of course be a full set
by the time Liquid Mix ships. As with most products that seek to emulate others, there are
cryptic clues as to what pieces of equipment have been replicated but no overt naming other
than for other Focusrite devices. Already there are Focusrite Green and Red equalisers, not
to mention a British Green optical compressor and a wide range of other US and UK models,
both tube and solid-state.
That these are available as plug-ins at all is impressive enough, but having knobs to adjust
them and real hardware meters to show you what is going on is pure luxury. As mentioned
earlier, the controls are presented as on the original with the same size steps where switches
were used, but the Free button allows you to override this limitation if you wish to. Where the
original compressors had side-chains, and where the host software supports audio routing to
side-chains, you can use the compressor for ducking or de-essing as you might with a
hardware device, while the side-chain monitor button lets you hear exactly what the side-
chain is hearing.
This is only a preview, but already the Liquid Mix is an impressive piece of kit that looks
perfectly at home on the desktop. The ability to use so many high-ranking equalisers and
compressors at the same time and without imposing an excessive load on your CPU is very
liberating. Inevitably, some of the equalisers and compressors will sound more obviously
different than others, but Focusrite and Sintefex have gone to great lengths to get these
replicas sounding as close to the originals as possible. If you've always hankered after a rack
full of classic outboard gear but never had the money or space, the Liquid Mix seems like the
perfect solution. We'll bring you the full review when the release version is available.
Published in SOS July 2006
Sound On Sound - July 2006 33 of 178
Focusrite Saffire LE
Click & Buy PDF
Firewire Audio Interface [Mac OS X/Win XP]
Published in SOS July 2006
Reviews : Computer Recording System

Focusrite's Saffire already offered an awful lot of Firewire
interface for your money, but the new LE version could just be
even more of a bargain.
Martin Walker
Focusrite's Saffire audio interface (reviewed by Paul White in SOS
September 2005: www.soundonsound.com/sos/sep05/articles/saffire.htm)
has proved very popular since its release, and it's not hard to see why
as well as audio and MIDI I/O, the Saffire featured Focusrite mic preamps
and a selection of DSP effects, which were also included in native
versions to run as software plug-ins in your favourite sequencer. The
Saffire is still a tempting buy at 349, but Focusrite have obviously spotted
a gap slightly lower down in the market, which is where this 239 LE
version comes in.
The biggest difference is that the Saffire LE has no onboard DSP to run
effects, although you do still get the native plug-in versions. Elsewhere,
the number of balanced/unbalanced analogue outputs drops from eight to
six, although this still allows you to output in 5.1 surround, and there's only
one front-panel headphone output rather than two. The LE only supports
sample rates up to 96kHz, but this is hardly a big problem: the original's 192kHz capabilities
will be of little practical use in most home studios anyway.
A few metering and monitoring functions are simplified on the LE; inputs one and two now
only have a single Overload LED instead of three-LED level meters, while the monitor output
loses its Dim and Mute buttons and there's no MIDI Out/Thru button (although all three of
these functions are still available in the Control Panel software). The LE software bundle is
also different from that of the original Saffire, with Cubase LE replaced by a special Lite
edition of Ableton Live 5, compact versions of FXpansion's BFD and Guru, and 470MB of
samples from Loopmasters.
However, it has the same digital audio and MIDI I/O as its bigger brother, and better still, the
original two mic/instrument/line inputs featuring those desirable Focusrite mic preamps are
now supplemented by two additional balanced/unbalanced line/instrument inputs on the rear
panel, each with a dedicated front-panel Overload LED. The Saffire LE can be buss-powered
from one of its two Firewire 400 ports, although a 12 Volt DC wall-wart PSU is included for
anyone connecting it to a four-pin Firewire port on a PC laptop. All of the analogue I/O bar the
XLR mic inputs is on quarter-inch TRS-wired jacks and can be used as balanced or
unbalanced.
The front-panel analogue output level control for outputs 1/2 is a welcome feature that I've
been asking for from manufacturers for some time, as it greatly helps those who plug their
audio interface directly into a pair of active monitors, so they can easily set control-room
levels without compromising audio quality by turning down digital faders. Well done to
Focusrite for that, although it would be even better if all front-panel rotary controls had
calibration marks to enable repeatable settings to be achieved, both for control-room
monitoring levels and to help match input gains when recording in stereo.

Photos: Mark Ewing
Sound On Sound - July 2006 34 of 178


Brief Technical Specs
Sample rates: 44.1, 48, 88.2 and 96 kHz from internal clock.
Mic/guitar/line inputs: two, balanced XLR with switchable global +48 Volt phantom power and +13 to +60
dB gain range, balanced/unbalanced TRS quarter-inch jack line instrument with +13 to +60 dB gain and
1M(omega) impedance, or line with -10 to +36 dB gain.
Line inputs: two, balanced/unbalanced line-level TRS jack at -10dBV or +16dBu sensitivity.
Analogue outputs: six balanced/unbalanced TRS quarter-inch jack at +16dBu level, analogue level control
for outputs 1/2, plus headphone output with analogue level control.
Digital I/O: S/PDIF in and out up to 24-bit/96kHz on phono coaxial, AC3 and DTS compatibility, MIDI in and
out, two Firewire ports.
Dynamic range: 105dBA (analogue inputs and outputs).
RMS jitter: <250 picoseconds.
Frequency response: 20Hz to 20kHz 0.1dB.
THD + Noise: 0.001 percent measured at 1kHz.

Installation
Drivers for the Saffire LE are provided for Windows XP and Mac OS X, and I had no problems
installing them on my PC. However, one thing I didn't pick up from Paul White's original
Saffire review is that the hardware incorporates a Pace Interlok dongle to protect the native
plug-ins. In order to use them you need to send a generated challenge file to Focusrite's web
site, along with the Saffire serial number and plug-in registration code, to receive a response
file. You can do this up to four times, so you can use the Saffire LE and plug-ins on different
computers.
The Saffire Control LE panel is rather different from that of the
original Saffire, largely because there are no longer any DSP effects
to be adjusted. Like all such utilities, it took a few minutes to get my
head round it at first, but I found it flexible and easy to use after that.
Controls for the four analogue and two digital inputs are at the top
left, with individual level meters. 'Hi Gain' switches are available for
line inputs 3/4 to make them more suitable for instrument duties, and
there are six monitor faders and pan controls with stereo link buttons
controlling the input signal mix to analogue outputs 1/2. Below this
section are six more almost identical sets of monitor faders, pan and
stereo link controls; these set up the mix of input signals that gets
routed to the headphone output and analogue outputs 3/4. On the
right-hand side are four stereo level meters displaying software
playback channel levels, plus two rows of four stereo faders
controlling the amount of each of these signals that gets routed to the
main and headphone outputs.
A central vertical strip of controls offers master level controls for the three analogue output
pairs, which usefully can be linked for surround work, plus associated Mute buttons.
There are pre-fader meters for the main and headphone outputs along with sliders that
balance input against playback levels for main and headphone outputs, plus a handy Dim
button to drop main output levels by 18dB (not 12dB as stated in the manual), and a further
button that optionally sends the main output signals to the S/PDIF outputs.
The Saffire Control LE utility can also operate in two preset modes. The default Track mode is
ideal during recording, setting up both monitor and headphone mixes from all the inputs as
well as playback channels, while S/Card mode mutes all input signals from the monitor and
headphone mixes, and sets playback controls so that only Playback 1/2 emerges from the
main out and Playback 3/4 from outputs 3/4 and the headphones.

Although
the Saffire
LE loses a
pair of
analogue
outputs
compared
with its big
brother, it
actually
offers an
extra pair
of line
inputs.
Sound On Sound - July 2006 35 of 178


Alternatives
If you want a compact Firewire-based interface between 200 and 300 with a versatile selection of
input options including mic and guitar, enough outputs to cope with surround, and with good audio
quality, there are quite a few on offer. The Presonus Firepod has a very similar spec to that of the Saffire
LE, though its headphone output benefits from being a separate feed and not tied to the main 1/2
output, and it can now be bought for about 250, making it the Saffire LE's closest competitor. Edirol's
FA66 has a similar input complement, but only four analogue outs, and has optical S/PDIF instead of
coaxial (which may be more compatible with your other digital gear). However, it does have an attractive
analogue limiter to keep recording levels in check, and is only 200. If you want more analogue I/O and
don't mind losing the limiter, Edirol's FA101 provides a total of eight analogue inputs and outputs, plus
optical S/PDIF and MIDI I/O for around 290.
M-Audio's Firewire 410 only has two versatile inputs, but eight analogue outputs plus two headphone
outputs with individual level controls, the extra versatility of both optical and coaxial S/PDIF, plus MIDI,
and can now be found on the street for 240 the same price as the Saffire LE. However, unlike the
others mentioned here, its analogue I/O is all unbalanced.

Sound Quality
It's good to see Focusrite bucking the trend by quoting the Saffire LE's internal clock jitter
level, and at less than 250 picoseconds, their figure is considerably better than that published
for any other interface below 500 that I've reviewed to date. A low-jitter clock is vital for
excellent stereo imaging, so I was very keen to see whether this figure translated into an
obviously audible improvement.
After matching the output levels of my own Echo Mia and Emu 1820M, and the review Saffire
LE, to within 0.1dB I started to listen to them in turn, but it only took one audio snippet to
dispense with the Echo Mia it was so easily spotted as being slightly harsh and distinctly
less focused. Switching to the Saffire LE was like lifting a veil from the sound, letting me hear
the instruments beneath. It took me slightly longer to make up my mind between the Emu and
Focusrite interfaces as the differences were smaller, but while the Emu 1820M, as always,
turned in a refined performance, the Saffire LE took the lead with even tighter and more
focused imaging, making the Emu sound a little 'woolly' by comparison. Emu's range has
done incredibly well to retain my personal vote for 'best audio quality for audio interfaces
under 500' for the last two years, but I think it's finally met its match in the Focusrite Saffire
series: the Saffire LE provides truly excellent subjective audio performance for a 239
interface. I was also impressed with its mic preamps, while the 1M(omega) impedance of the
instrument inputs was high enough to avoid any
premature roll-off of high frequencies.
To double-check what my ears were telling me I ran my
usual raft of Rightmark Audio Analyser tests. Frequency
response was -0.3dB down at 18Hz and 20.5kHz with a
44.1kHz sample rate, and at a much wider 20Hz to 42kHz
at 96kHz sample rate, with a tiny 0.3dB peak at about
32kHz. Measured dynamic range confirmed the
manufacturer's figure of 105dBA, and although you can
buy 'quieter' interfaces, I personally feel that the Saffire
LE's lower-jitter clock is more important to overall audio
quality.
Driver performance was also good, with Cubase SX
managing the lowest 4ms latency at 44.1kHz on my PC without any glitching, as it did in
Sonar 5.2 Producer Edition (with the WDM/KS drivers it managed the lowest 10ms Effective
latency with ease). NI's Pro 53 managed a slightly better than average 30ms Play Ahead
setting with the Direct Sound drivers, and 45ms with the MME ones. My only disappointment
was that the Saffire LE doesn't have GSIF drivers for Gigastudio.

With comprehensive monitor mixing
and metering of input and output levels,
the Saffire LE's new Control utility is
effective across a variety of recording
and playback scenarios.
Sound On Sound - July 2006 36 of 178
Paul White covered the Saffire plug-in effect suite (reverb, compressor, EQ and amp
simulator) in great detail in his original review, and since the LE versions are identical I won't
elaborate here, except to say that I found that the three rather basic Saffire Reverb controls
produced a surprisingly versatile set of sounds after a little experimentation, and the
Template/Advanced modes of the Saffire Comp and Saffire EQ are an inspired way of
providing you with initial settings to suit a particular application, while still letting you get at the
individual controls for further tweaking.

The Jewel In The Crown?
It's always a gamble introducing a new cheaper model to an existing range, since the
manufacturer risks losing sales of the more expensive version. So have Focusrite thrown out
the baby with the bathwater by dispensing with the hardware DSP effects of the original
Saffire, or have they got their sums right? I think they have judged the Saffire LE very well
indeed built-in DSP effects can be handy, but many musicians will be perfectly happy to
save money and rely on plug-in or outboard effects.
The Saffire LE provides two excellent mic preamps, instrument inputs that work well for DI'ing
guitars, two extra line inputs compared with the more expensive Saffire, enough outputs to
suit stereo or surround work, and excellent audio quality throughout. The Firewire interface
market has never been so crowded, but with the Saffire LE Focusrite have carved themselves
yet another niche at 239 this is an absolute bargain!
Published in SOS July 2006
Sound On Sound - July 2006 37 of 178
Guitar Technology
Click & Buy PDF
Gear Reviews, Tips and Techniques
Published in SOS July 2006
Reviews : Effects

Marshall Regenerator, Echohead & Reflector
Effects pedals
Marshall have added a new range of digital guitar pedals to their portfolio, but rather than
stick with the usual 'one trick per pedal' format, they've come up with three pedals, each of
which features six different effect modes, selectable via a rotary switch. They've also given
the pedals two outputs one is fed from a true mechanical bypass and the other allows the
decay of delay-based effects to trail off naturally when the effect is switched off. When both
jacks are used together, you lose this latter feature but gain the advantage of stereo output.
Each pedal also has an extra input jack, accepting either an expression pedal or a footswitch.
The pedals have solid cast-metal casings and can be powered from a 9V battery or an
optional power adaptor. The battery compartment is underneath, secured by a large-headed
screw that can be unfastened with a small coin. A non-slip rubber base keeps the pedals
stable on the floor and the controls are set back out of the
way of careless feet.
First up, the Regenerator pedal (60) offers a choice of
Vintage Chorus, Multi Chorus (based on Marshall's own
Supervibe pedal), Vintage Flanger, Phaser, Step Phaser
and Vintage Vibe modes. Besides the rotary mode switch,
two further knobs control rate and depth. The final knob
labelled 'Regen' feeds some of the output back into
the input.
I found the Vintage Chorus mode a little less fluid than,
say, the Boss CE-2, but it worked well enough. Multi Chorus produced a richer sound that I
generally preferred. Flanger produced a very traditional flanging sound, but without a control
to adjust the nominal delay time, it isn't quite as flexible as some units. Nevertheless, it's a
very musical and useful sound. The standard Phaser setting sounded right to my ears
warm and smooth while the Step Phaser creates a jumpy, synth filter-type effect. Finally,
the Vintage Vibe recreates the classic Univibe-style sound that is half way between chorus
and phasing, used extensively by Jimi Hendrix. I thought this sounded pretty authentic. An
expression pedal may be plugged in to control the modulation rate of any of the effects.
The Echohead (65) has a similar layout, with the knobs adjusting Mode, Delay Time,
Feedback and Level. The dry level of the guitar always remains constant so you never end up
with an echo-only output. The mode settings are Hi-fi, Analogue, Tape Echo, Multitap, which
produces a more dense cluster of echoes, and Reverse, which delays and reverses the
effected part of the sound and adds it to the normal dry sound. Finally, there's Mod Filter,
which adds a filter sweep to the delayed sounds. An optional footswitch can be used to tap in
the delay time.
I rather liked this pedal, particularly the Tape Echo and Analogue settings, which nailed the
tonal character of the real thing pretty well. Tape Echo even introduced some gentle pitch
variations to give the effect of worn transport components. Mod Filter was more subtle and
musical than I'd expected and the Reverse setting provides a nice variation on normal delay,
though you can't dial in 100 percent wet and play backwards solos as you can with some
units. In stereo mode, the Multitap delay ping-pongs from side to side to add movement and
interest to the sound.
Reflector (60) is dedicated to reverb effects, with Hall, Plate, Room, Spring 1, Spring 2 and
Reverse modes. The middle two knobs control decay time and high-frequency damping while

Sound On Sound - July 2006 38 of 178
the fourth controls the mix of reverb and dry signal. Most of the modes are self-explanatory,
though Spring 2 is a blend of spring and electronic reverb while Reverse puts a reverse
envelope on the reverb decay making it appear to build up rather than decay. The reverb may
not be quite studio grade but it is still pretty good and certainly more than adequate for live
performance. I liked the character of the Plate setting but also found the Room setting to be
useful for adding space to a sound at short decay times. An expression pedal can be used to
adjust the decay time and there's a nice stereo spread to the sound if you use stereo outputs
to feed two amplifiers.
These pedals are tough, practical and sound very good without actually breaking any new
ground. That's not such a bad thing, as most of their algorithms are designed to recreate
vintage effects! Given that they cost around the same price as a decent single-function pedal,
this range combines flexibility with value, and the build quality should ensure they stand up to
life on the road. Paul White
SUMMARY: These rugged, versatile pedals offer authentic sounds and value for money.
Marshall Amplification +44 (0)1908 375411.
www.marshallamps.com

COOL STUFF
The new Washburn X50 Pro FE is the latest addition to the manufacturer's
rock-oriented X Series range of solid-body electric guitars. It's based on the X50
Pro, but has a flamed-maple carved top (as opposed to quilted maple) and
active EMG humbucking pickups an EMG 81 at the neck and an EMG 85 at
the bridge. The X50 Pro FE also features a plain rosewood fingerboard and
Grover 18:1-ratio tuners, and it uses the patented Buzz Feiten tempered tuning
system, designed to give better intonation. It's available now in transparent
black or transparent red gloss finishes, priced 599.
Sound Technology +44 (0)1462 480000.
www.soundtech.co.uk
www.washburn.com
T-Rex Engineering have produced a pair of new pedals. The Room Mate is a
valve-equipped reverb pedal offering four types of effect Classic Plate, Warm Hall, Bright
Hall and Chorus with Warm Reverb. It has a mono input and stereo out and has Mode, Mix,
Level and High Cut controls. The Bloody Mary (pictured near right), on the other hand, is an
all-out distortion pedal with Gain and Level controls and High, Mid and Low EQ knobs. A
Body switch boosts the bass and low mid-frequencies.
ASAP Europe +44 (0)20 7231 9661.
www.t-rex-engineering.com
Vox have added two new tube-driven pedals to their
Cooltron range. The Duel Overdrive pedal (pictured far
right) is based on Vox's Big Ben overdrive and provides
two separate drive effects with independent Gain, Volume
and Tone controls. A bass boost can be added to one or
both overdrives. The Vibravox combines tremolo and
vibrato effects. In addition to Depth, Ratio, Skew and
Volume knobs, there are two Speed controls that govern
both effects. The Vibravox can be set to switch between
two speeds of tremolo, two speeds of vibrato or between
a tremolo effect controlled by the first Speed control and a
vibrato effect set by the second. Both pedals run off four
AA batteries or a 9V mains adaptor (not included). The
new Cooltron effects will be out in June, with pricing to be confirmed.


Sound On Sound - July 2006 39 of 178

TECHNIQUE
Tuners and tuning stability
Guitars can suffer from tuning stability problems for a number of reasons. Most stability
problems can be traced back to what might be called the friction points the bridge and the
nut but strings can also bind on string trees (where fitted) and slippage around the tuning
machines can also be significant, especially if you don't fit the strings
correctly.
Everyone has their own way of fitting strings, but I tend to pass the string
through the hole in the tuning machine post, and then put a right-angle bend
in it to prevent it slipping back through. As I tighten the machine, I'll take one
turn around the post above the string hole before guiding the string below the
hole and then winding two more turns around the post. On tuner posts that
taper inwards towards the centre, this helps grip the protruding string end
between the upper turn and the lower ones. By limiting the number of turns
to around three in total, and by winding the string neatly rather than having
turns crossing each other, there's less risk of the string slipping. After fitting
new strings I'll give them a good hard pull to stretch them out, then check the
tuning with an electronic tuner, and keep repeating the process until the
tuning remains stable. By doing this you can usually play a gig ten minutes
after fitting new strings with very little in the way of tuning problems.
Having said all that, I prefer to fit locking machine heads to any of my guitars that have
tremolos as they really do eliminate string slippage at the tuning end of the string. Some
manufacturers, such US company Sperzel, produce sets where post heights get progressively
lower the further you go from the nut, so on many Strats and similar instruments, you can
remove the string tree (or pass the string above it) without risk of the strings popping out of
their slots or losing tone through insufficient break angle over the nut.
Players who haven't used locking tuning machines before sometimes make the mistake of
thinking that it is the rotation of the string peg that is locked, but this isn't the case. The way
the Sperzel tuner works is that there's a hole down the centre of the shaft that intersects with
the string fixing hole, and inside this centre hole is a metal pin that can be driven towards the
string hole by means of a knurled knob on the rear of the machine (pictured left). Once you've
passed the string through the hole in the peg, you simply tighten the knurled knob to clamp
the end of the string in place. Not only does this prevent slippage but it also enables you to
take only half to three-quarters of a turn around the peg, which means there's less chance of
the string windings sliding around on the peg and affecting the tuning.
When fitting new strings, I pull the string through the hole just far enough to take up the slack,
and then clamp it before tuning normally. This seems to leave the right amount of string
around the post once the string is up to pitch and also leaves enough tuning range for those
players who like to re-tune to a drop-D or other alternate tuning. One tip when fitting strings to
Sperzel locking tuners is that if the string doesn't seem to want to poke through the hole in the
post, and you've checked that the knurled knob is loose, just give the tuning shaft a gentle tap
on the top as the pin sometimes sticks. Paul White
Published in SOS July 2006

Sound On Sound - July 2006 40 of 178
Hot New Sample CDs On Test
Sample Shop
Published in SOS July 2006
Reviews : Sound/Song Library

Project SAM Organ Mystique
Multi-format
According to the sleeve notes, "this organ is located in a church near a small
Dutch village. During WWII, a German airplane crashed into the church, tearing
down the front part and killing brave members of the resistance. The villagers say
when the organ is played, you can still hear it weep for the fallen soldiers of
1944". Oo-er!
Despite the spooky build-up, the instrument turns out to be a friendly-sounding, beautifully
recorded instrument with a nice line in soft flutey stops. The Hol-Flute 8' preset is a good
example its innocent, child-like quality works very well for dreamy chordal meditations and
quiet pastoral melodies. Pitched an octave higher, the brighter sound and quicker attack of
Rohr Flute 4' copes well with fast lines, and at the top of the pitch range there's Octave 2',
piping out very high notes with an extraordinarily precise, clear, and constant tone. The Viola
Di Gamba preset has a reedier sound which is solemn, though still fairly cheerful, but for the
full 'Here Comes The Bride' one needs the Tutti preset this literally pulls out all the stops to
create the classic triumphal church-organ racket.
It is unusual to hear a church organ using vibrato, and the Tutti Vibrato
preset (which adds vibrato to the nuptial noise described above) put me
in mind of a theatre organ. The Vibrato stop is another simple flute
sound, with subtle vibrato and a nice 'chiff' very playable and
inspirational for improvisers.
Pedal stops are thin on the ground. The Sub-bass 16' patch supplies
some very low notes, but their soft timbre lacks the power and grandeur
one expects from organ pedals. Two octaves of these flutey-sounding
bass notes have been tacked onto the bottom of each preset to extend
their lower register. A couple of half-decent effects complete the preset
list: the library is 2.33GB in size, so shouldn't put too much of a strain on your hard drive.
This legend-drenched instrument was miked from different perspectives, maintaining the
house style established in Project SAM's excellent orchestral brass and percussion libraries.
The miking positions of three and 10 metres sound surprisingly similar, and with some stops I
had to strain to hear any difference between them. While the church's ambience has been
exquisitely reproduced with release samples, the building's relatively small size means that
SAM's instrument can't compete with a cathedral organ in terms of sonic majesty;
nevertheless, there is an appealing personal quality to its sound. Retailing at a price which
won't come back and haunt you, this is a well-sampled pipe organ which, despite its
somewhat restricted menu of stops, effectively covers the basics. Dave Stewart
Gigastudio 3, Halion, Kontakt and EXS24 DVD-ROM, 94.95 including VAT.
Time + Space +44(0)1837 55200
www.timespace.com
www.projectsam.com



Sound On Sound - July 2006 41 of 178
Best Service Peter Siedlaczek String Essentials
Kontakt Instrument
Peter Siedlaczek first made his mark with some fine string-orchestra samples
which found their way (uncredited) into the Roland sound library. To this day,
people tell me they still prefer these strings to any of the huge orchestral libraries
released since! The Czech maestro's new 17.5GB String Essentials brings us a
string orchestra of violins, violas, cellos and double basses. The sections are presented
separately and also blended together into full string sections, something Mr Siedlaczek does
extremely well the mapping is done so skilfully that it's almost impossible to hear any joins.
The samples were recorded in a Warsaw studio from three microphone positions, not
(according to the producer) to vary the amount of ambience, but to exploit the different tone
produced by close, medium, and far mic placements. This calls into question the pleasant,
brightish, one-second release tails heard on the end of the so-called 'ambient' samples. Once
the release trails are turned off, the difference between the three mikings is pretty subtle; the
most obvious difference being that the 'normal' position has a slightly lusher sound and wider
stereo image than the 'dry' samples.
String Essentials' programs gather together a collection of playing styles
which users can select via keyswitches. Each string section plays
sustains, mono legato, tremolo and trills (all looped), three lengths of
short note, staccato, pizzicato, and fast runs. The mono legato mode is
OK for slow melodies, and its optional portamento effect introduces
some tasty Bollywood-ish upward slides, but the legato effect can't cope
with fast runs. Pitch wheel-driven glissandos (available for all sections)
are difficult to control, but capable of yielding some thoroughly mad
slides. In the staccatos program, push the mod wheel all the way up and
you get an invigorating, disco-style fast 'fall' at the end of the note.
All four sections perform fast runs in a major scale which is chromatically shifted to fit all keys,
and the violins have an extra set of 140bpm, key-specific major runs. You can use the
Kontakt instrument's tempo control to change the speed (but not pitch) of the runs. Users get
a huge amount of control over the samples: the Kontakt instrument's knobs control
expression, crescendos, attack, and release tails level, and MIDI Continuous Controller
number 24 can be used to introduce a layer of staccato samples very handy for adding
definition to fast lines.
These strings sound consistently good each section has a distinct character, and the blend
of the four is very satisfying. The Polish musicians play with an expressive, controlled vibrato,
excellent tuning, and some feeling. Although some might find the wealth of technical detail
intimidating, experienced samplists will be pleased to find such a large fund of high-quality,
musically intelligent string performances in one ready-to-play package. Dave Stewart
Kontakt Instrument, 232 including VAT.
Time + Space +44(0)1837 55200
www.timespace.com
www.bestservice.de

Big Fish Audio Roots Of South America Volume 2
Multi-format
Way back in the September 1999 issue, SOS gave a four-star review to the
original Roots Of South America sample library. While is has been quite a wait,
Big Fish Audio have now released a second volume. I tested the WAV files in
Acid Pro 5, and these contained nearly 900MB of audio files, organised into 26
construction kits and a collection of individual instrument hits. As with the original collection,
the vast majority of the material is drum and percussion based Congas, Bomba Shells,
Cabasas, Cascaras, and Quijadas, amongst a number of others. However, this collection also
contains both authentic rhythms and material that would suit more contemporary styles,
including funk, jazz, or even hip-hop.



Sound On Sound - July 2006 42 of 178
While Latin musical influences are much more widespread in mainstream pop music now than
they were even seven years ago, there were still several musical styles amongst the
construction kits that I was unfamiliar with. Alongside the well-known Bolero and Samba
styles are others such as Chacarera and Bambuco. Familiar or not, the rhythms and feels of
these construction kits are all very engaging. Tempos vary between a sultry and sexy 69bpm
(is this deliberate?) right up to a frenzied and hedonistic 210bpm. Many of the uptempo kits
shout 'carnival', and I could easily imagine these rhythms pumping out of a large street band
in that context. Equally, this material would be just as happy as a bed for a Santana-style
Latin/pop/rock tune.
Each of the kits includes a 'full mix' loop, which is useful for auditioning
purposes, while the rest of the loops are separated into the individual
instrument layers or, where appropriate, small ensemble layers. While a
few of the kits include an orthodox drum kit, the majority consist entirely of
instruments associated with the music of the region. Throughout, the
playing seems excellent and the 24-bit recording done to a high standard.
With suitable attention to the groove (with perhaps a little groove
quantising), and the usual requirement not to stray too far from the original
recording tempos, it was perfectly possible to mix and match loops
between the various kits. The library is therefore very easy to work with.
The 400 individual hits cover 29 different instruments. These include Seed Pods, Bata,
Berimbau, Cajita, Chekere, Conga, Djembe, Guira, Tima, Trompe, and Udu. In most cases,
several individual hits are included, covering different playing styles and intensities. In a few
cases, there is enough material to map across a keyboard to make a playable instrument.
Roots of South America Volume 2 picks up very much where its predecessor left off, but
because the feel is perhaps more contemporary, this more recent collection ought to have a
wider appeal. The library also represents good value for money. John Walden
Apple Loops, REX, and WAV DVD-ROM, 55 including VAT.
Time + Space +44(0)1837 55200
www.timespace.com
www.bigfishaudio.com

Big Fish Audio Soundscapes For Cinema
Apple Loops
This 2GB library comprises over 1000 Apple Loops and is primarily intended for
composers and sound designers working to picture, but there is plenty of material
here that would interest anyone working in electronic music, particularly if it has
an industrial edge think Nine Inch Nails.
For ease of browsing, the loops are split into six folders. Acoustic Oddities is split into three
further folders (Percussion, Strings, and Winds) and there are all sorts of peculiar rhythmic
things to be found here. Aside from the more usual drum and kalimba loops, there are some
excellent bass loops although this is not melodic material, but rather rhythms and textures.
Harps, horns, saxophones, and various wind instruments get the same treatment, and the
folder also includes some zither and digeridoo loops. For somewhat straighter rhythmic loops,
the Percussion folder has plenty to offer, and these would give a composition more of a
'musical' feel as opposed to the rhythmic soundscapes created by the Acoustic Oddities
loops.


Sound On Sound - July 2006 43 of 178
The contents of the Pads & Atmospheres folder, which contains well over
half of the whole library, is split into six subfolders with titles clearly
indicating the contents: Alien, Dark Drone, Machine, Shimmer, Strange
Textures, and Vocal Textures. There is some excellent material amongst
this lot, and because many of the loops are over 30 seconds in length, they
would make perfect beds to layer other elements over. The moods are
mostly dark and, like the rest of the collection, would really suit sci-fi or
straight contemporary horror images. In this respect this title covers similar
territory to the various Cycling 74 Cycles loop libraries (such as Unnatural
Rhythms), and there is plenty of sonic scariness here! For a slightly more
melodic feel, the relatively small number of loops in the Tonal folder can be
used, although the mood is consistent with the Pads & Atmospheres material.
The collection is rounded off by the One-Shot Effects and Mixed Loops folders. The former is
really sound-design territory, but there are some very good hits that could be used to
ornament a more conventional musical piece. The Mixed Loops folder contains a small
number of loops that mix rhythmic and soundscape/melodic material and, aside from the need
to stay within the terms of the license, these would need very little adding to them to form a
complete sound bed.
It should be noted that this collection is a compilation from some earlier Big Fish Audio titles
including Alien Artifacts, Alien Guitars 2, Fear, Gas Tank Orchestra, Groove Dimensions,
Noize Loops, Pod and Toxic Textures. Provided that you do not already own these titles,
Soundscapes For Cinema is very competitively priced. John Walden
Apple Loops DVD-ROM, 55 including VAT.
Time + Space +44(0)1837 55200
www.timespace.com
www.bigfishaudio.com
Published in SOS July 2006

Sound On Sound - July 2006 44 of 178
IK Multimedia Amplitube 2
Click & Buy PDF
Amp Simulation Plug-in [Mac OS X/Win XP]
Published in SOS July 2006
Reviews : Software

IK have given their popular guitar amp emulator a radical
makeover, with a huge range of new models and a sound that's
more accurate than ever.
Paul White
I recall being favourably impressed by the original IK
Amplitube guitar amp modelling plug-in, and the new
version 2 is far more than an update it's almost a new
product, with a fresh interface and new technology under
the hood. A new modelling approach (DSM or Dynamic
Saturation Modelling) has been developed to more
accurately capture the way non-linear systems (such as
amps that distort) affect a real-world dynamic signal, and
the range of devices being modelled has also been
extended. Plug-in formats supported extend to VST,
Audio Units and Digidesign's RTAS, at sample rates up to
192kHz, and Amplitube 2 requires Mac OS 10.3 or later
or Windows XP.
Amplitube 2 allows you to mix and match preamp sections, EQ sections and power stages to
create combinations that aren't available in the hardware world. Once past the rather nice
guitar tuner, the signal path comprises four sections: stomp effects, the amplifier itself, the
speaker cabinet and mic arrangement to which the cabinet is connected, and any studio rack
equipment used for post-processing. A further advance is the ability to use two chains of
components at the same time with a choice of series or parallel routing options, making it
possible to create layered sounds or expansive stereo spreads. All this is accessed from a
surprisingly intuitive user interface. What're more, if you're a little timid when it comes to
sound editing, you get a comprehensive library of amps and amp/FX combinations with the
program that covers all styles.
An optional hardware floor controller, the Stomp I/O, will soon be available but no additional
hardware beyond your existing DAW setup is actually necessary to use the program, other
than having an audio interface with a high-impedance instrument input for your guitar or a
separate high-impedance DI box. (As ever, if you plug a guitar directly into a line input, the
tone will suffer.)

Endless Possibilities
Amplitube 2 provides the user with a choice of 14 preamps, 14 amp EQs and seven power
amps, which means a total of 1372 amp permutations before you even begin to tweak the
controls, change the speaker cabinets or apply effects. If you count the effects, cabs and mic
permutations, the number is astronomical and you still haven't fiddled with any of the
controls! The amp can be hooked up to 16 different speaker cabinets and miked via six
different mic models (each with four placement options), though I was sorry to find no ribbon
mic emulation as I've grown rather fond of those for guitar miking.
Prior to the amplifier you have a choice of 21 beautifully rendered pedal effects that sit on an
equally beautifully rendered wooden floor, and if you need more processing, there are 11
rack-style effects that come at the end of the chain. Over 80 guitar amp and effect emulations
are packed into Amplitube 2, with amp models based on the popular Fender, Vox and
Marshall brands as well as a few boutique amps as with most such products, though,
there's no link or endorsement between the manufacturers of the amps being modelled and
IK Multimedia. The same is true of the stompboxes, where the hardware modelled includes

By default, choices of preamp, EQ and
amp model are linked, but you can mix
and match to create hybrid designs.
Sound On Sound - July 2006 45 of 178
such classics as the Arbiter Fuzz Face, the Ibanez Tube Screamer, the MXR Dynacomp and
Phase 100 and the Electro-Harmonix Memory Man delay.

Alternatives
At a lower cost there is the Line 6 Tone Port, which also includes an audio interface and can produce
excellent results on a par with the Pod XT. There's also the more straightforward Guitar Amp from
Waves, which includes a special guitar DI box, and the incredibly flexible Guitar Rig 2 from Native
Instruments, which also has a hardware control option.

Down The Tube
Amplitube II installs from a single DVD-ROM and comes with a USB dongle. This needs to be
authorised and registered at the IK Multimedia web site, but if your studio computer is
connected to the Internet, the whole procedure is fast and largely automatic. If you use a
separate computer it takes a little longer but still is not complicated. The way Amplitube 2
opens up is as a single window, with buttons that switch the middle section of the display
between Tuner, Stomp, Amp Cab or Rack section views. In the upper strips are the usual
Save and Load buttons, as well as arrow keys for cruising the presets, and of course there's a
display showing the patch title. Eight rather small numbered buttons near the centre select
from eight preset routing options, with the routing block diagram shown to the right,
immediately above the section selection buttons. Bypass and Mute are to the right and do
exactly what you'd expect.
At the bottom of the screen there are two more buttons
that allow you to step through the various sections
(Tuner, Stomp, Amp and so on) if you don't want to use
the more direct buttons at the top of the screen. There's a
section to access the plug-in's preferences, which contain
oversampling and resolution settings that can be used to
trade off quality against the amount of CPU overhead
required; other utility sections include an input level
control and meter, and a simple noise gate that sits at the
front of the signal chain and has only threshold and
release time controls. To the right of this is a window
showing the value of the currently selected parameter,
and there's also a simplified version of the tuner always on display so that you can check your
tuning without having to call up the dedicated tuner window. There are also Pan and Level
controls for the currently selected module, as well as a master output level control and meter.
All the knobs and sliders can be automated from within the host sequencer to the extent that
the host sequencer supports automation, with the caveat that if you use the same module
twice in one of the signal paths, you can only automate the first one.
In the Amplifier window, there are separate menus for the preamp, EQ and power amp
elements, and by default these are all linked so that when you change one, the others change
appropriately for your choice of amplifier. However, you can turn off the Match switches to mix
and match sections from different amplifiers.
When it comes to cab miking, you can have your choice of virtual mic on or off axis at either
near or distant positions. These options are fixed, though, so you can't gradually vary the mic
position. There's also a slider for room ambience that adds a nice sense of place and space
to the sound. In the rack section, you can use up to four rack effects at the same time, and
there's a good choice of modulation, delay/reverb, pitch, EQ, dynamics and enhancer effects
from which to choose. Most of the effects are fairly familiar, but the pitch-shifting section
includes the ability to create harmonies according to musical key and scale, providing you
only feed in single-note lines.

A huge range of virtual stompboxes is
available.
Sound On Sound - July 2006 46 of 178
The Driving Experience
Using Amplitube 2 proved to be extremely straightforward, and most of what you need to to
do can be sussed without ever needing to read the manual. However, it is worth reading
through the manual at least once, as it tells you important information such as the significance
of using oversampling (or not) in the stomp and amp sections to avoid aliasing artifacts.
There's also a lot of useful information about the various modelled amplifers and how their
controls work, because as with any rigorously designed modelling software of this kind, the
operation of the controls varies to match the device being emulated. I like the way the
program is set out just as a stage setup would be pedals first, then amps and speakers,
and finally the rack processors that would be on the mixing console as this makes the
operating environment very familiar. The only slight departure from normality is the flexibility
of the two-channel routing, but you don't have to use this
if you don't want to.
As I so often find with programs of this kind, the factory
patches are great for showing off the range of sounds that
can be coaxed from the plug-in, but relatively few are
things you'd normally use yourself, so you do have to
take the time to set up your own patches. Furthermore, as
any guitarist knows, even great amps can sound bad it
all comes down to finding the sweet spot on the amp that
suits the instrument being used with it. I have several
Strats and they all sound different, so when I change
guitars, I also need to readjust the amp. It's the same with
a program like Amplitube time spent fine-tuning the
amp settings to match the guitar really pays off.
On the whole I found the amp sounds nicely responsive and satisfying to play, though I know
there will always be contention, especially when it comes to emulating those really sweet,
low-powered tube amps played just on the edge. Even so, I got some very nice quasi-country
sounds by using the Brit Class A TB emulation with a compressor stompbox patched in front
of it. The sounds sit well in a mix and the more overdriven sounds give off a nice sense of
energy. Some of the preset names allude to well-known artists or tracks, and though I'd
probably fine-tune them some more, they get pretty close providing you play in the same
style.
I tried to recreate some of my personal favourite guitar sounds and was surprised not only by
how close (and how quickly) I could get them, but also by the general playablity of the end
result. These sounds record beautifully and sit well in a mix with no need for additional
processing and the only slight cause for disappointment on my behalf was the lack of a tape-
echo emulation. You get conventional analogue delays and digital delays, both of which
sound great, but although there is a degree of tonal control on the digital echo which can get
close to the sound of tape, it doesn't have that gentle wow and flutter.
Having played with Amplitube 2, I can see why IK Multimedia thought it would be a good idea
to offer an optional floor controller so that guitarists could take it out live. Indeed, I'm almost
tempted to try that myself. This being the case, it seems odd that there is no stand-alone
mode Amplitube 2 always needs to run as a plug-in within a host program, and if you want
a stand-alone amp simulator you'll need IK's Amplitube Live, which has yet to be updated to
version 2.
Currently there are several software plug-ins that purport to model that elusive guitar amp
sound, and I think Amplitube 2 gets as close as any, striking a good balance between ease of
use and flexibility. It's not the cheapest option around, but in my view it is well worth the
asking price, and should meet the recording needs of most pop and rock players.
Published in SOS July 2006

There's a choice of speakers and mic
positions, though the mic distance is
not continuously variable.
Sound On Sound - July 2006 47 of 178
Korg Pad Kontrol
Click & Buy PDF
USB MIDI Drum Pad Controller
Published in SOS July 2006
Reviews : Hardware Controller

Pad controllers are aimed at releasing the frustrated drummer
in all of us, allowing desktop composers access to rhythm
sounds without having to use sticks - and Korg's Pad Kontrol
adds a couple of nice twists to the concept...
Nicholas Rowland
While the growth of computer-based music-making has
seen an almost bewildering proliferation of keyboard-
based MIDI control devices, there are still relatively few
aimed at the specialist task of triggering drum sounds and
programming rhythm tracks. In fact, even with the arrival
of Korg's Pad Kontrol you don't actually require all the
fingers of one hand to count them! Like the other main
contenders in this area, namely M-Audio's Trigger Finger
and Akai's MPD16, the Pad Kontrol is designed to be
enable you to trigger sounds using your fingertips (as
opposed to controllers like Roland's SPD20, which are
intended to be played with sticks).

Physical Matters
A quick shufti reveals the Pad Kontrol to be equipped with 16 trigger pads, two assignable
knobs and buttons, and an X-Y controller, plus enough intelligence to store up to 16 sets of
user-programmable MIDI assignments or Scenes (man) as they are known in lingua korga.
While it is primarily designed to interface with computer-borne software instruments through
its USB connection, the Pad Kontrol will also communicate directly via MIDI with any other
hardware devices. And while its main role is supposed to be for real-time programming of
drum sounds, its designers have given it many features that mean it can be employed for
much more than simple one-shot sample-triggering duties. For example, it can be used to
control the transport functions of a sequencer, or as a way of remotely switching between
different programs and patches on another device.
Korg have consistently produced some of the best-
looking hi-tech instruments around, and the Pad Kontrol
is no exception. With its smart white and silver colour
scheme surely the colours that will be associated with
the early years of the 21st century, thanks to the all-
conquering iPod this is an appealing and very sleek-
looking package. It easily passed my wife's 'Cor! What's
that you've got now?' test (to which all review items in our
house are subjected as soon as they are liberated from
their packaging). On closer inspection, I have to say that
the unit does feel a little bit plasticky, especially the rather
lightweight data knobs, though there's no reason to
assume it won't bear up under normal use. In that
respect, normal use is obviously intended to be on a
tabletop or other flat surface, as there's no way to attach a clamp for standmounting.
The first job is to use the supplied cable to attach the Pad Kontrol to an available USB port on
your computer. For Windows XP users this procedure also requires the installation of the
supplied driver from the CD-ROM. While the Pad Kontrol would normally be powered over its
USB connection, there's also an input for an optional 9VDC adaptor if this proves a problem
in any way for example, if there are too many devices on the buss already. Naturally, you'll

Photos: Mark Ewing

Round the back, MIDI can be
transmitted via a pair of traditional five-
pin sockets (Out and |n) or via USB.
The pedal jack allows the connection of
a 'kick-drum pedal' (ie. a MIDI
footswitch which can be used as a kick-
drum trigger), and the switch allows you
to select between DC power and buss
power from the USB connection. Note
again that you have to pay for the
optional DC power supply; it's not
supplied as standard.
Sound On Sound - July 2006 48 of 178
also need the adaptor if you are using the Pad Kontrol as a stand-alone controller to trigger
other MIDI devices, or if you are bypassing the USB connection and attaching the Pad Kontrol
to a computer using its five-pin MIDI In and/or MIDI Out sockets. Incidentally, the presence of
these sockets means the Pad Kontrol can function as a USB MIDI interface a useful
extension to its role if, like me, you never seem to have enough free MIDI ports.
Ergonomically, the Pad Kontrol follows what seems to have become the established
convention for this type of controller with its 16 pads arranged in a four-by-four matrix. The
pads are velocity sensitive and offer a range of eight different dynamic curves to suit different
'finger-drumming' styles. For more predictable results, each pad can also be set to send
specific fixed velocities. As well as being used to trigger sounds, the pads multi-task as
program and parameter selection buttons when you're programming the Pad Kontrol itself.
Oh, and because they are backlit with red LEDs they can also provide part of the
entertainment too. I'm not just talking about the way they light up every time you hit them; it's
the fact that they can be set to blink in various different patterns when a pad is struck. You
can also set them up so they will start to blink randomly whenever you leave the unit idle for a
minute or two. It's rather cool in a kind of '1970s sci-fi movie computer set' kind of way, and it
certainly impressed visitors to my studio. But the pads don't just look good; they also have a
very firm comfortable feel, and a great response which is even over their entire surface,
including the very edges. They're definitely a cut above the usual squidginess you get with a
lot of pads on drum machines.
Along with its trigger pads, the Pad Kontrol also offers a
couple of programmable buttons and a brace of controller
knobs all very useful for controlling parameters on the
target device. There's also an input for a footpedal which
can be used either for control and switching duties, or as
an extra trigger, in a rough approximation to a bass-drum
pedal. It's worth emphasising that the programmability of
the pads and other controllers goes far beyond what
you'd expect for a triggering device of this type. Along
with being able to assign individual note numbers,
velocity values and MIDI channels to each pad, you can
also assign control change numbers, change the switch
type between momentary and toggle, and set release
values. Put this together and it means you can use the
device to control operations on software synths and
computer sequencers.
The other main difference between the Pad Kontrol and its rivals is the presence of that X-Y
controller pad (see overleaf). This type of controller is one of Korg's particular specialities
we've seen it incorporated to particular good effect on their Kaoss range of effects units.
Resembling a control surface version of a joystick, the pad gives you finger-tip control of any
two continuous MIDI controllers in real time, one assigned along the horizontal axis and one
along the vertical so as you move your fingertip around the pad, you get a proportional mix
of two continuous controller values. A typical use with a synth patch might be to control filter
cutoff and resonance, but by programming two continuous controllers that aren't normally
related like reverb depth and pitch bend you can achieve some more interesting effects.
In their considerable wisdom, Korg have given the X-Y pad a couple of dedicated 'drummy'
features in that you can use it to control the timings of flams and rolls. Depending on how you
set it up, moving your finger from left to right increases the speed of a drum roll, or the
distance between 'flammed' notes, while moving it up and down changes either the volume of
the roll, or the second note in the flam. It doesn't seem such a big deal when you try and
describe it in words, but when you start to play around with the effect, you realise just how
brilliant it can be. For example, this makes it easy to create realistic-sounding drum and
percussion rolls with very precise control of swells in volume and the 'microtiming' of the roll.
Basically, if you want to recreate those dramatic drum rolls that you always get as the hero is
led to the gallows, then the Pad Kontrol provides you with the perfect execution (ouch!). This
feature of the Pad Kontrol also enables you to easily add those little grace notes that real

Haven't we seen this somewhere
before...? The excellent X-Y pad from
the Kaoss Pad may seem an odd
addition to the Pad Kontrol, but it can
be put to good use for controlling Pad
Kontrol flams and rolls, as well as any
other MIDI controller pairs you wish to
assign.
Sound On Sound - July 2006 49 of 178
drummers put in as they play thereby making it a doddle to create very human-sounding
performances.

Brief Specification
User controls: 16 velocity-sensitive, backlit trigger pads, one X-Y pad, two assignable knobs, two switches.
User memory: 16 user scene memories.
Dimensions: 55 x 314 x 234mm (HWD).
Weight: 0.96kg.
System requirements: Windows XP, Mac OS 10.2 or later.

In Use
Editing the Pad Kontrol is pretty simple and straightforward thanks mainly to the generous
helping of function buttons, and despite the limitations of the three-digit LED display which
does its best to inform you what's going on. This shows what message or value is being sent
whenever you strike a pad or move a controller. As I said earlier, you can store up to 16 User
Scenes in the Pad Kontrol's internal memory. In addition, the CD-ROM that accompanies the
Pad Kontrol comes with 30 preset Scenes designed for use with popular programs. Among
this list you'll find setups for various GM kits, drums from Korg's own OASYS and Triton
synths, and kits from software such as Native Instruments' Battery, Ableton's Live, Apple's
Garage Band, Propellerheads' Reason, Steinberg's Groove Agent and FXpansion's BFD.
One of the Scenes is also designed to work out of the box with the accompanying special
version of Toontrack's DFH (for more on this, see the box above).
However, while you can do all the editing via the buttons on the front panel, this seems a bit
of a long-winded way to go about things given that the Pad Kontrol's accompanying software
includes a rather excellent and very free of charge editor and librarian program. This
provides you with a neat visual representation of the Pad Kontrol's surface, allowing you to
click on the various pads and assigning values through the corresponding pop-up windows.
Once a Scene is assembled, another click of the mouse squirts it down the USB connection
into the Pad Kontrol's memory. Or conversely, if you've done your programming directly via
the Pad Kontrol, a click of a button sends the information back up the wire to be stored in the
computer.

Verdict
With the Pad Kontrol, Korg have done some out of the beatbox thinking and come up with a
device with lots of creative potential. Naturally, your excitement about this product (or lack of
it) will depend on how important real-time drum programming is to your musical modus
operandi. If that's your bag, then I can state uncategorically that the Pad Kontrol is the best of
the bunch although admittedly, it's not a very big bunch! At the same time, though, Korg
have given the Pad Kontrol a range of features which means it is going to be useful for
general control of other MIDI devices too.
I do have one moan, and it's the same as I had about M-Audio's Trigger Finger you can't
program more than one MIDI note per pad, thereby allowing you to layer and crossfade
sounds. But the flam and roll functions help to make up for this omission. And on a visual
note, the Pad Kontrol looks pretty cool too, especially with all those pretty lights. I wouldn't
quite go as far as Korg's web site, which claims that the 'great feel of the trigger pads and the
Illumination mode work together synergistically to catapult your performance to a higher
intensity level than ever before', but if this sentence is the result of some copywriter's
enthusiasm for the product, then that enthusiasm, at least, is entirely justified!
Sound On Sound - July 2006 50 of 178


DFH Drums Fine & Handy?
Although it has no sounds built in, the Pad Kontrol doesn't come to the party empty-handed. Along with
the editor/librarian program on the accompanying CD-ROM, you'll find a special 'Korgified' version of
Toontracks' well-respected DFH virtual drums software. It was my first encounter with this particular
package, and I was mightily impressed. Toontracks' intent is apparently to give you the sound of drums
as they are really played, and they seem to have achieved this, offering all the nuances and countless
variations of tone that you get even from a single drum. You can also play around with the virtual miking
of your kit, even determining the extent to which the sound of a drum will bleed into the mics on the rest
of the kit!
While the version of the program available with the Pad Kontrol gives you only a fraction of what you get
with the full version, it still adds up to a generous 260MB of drum multisamples, which in turn translates
into a complete kit of bass, snare, toms and cymbals. Not only is this enough to give you a sense of just
how good the program is, it also spectacularly showcases the Pad Kontrol's flam and roll functions. And
of course, if you like what you hear, an included coupon gives you a discount off the full version.
Published in SOS July 2006
Sound On Sound - July 2006 51 of 178
Native Instruments Kore
Click & Buy PDF
Hardware Controller & Software Host For Instruments & Effects
Published in SOS July 2006
Reviews : Hardware Controller

NI's Kore system promises to unify your library of software
instruments and effects, creating the mother of all workstation
synths or multi-effects units.
Simon Price
Native Instruments' Kore is an integrated software and
hardware system that acts as a universal 'front end' to
other VST/Audio Units instruments and effects installed
on your computer. Plug-ins are hosted within the Kore
software 'shell', which appears as a plug-in in your
sequencer, or runs as a stand-alone host. Kore plug-in
instances, or the stand-alone host, are controlled with the
hardware unit. In addition to providing a standardised
hardware control system, and a means to construct
patches from multiple plug-ins, Kore has a powerful patch
and preset cataloguing system, creating a centralised
database of all the sounds and effects at your disposal. This rather dry description may not
blow your skirt up, but believe me it's this last feature that could have a profound impact on
your desktop music production, and bring your computer much closer to feeling like a musical
instrument.

Koncept
Kore's announcement was greeted with a cautious reaction in some quarters, and an excited
one in others, probably because of the lack of agreement on what it was actually going to do.
Let's start by taking a quick look at what it doesn't do. Kore is not a sequencing or recording
package; it is more like an instrument that draws its sound sources and effects from other
plug-ins. It does not provide any DSP hardware: your plug-ins still run using the host
computer's processing power. The controller is not a generic MIDI control surface, and is
purely meant to control the Kore software and plug-ins hosted in it. There is, however, a MIDI
interface built into the controller allowing MIDI controllers and keyboards to be connected to
the computer via the same USB cable. A two-in, four-out, 24-bit/96kHz audio interface is also
built in.
Like many innovative new products (the iPod is a good
example) Kore addresses needs that you may not have
been fully aware you had. However, anyone who
predominantly uses a computer to make music will have
come across the same frustration: you have a number of
soft synths, samplers, drum machines, effects and
sequencer/recording packages, and it can be a pain
trying to integrate these into some kind of workflow. It's
no wonder that keyboard workstations are still popular,
because they allow you to compose in one place, with all
your sounds together and controlled with the same knobs,
laid out in the same way. Workstation sound sources are
blended, have appropriate effects, and are available as
presets. Native Instruments probably felt particularly close
to the problems of computer-based composition and
performance, as their flagship Komplete 3 package installs no fewer than 13 separate
instruments and effects. Not only does this mean 13 different user interfaces, but also 13
different places to look for the sound you want. If you want a warm pad, you could use
Reaktor 5, FM7, Pro 53, Kontakt 2, Kompakt and more. In terms of hardware control, you
would need to spend endless hours setting up templates to control all these instruments and

Photos: Mark Ewing

One of the core ideas behind Kore is
that you can choose patches on the
basis of what they sound like,
regardless of what instrument(s) made
them.
Sound On Sound - July 2006 52 of 178
effects from a traditional MIDI device. Kore confronts all these challenges in an attempt to
combine the advantages of computers with those of hardware synths and effects.
As well as being close to the problem, Native also had the solution right under their nose with
Guitar Rig. If you haven't seen it, Guitar Rig is a computer-based effects unit that uses a
software host controlled by a hardware foot controller. The host software lets you build
patches from a suite of effects modules in a virtual rack, then assign the hardware controls to
any parameters on the modules. This patch is then used stand-alone, or inserted as a plug-in
into any recording/sequencing package's mixer. Kore works in exactly the same way, except
that instead of building patches from a selection of internal modules, Kore patches (called
Kore Sounds) are constructed from other VST or AU plug-ins. NI realised they could integrate
their entire Komplete 3 package into a single environment, and third-party plug-ins could
come too. What's more, this environment (the Kore plug-in) can be used in any software that
supports VST, Audio Units, RTAS, or DXi plug-ins, creating a totally portable patch format.
And yes, that does mean you can run VST and AU plug-ins in Pro Tools, VSTs in Logic, and
so on. The final and perhaps ultimately most significant step was to add a patch library
system that classifies sounds based on their sonic attributes instead of which plug-in made
them.

Kore On Stage
The combination of multi-instrument hosting with flexible
controller assignments means that many people are looking to
Kore as a live system. Several Performance examples are
provided to show Kore runninng as a keyboard rig, an
electronic music and beats station, and a DJ tool. Used in
stand-alone mode, you can set up a Performance with multiple
Sounds, some of which may be drum machine or loop-based,
and which can be triggered by the clock. Each channel in Kore
also has a MIDI file player, allowing sequences to be played
back, and even strung into patterns.
Kore has several features specifically aimed at live use: the
Song List, Performance Presets, and the Live View. The Song
List is a folder in your Kore directory that contains links to any
Performances that you wish to use live. This list is accessible from the hardware controller, allowing you
to load up Performances without resorting to the mouse/trackpad. However, with a little clever use of the
Preset functionality, you can reduce or possibly even remove the need to load new Performances.
Presets are snapshots of the configuration of a Performance (see screen below). They store the state of
all panel controls including channel on/off switches, levels, mutes, sends, pans and effect controls, but
not the fundamental architecture such as routing, or which channels are present. A great feature of
Presets is that you can set up fades so that the Presets morph into each other. You can also specify
automatically sequenced Preset changes, which you can use to prepare small, automated pattern
changes, or even sequence whole tracks or sets. In the current release you can only set times in
minutes and seconds, although you will soon be able to use bars and beats. Presets can be recalled
from the controller, which you can arrange so that the Control button toggles between Presets and
controller views. You can also change Presets using program changes, which works perfectly, although
you have to remember to filter these messages so they don't get passed on to the plug-ins that Kore is
hosting otherwise they all change their patches too! What makes Presets so useful is the ability to
switch channels off instead of just muting them. This frees up the CPU power they were using, so you
could build a large Preset with everything you need for a show, and use Presets to activate just the
channels you need at any time. This means never having to stop and load new Performances. Finally,
Live View (top) switches Kore to a simplified full-screen display, which only shows the most important
things you would need when playing live.
An important consideration is that, because there is no
Performance layer when Kore is used as a plug-in, these live
tools (Song List, Presets and Live View) are only available in
stand-alone mode. This could be a problem if you tend to use
Ableton Live for live work. One option would be to use multiple
Kore plug-ins instead of Presets, and use the Live mixer to
handle the transitions, although this would lose the crossfading
and sequencing. Personally, I would run both Live and the
stand-alone version of Kore, sending MIDI Beat Clock from Live to Kore. I was able to set up an internal
MIDI port between the two, and play Kore devices from MIDI sequences in Live, but was not able to run
Beat Clock as this feature was not available in the initial release. However, by the time you read this, an
update should have added the all-important External Sync button to Kore. Rewire would come in handy


Sound On Sound - July 2006 53 of 178
in this configuration so you could run Kore's outputs back into Live. However, I found you can mix both
Live and Kore's outputs through the Kore controller audio outs. You can also send your Live cue mix
feed out of the Kore controller's headphone outs, as well as pre-fade listen signals from Kore. Just to
really push the boat out I ran Reason Rewired into Live at the same time, making for a seriously
powerful live rig. Now, if Propellerhead would just release a plug-in version of Reason that I could run in
Kore...

Getting Started
My Kore came bundled with the Komplete 3 package, which required installing first. This is
because the Kore installer updates several of the plug-ins and libraries included with
Komplete in order for them to work properly with Kore and the Kore Sound library. It's
probably fair to say that to get close to seeing the full potential of Kore you need Komplete, or
at least several NI plug-ins. As you'll see, much of the power of the system comes from the
Kore Sound library, and the more NI plug-ins you have, the more pre-programmed sounds
you can access out of the box.
The controller connects to the computer via a USB2 cable, which handles bi-directional
communication of control and display data, and connects the integral MIDI and audio
interfaces. The unit also takes its power from the USB port. In order to launch the Kore
application (or insert a Kore plug-in) the controller must be connected. Although the software
side of Kore would still be useful without the hardware, NI stress that the integration between
the components is key. This is also, of course, an effective way of copy-protecting the
software, and who can blame them for that? Firing up the stand-alone Kore application wakes
the surprisingly small controller (it's 30cm wide) revealing its bright red display and button
lights. You are presented with an empty rack-style or mixer-style display (depending on the
selected view option), with a master parameters area above, and the sound browser below.
The application has the standard NI Audio and MIDI Settings page for choosing a soundcard
and MIDI connections. Although the controller has built-in audio and MIDI interfaces, you
don't have to use these. I opted to use Kore's MIDI input for my keyboard, and use my
Digidesign M Box for sound output, which all worked without a hitch. The stand-alone Kore
application does not currently support Rewire, although I think this is on the cards. This would
provide useful flexibility of operation, as Kore works differently in stand-alone and plug-in
modes.

Thinking In Sounds
There are several ways to open up sounds and instruments in Kore, but I started with the
main Kore Sound browser. NI describe one of the main concepts of Kore as 'thinking in
sounds' and this patch browser is what they are talking about. As you can see in the
screenshot on the previous page, the Sounds browser presents five columns with families of
words to describe sounds, which, in Kore-speak, are called Attributes. Above this are options
for choosing between Instruments and Effects patches (with different lists of attributes for
each) and a text search. In the picture I'm searching for an Instrument patch. The first column
lets you choose the kind of instrument you are looking for piano, synth, and so on while
the second, Source, describes the method used to generate the sound. These attributes are
clumped into mutually exclusive pairings or groups, such as Synthetic or Sample-based,
Analogue or Digital. Further down this column are attributes that describe other properties of
the patch, such as whether it is a Solo or Ensemble/Kit instrument, Layered, Looped, and so
on. In all but the first column you can select more than one attribute, so you could choose a
Synth that is Digital and Layered for example.

Sound On Sound - July 2006 54 of 178
The third column lets you choose the character of the
sound, and is populated with words like Warm, Dissonant,
Bright, and so on. Column four is Articulation, and
describes the way the sound is played (for example,
Chord or Arpeggiated), the way the sound evolves (Slow
Attack, Pulsating) and more traditional patch
categorisations (Pad, Lead). Finally, the fifth and most
subjective column is Genre, with listings such as Film
Music, Techno/Electro, Rock and Pop. Categorising
sounds by a musical genre is of course problematic,
although useful at times, but you don't have to choose attributes in every column to use the
browser. Each time you add or remove attributes to your search, the list of Kore Sounds to
the right updates to list the patches that have been tagged with all your selected items. Some
useful preferences alter the way the browser displays this information, such as allowing you to
see the number of patches in each category, and to hide attributes that don't appear in
combination with those you've already selected. You can also reorder the patch list
alphabetically by any of the columns (Vendor, name, and so on) and add or remove columns
by right-clicking.
In the example I've opted for the Kore Sound called Velvet Pads, which, as is indicated in the
Plug-ins column, is made with FM7, Kontakt 2 and Reaktor 5. I've deliberately chosen a
complex patch as it shows up several features of Kore. The majority of patches in the library
are made with single instruments (for more about this, and other aspects of the Kore Sound
library, see the 'Inside The Library' box). Double-clicking the patch opens it up into the first
spare slot in the rack, and makes it immediately available for playing via MIDI, and controlling
with the hardware.

Sounds And Performances
The screen above, top, shows the Kore Sound loaded into the rack, with the Browser closed
to save some space. To the left of the rack are three buttons that alter the display of
channels. Instead of this sideways view, you can display channels vertically like mixer
channels (as in the screen above, for example) or a combination of the two. The channel
represents the entire Velvet Pads Kore Sound, and appears as a generic device that gives no
clue to what plug-ins are generating this sound. The channel has an on/off switch,
input/output assignments and gain controls, a MIDI File player section, four insert slots, and a
central area showing assigned knobs and buttons. The master section can be switched to
reveal four send controls, which are always visible in channel strip view (while the controller
assignments are not). Right-clicking an insert slot lets you
add or replace Kore effects.
Double-clicking another Kore Sound in the Sounds
browser will open up a new channel in the rack. The
parameters currently being controlled by the hardware
appear in the main section at the top of the window (more
on this soon). By default, the keyboard will play both
channels, but by opening the Mapping window, you can
split keyboard ranges, map velocity ranges, and assign
different MIDI channels to each Sound, which is obviously
particularly useful for live work. As well as adding insert
effects to any channel, you can create Group (submix)
channels and buss several Sound channels to them. You can also add Send (effects return)
channels and share reverbs, delays, and so on. Each Sound Channel, Group, Send and
Effect has its own hardware controller assignments, often spread across two or more pages
each. The device and page which the controller is addressing can be selected either from the
controller itself, or on screen. Importantly, you can create extra User Pages, and assign
parameters from different devices and channels to the same page, allowing you to control
several channels with the controller at once without changing pages. This entire configuration
of Sound channels, sends, groups, inserts and controller assignments is called a
Performance. And it's only half the story.

Kore channels can be displayed
horizontally or vertically.

Kore's Mapping functions allow you to
split and layer multiple sounds for
simultaneous control from one
controller.
Sound On Sound - July 2006 55 of 178
Double-clicking the Kore icon in the middle of the Velvet
Pads channel brings up the display below. You are now
looking at how the Velvet Pad Kore Sound is constructed
(note that the main display strip indicates you are now
viewing a Sound instead of a Performance). The Sound
has its own internal rack, which can accommodate
individual instrument plug-ins. In this example there is
one FM7 and one Kompakt 2. The third channel is a
Group channel, where both plug-ins are being mixed in
order to go through a filter plug-in. Notice that the
instruments also have their own FX insert slots too. A Kore Sound has its own routing, effects,
sends and key/velocity maps, all of which collapse to a single device when viewed from the
Performance layer. Channels at the Sound level can use any VST or AU plug-in in the FX
inserts, as well as the built-in Kore effects. There are also different controller assignment
pages at the Sound level, although some special pages called Easy Access (EA) pages
appear in the Performance too. This dual-layer, 'nested' nature of Kore's environment makes
very flexible configurations possible and easier to manage. It also contributes to Kore's fairly
steep learning curve, and causes some confusion early on! You can move between the
Performance and Sound layer from the hardware controller, although it takes some practice to
be confident about where you are, and you will want to simplify things with User pages when
playing live. An important footnote to this section is that when you use Kore as a plug-in in a
sequencer, the Performance layer does not exist. In a host you are always looking at the
Sound layer, so when you open a Kore Sound you see all its separate components. This is
because you would tend to use the host's mixer environment to open multiple Kore Sounds
instead of Kore's Performance mixer.

NI Service Centre
The Kore installer includes the new NI Service Centre
application, which comes as standard with all NI software from
May 2006. This small application will be a welcome addition
for all NI users, as it greatly simplifies the registration and
activation of software. This was previously a fairly complicated
and time-consuming procedure carried out at the NI web site.
Now, Service Centre stores all your details, and connects to
NI's server in the background. The utility scans for all installed
products, and lets you activate or deactivate them in bulk.
Updates are also taken care of by Service Centre, another
major bonus as keeping a computer full of NI software up to
date has always taken quite a bit of time and effort.


Kore Kontrol
Kore's hardware controller is a sturdy wedge of metal that, if dropped, would probably come
off considerably better than whatever it landed on. A strip of glossy black plastic across the
middle houses eight rotary encoders, the display, cursor buttons, a data wheel, and several
mode buttons. The cursor and mode buttons are large and inset into the surface, and their
size means that they rock about a bit and occasionally fail to engage unless you press them
in the middle. The demo unit had small, rubber, glued-on feet which all fell off during the
review, but I'm assured that the more up-to-date production runs have larger, securely affixed
feet. The rest is all good news. The all-important knobs feel great, moving with a smooth, light
action. The touch-sensitivity is immediately apparent, as red lights ringing the bottom of each
knob light up while you touch the knob. Whenever you are touching a knob, the display
becomes dedicated to that parameter, showing the parameter's full name (all parameters can
be given long and short names for different display purposes). Values are displayed in real
units (ms, dB) when provided by the plug-in, or otherwise as a percentage, a value between -
100 and +100, or between 0 and 1. A large horizontal display like a progress bar shows the
position of the knob within its range. Cleverly, if you are using more than one knob at a time,
the display changes to show an overview of all knobs and their current positions within their
ranges. I'd have liked the option to show this display even when you are only using one knob,
because when you are holding one knob you can no longer see what the other assignments
are until you let go, or touch another knob.

The Sound layer displays all the
elements that make up a Kore Sound.
Sound On Sound - July 2006 56 of 178
The knobs are endless encoders as opposed to normal
pots, so they don't have end stops. Parameters don't
'jump' to the position of the knob when moved, they pick
up smoothly from the current value. What's more, there is
an ingenious option in the Assignment Properties screen
(see screenshot on next page) that lets you set the
sensitivity. For example, mapping the parameter across
360 degrees sets the assignment so that one turn of the
knob moves the parameter through its entire range. This
relationship can be set between 30 and 3600 degrees, so
a parameter can be set so that it takes 10 turns of the
knob to move through the whole range, providing
ridiculously fine tuning. The knobs are high-resolution (ie. not MIDI!), with 500 steps per
revolution, which, combined with the sensitivity option, means it's not unusual to see the
display showing values with six decimal places. Finally, using an approach that's similar to the
assignment system in Reason's Combinator, you can specify the maximum and minimum
values that an assigned knob will act between, and you can create reversed polarity
assignments. You can also set multiple assignments for the same knob. Put all these ideas
together and you could, for example, have a knob dramatically increasing cutoff frequency,
while subtly reducing gain to compensate. Assigning a control and range is easy: click the
assignment and range buttons, select a knob, then turn the target parameter through the
desired range. In short, the knobs, and assignment flexibility, are better than anything I've
seen before.
Two main display modes are toggled between with the
View button. One shows only the knob assignments with
a miniature value display. The other shows all knob and
button assignments, without the values. The buttons all
have integral lights, which are unlit on unassigned
buttons. Assigned buttons are lit brightly when the
parameter they control is in the nominal On position, and
are dim when Off. This is the kind of invaluable benefit of
having bi-directional control between hardware and
software, because when you switch pages you can
instantly see the state of the parameters. Button
assignments can be set to toggle a value at each press,
or only act while they are held down. They can also be
inverted. In another parallel with Reason's Combinator,
buttons can be assigned to change a continuous
parameter (knob, fader, and so on) between two values, but they can't be set to step through
multiple values. As well as the main eight controller buttons, the Kore controller has transport
buttons that are used to start and stop the internal clock in the Kore software. These can't be
used for your sequencer.

Real Life And The Kore Controller
It's obviously great to have hands-on control, but all too often, hardware control systems end
up being more frustrating than they're worth because it's too difficult to follow what is mapped
to what, and you get lost when trying to move between different groups of target parameters.
Often controllers that look great on paper are relegated to writing the odd automation pass, or
for use with a single page of assignments in a live setup. Kore has some distinct advantages
up its sleeve, however. The first is that it hosts all your plug-ins in a standardised environment
that has the same layout on screen as the knobs and buttons on the controller. NI have also
tried to make their factory assignments conform to a standard model. Every Kore Sound
starts with two Easy Access pages at the Performance level with volume, cutoff, resonance,
tuning, and so on, in the same locations. Each channel has the same Mixer page with levels
and sends, followed by pages for any effects. At the individual component (Sound) level, each
plug-in starts with a mixer page, then two Easy Access pages, then pages specific to that
plug-in. Finally, having a display with all the assignments in front of you, while not unique, is
only usually seen on devices costing three times as much or more.

The Kore controller's rotary knobs are
infinite encoders, which always reflect
the position of the assigned parameter.

Each channel within a Kore Sound can
make use of any effects available on
your machine, including Kore's own.
Sound On Sound - July 2006 57 of 178
However, even with Kore you can't get away from the fact
that you have to learn how to change pages to address
more than eight knob and button assignments. Clearly, a
lot of thought has gone into trying to make this as
painless as possible, and NI have done quite well here.
The truth is, though, that you'll need to put in a fair bit of
practice to get fluent with moving around. Crucially, you
need to understand thoroughly how Kore works, and be
familiar with the patches you are working with. I went
through a painful learning curve with this (the manual is
not brilliant, but makes sense if you try first, fail, then look
at the manual). However, you do soon reach a
breakthrough point. The frustration is put into perspective
when you remember what it's like learning to get around
in a new sequencer package, or learning the complexities of a powerful synth workstation. It
does require some patience, and some determination to get away from the comfort zone of
the mouse.
Here's how the navigation system works: when you're running Kore stand-alone, you start off
in Performance mode. The left and right arrow buttons move the controller between the
channels in your performance, plus a User page section at the leftmost 'position'. The up and
down arrows (or data wheel) move you between the pages for the current channel (or the
User pages). Pressing the Sound button switches you to the Sound layer, with access to the
separate devices that make up each Performance channel. The same principle now applies,
with the left and right buttons moving between the user page area, and the channels in the
Sound. Up and down, or the data wheel, again step between the various pages in each
channel.

Inside The Library
The Kore Sound library, as installed, consists exclusively of patches made with Native Instruments
instrument and effects plug-in, and Kore's built-in effects. When you first run Kore, it scans your system
for all installed VST and AU plug-ins, which takes a few minutes. The Sounds browser then only
displays patches that are made from plug-ins that you actually have on the system. Third-party plug-ins
are also detected and listed in the Plug-ins browser, and can be used freely in Kore, but with no NI-
created patches. This is partly due to licensing issues, and partly because it would obviously be
impractical for NI to create Kore Sounds for every possible combination of plug-ins on a user's system.
This is not to say that third-party plug-ins won't be supported by the controller, though: they are, and you
can load and edit the plug-ins' own presets. Also, the installed library is only a starting point. You can
save your own patches as Kore Sounds, and add Attribute tags so that they will be found at a later time.
No doubt users, and maybe some manufacturers, will publish Kore Sound versions of the preset
libraries of most popular plug-ins. You will probably also see many layered and processed combo
patches and Performances appearing for download on the Web.
By clicking the Attributes button when viewing a Sound in
Kore, you can see all the metadata that is stored with the
patch, or will be stored if you save out as a Kore Sound (.ksd)
file and add it to the library. The screen above shows the
Velvet Pads patch's Attributes page. All the sound's
characteristics have been selected, determining which
searches will result in a 'hit' for this patch. Further information,
such as the author, comments and which plug-ins are used in
the patch, is listed to the right. Other useful data can be added
by the user (such as a Rating which you can list search results
by), and there is also data generated by Kore, like the number
of times you've used the patch, and the Load Time and CPU
overhead on your computer.
If you have Komplete 3 installed, the Kore library contains over
9000 Kore Sounds, of which about 7000 are instruments and 2000 are effects. These basically fall into
two categories: basic, single-device patches that open up a factory preset for a Komplete plug-in, and
more complex patches that take advantage of Kore's layering, routing and effects. The vast majority of
patches are of the first kind, which make all the presets in the Komplete bundle accessible to the
Attributes library, and add Easy Access controller assignment pages.
At this point there are only 200 patches (plus 12 Performance examples) that really use the sound-
design features of Kore such as layers, splits, insert and send effects, groups and stacked controller


The Assignment screen allows you to
set the 'gearing' of the Kore controller's
knobs compared to the parameters
they affect.
Sound On Sound - July 2006 58 of 178
assignments. This is a bit disappointing, because there's so much more spectacular stuff that could be
done with this huge armoury of plug-ins. However, it's early days, and I'm sure we'll see many more
updates with more sounds. Up to the launch, Native Instruments have focused on getting the thousands
of basic presets from the Komplete plug-ins running in Kore Sound, and most of these presets use
effects within the plug-ins themselves, and sound good on their own. It could have been tempting to
stick Kore effects or Reaktor effects on most patches, but this would be hugely wasteful in DSP
resources. One thing that is true, though, is that until we see some Kore Sound libraries for third-party
plug-ins, you'll be missing one of the best aspects of Kore if you aren't running it with NI plug-ins.

Kore The Plug-In
Unless you are lucky enough to be able to devote a separate computer to it, most studio-
based work will involve running Kore as a plug-in in one of the main audio and sequencer
applications. During testing, I mainly ran Kore in Pro Tools as an RTAS plug-in, and in Live as
an Audio Units plug-in. I also tested in Logic Express. One of the beauties of Kore is that it
doesn't matter what host you run it in all the same Kore Sounds work, and you can still
load up other VST and Audio Units plug-ins. In Logic and Pro Tools this gives you access to
plug-in formats you couldn't normally use. However, Kore can't load RTAS plug-ins due to
Digidesign's licensing rules, so you can't host the plug-ins that come with Pro Tools, or
Digidesign's RTAS instruments like Xpand! or Hybrid. Similarly, Logic's and Live's bundled
plug-ins are unavailable to Kore.
When running in a host, Kore only has one layer (the
Sound layer) so the controller works slightly differently.
Instead of toggling between the Sound and Performance
layers, the controller's Sound button brings up a list of
Kore instances in your mixer. Selecting an instance and
pressing Enter switches the controller to address that
instance. The lack of two layers certainly makes Kore
easier to use in a host, but does slightly limit how easy it
is to set up complex patches. This is because it's not
currently possible to layer two Kore Sounds outside of a
Performance (although this may change). If you load one
sound from the Sounds browser, then try to load another,
it replaces the first one. You can, however load additional
instrument plug-ins into blank channels and layer these on top of the Kore Sound. You could
also, of course, set up the same layering by using two tracks in the host application's mixer.
Although the Kore Sound browser is one of the advantages of Kore, you don't have to use it.
You can load plug-ins straight into Kore, and use them with the controller. The controller will
map to automatable parameters on most plug-ins, and some third-party instruments have
already had Easy Access pages added (like the Korg Legacy package). You can load a plug-
in's presets from the Kore channel, or you can open up the plug-in's own interface. One
problem, however, is that while the plug-in is open, you are locked out from doing anything
else, so can't leave plug-in windows open. Another problem, visible in the screenshot on the
previous page, is that any plug-in hosted by Kore appears as 'Kore' in the host application's
mixer.
A further consideration when deciding to using Kore
instead of just inserting the raw plug-ins is that there is
some CPU overhead. Kore doesn't use much CPU
power, but it adds up when you use several instances. I
did some tests in Live and Pro Tools to see what the
difference was. I set up a six-note chord MIDI sequence
in Pro Tools, over a four-bar loop. I then inserted a Pro 53
plug-in on several stereo instrument tracks, all playing the same patch, and kept adding
tracks until I reached the point where Pro Tools couldn't play back reliably without CPU
overload errors. With raw Pro 53s I got to 19 tracks (with a 512-sample buffer, which is about
12ms output latency). With Kore running AU instances of the same Pro 53 patch I could run
14 instances. Pro Tools managed 15 Kore plug-ins when running VST versions of Pro 53.

One of the joys of Kore is that whatever
host you run it in, all your VST and
Audio Units plug-ins are available.

The Kore controller is a USB2 device,
and offers audio and MIDI I/O as well
as its control functions.
Sound On Sound - July 2006 59 of 178
I then tried running multiple instances of a complex Guitar Rig 2 effect, with a drum loop
bussed through each instance. Pro Tools managed 12 RTAS instances on its own, while
running within Kores it overloaded at seven. For comparison, I ran the Pro 53 test in Ableton
Live, with the same buffer settings and MIDI sequence, and running with the Core Audio
driver via the Digidesign M Box. I got to 14 instances before slight popping crept in. Running
via Kore, the Pro 53s started crackling at eight instances. The conclusion is that Kore does
have a noticable impact on you CPU load, and on larger projects you'll probably want to ration
your use of it for tracks where you want to use the controller or the browser. Native have said
that there is still room for optimisation of Kore, with future updates promising performance
increases.

Conclusions
Kore is a difficult product to sum up succinctly, because it does so many different things and
covers a lot of new ground. There's really nothing to compare it to! There are a number of
areas where Kore could make a considerable difference. I can see film or TV composers
knocking out hours of music simply by loading up a few complex patches based on sonic
descriptions. If you're a fan of Native Instruments' heavyweights like Reaktor or Kontakt but
can't get to grips with using them, this is the front end you need. If you want to play live, or
you're frustrated by the hands-on control of instruments offered by most MIDI controllers,
you're unlikely to find a better option. Above all, the simple idea of Kore Sounds, and
browsing for sounds instead of instruments, makes you approach music-making differently. It
reveals whole areas of your sonic arsenal that you didn't even know were there. For example,
Kompakt gets to stand up as a great tool when it's usually overshadowed in the Komplete
bundle, and Reaktor becomes a much more versatile instrument. It's this creative angle that
really gets you into Kore, and keeps you going through the learning process. Native
Instruments have realised that what the world doesn't need is another new soft synth, but a
way to make them behave more like musical instruments. Their solution, Kore, is a strong
step in the right direction, and could well be a landmark. I hope it will continue to develop as it
gets used and abused in various environments. It's certainly renewed my enthusiam for
making computer-based music by putting me back more into the role of musician, and less
that of a sound engineer or programmer. After spending some time with Kore, I'm developing
that familiar feeling that came with iPods and mobile phones. The feeling you get from a
product that you didn't really know you needed, but can't imagine how you got on without
it.
Published in SOS July 2006
Sound On Sound - July 2006 60 of 178
NHT Pro M60 & XDA
Click & Buy PDF
Monitors & Digital Amplifier System
Published in SOS July 2006
Reviews : Monitors

This new pair of high-resolution active monitors features
sophisticated Class-D amplification and DSP processing options.
Hugh Robjohns
The Californian company NHT's latest offering is a two-
way active nearfield monitoring system comprising a pair
of passive speakers which are connected via a four-way,
4mm banana-socket connection panel to a separate unit
containing four 150W Class-D amplifiers. The crossover
functions are performed by an integral DSP system,
which has the potential to be upgraded and modified via
the built-in USB 2 interface.
NHT have used an OEM digital crossover design from
DEQX in Australia. This technology is designed to integrate loudspeaker drive units in order
to optimise their acoustic performance and minimise their mechanical deficiencies. As well as
simple frequency-response correction, this system is also claimed to optimise the system's
time-domain response and all with a latency of under 10ms. Distortion is specified as
below 0.5 percent across the entire 55Hz-to-20kHz bandwidth at 90dBSPL, and less than 0.3
percent above 100Hz. The on-axis frequency response is apparently flat within 0.5dB over
the full range.

Innovative Cabinet Design
The pictures of the speaker cabinets might look like someone has been playing with the skew
transformation facilities in Photoshop, but they haven't the speakers really do look like that!
No two surfaces are parallel and everything is just madly wonky, with an egg-shape top tailing
off into a narrow foot, and the rear panel sloping out towards the bottom. NHT's literature
explains that the widened baffle around the tweeter is intended to promote an even power
response, and keeping the box narrow at the base reduces mid-range reflections. The edges
of the baffle are well radiused to avoid secondary radiation, and this is an unported cabinet.
The cabinet is machined from MDF panels of different thicknesses, and the absence of
parallel surfaces helps to minimise the formation of internal standing waves, of course. The
maximum cabinet dimensions are 15 x 13 x 10 inches, and each speaker weighs 17.5lbs. The
drive units comprise a 6.5-inch woofer with a magnesium cone and a 'super linear motor', and
a one-inch aluminium-dome tweeter with ferrofluid cooling and a textile surround. Both units
are magnetically shielded. The connections are all standard 4mm sockets, colour and letter
coded (A-D), and the supplied four-way cables are fitted with a colour- and letter-coded four-
way banana plug that simply slots straight in.

Class-D Amplification
The DSP processor/amp is surprisingly compact, but that's the beauty of Class-D amplifiers.
Even the internal Audiomatch P500CE power supply is a switching type, so there are no
heavy transformers and bulky smoothing capacitors to worry about, and it will accommodate
mains supplies from 90-260V without any modifications. In addition to the eight speaker-
output terminals, the processor also provides line-level outputs for up to two optional NHT
S80 subwoofers, and the appropriate filtering characteristics can be recalled to the processor.
In fact, the unit incorporates four different user-selectable crossover filter sets, and others
may become available for uploading via the USB interface.

Photos: Mark Ewing
Sound On Sound - July 2006 61 of 178
The processor/amp unit is equipped with both unbalanced
phono and balanced XLR inputs for each channel, and
they are wired in parallel. No input-sensitivity figures are
provided, but I didn't have any problems hooking the unit
up to either balanced console monitor outputs (nominal
+4dBu) or unbalanced consumer preamp outputs.
Needless to say, the analogue inputs are converted to
digital, processed in the DSP crossover, and converted
back to analogue for the amplifiers and outputs. The
specifications give no information concerning the
converters, but it would seem reasonable to assume a
base sample rate is employed. A pair of XLR outputs
(with associated unbalanced phono sockets) are provided
to drive active (powered) subwoofers, and a slide switch above the XLRs determines whether
the output is feeding one or two units.
The mains power switch is built into the IEC mains inlet, and there is a remote powering
control facility with a group of four terminals. Two accept a standard external 12V DC trigger
signal input, while the other two provide a trigger output for other equipment. An adjacent
slide switch sets the trigger mode to be permanently on (On), to power up when an external
12V DC signal is present on the interface (Ext), or to power up when the input audio signal
exceeds a very low threshold (Audio). This facility certainly makes it easier to operate a multi-
channel surround-sound system.
There are also some other rear-panel facilities not mentioned in the handbook. A coaxial
socket next to the Trigger input is labelled Accessory Power. I presume this to be a DC power
outlet for some sort of future optional add-on unit. A single XLR input labelled Mic is
presumable for a test alignment mic so that in-room correction can be carried out by the DSP
processing. Finally, there is the B-type USB 2 socket which is mentioned in the context of
enabling future firmware upgrades. However, I imagine it may also in the future offer remote
control and real-time system alignment from a computer too, although the handbook makes
no mention of this.

Alternatives
The M60 is an unusual design in many ways, making it difficult to find an alternative model that stands
up for direct comparison. At roughly the same budgetary level are a lot of far more traditional but
extremely capable designs. Favourite amongst those for me would be the ATC SCM20A Pro, or the
PMC TB2A both excellent two-way self-powered designs. However, the DSP crossover approach is
increasingly common these days, with such contenders as the Dynaudio Air Series, as well as offerings
from Genelec and Tannoy.

Operation
The front panel is very Star Trek: The Next Generation, with hidden-until-illuminated
indicators on a dark glass panel. A single button for each channel cycles through the various
filter sets, with simple illuminated graphics representing the mode. When set up for studio
work, the four filter options are a gentle roll-off below 70Hz (indicated by the fully shaded
ellipse); a steep roll-off below 45Hz (half-filled ellipse); a steep cutoff below 45Hz combined
with a 1dB dip between 2kHz and 6kHz (quarter-filled ellipse); and a steep cutoff below 45Hz
combined with a 1dB shelf above 2kHz (square box).
Once set, the filter-selection options are automatically
disabled, and the front-panel lights are extinguished after
a short time period. To regain access, both channels'
selector buttons have to be pressed and held, after which
the indicators illuminate and filter changes are allowed.
Three further hidden-until-lit icons indicate when the unit is in standby mode, when the unit is
operational, and when there is a fault condition.

Four status indicators on the front of
the amplifier show the settings of the
internal DSP filter bank.

Sound On Sound - July 2006 62 of 178

Listening Tests
I experimented with a variety of speaker positionings and DEQX settings. In the end I
favoured a freefield placement, well away from walls, and the second filter setting, which
allowed the monitors to run flat down to 45Hz. I played with the two additional filter settings
with mid-range and treble tweaks, but preferred the flat version overall. However, I have to
say that I found the general balance a little forward and shouty compared with my PMC
references. While this voicing certainly has the benefit of making it slightly easier to 'see' into
mixes, I found it also a little wearing over extended
listening.
The bottom end is well defined, clear, and tuneful. As this
is a sealed-cabinet design, the bass extends lower than
the cabinet size might suggest, and it is free of the port
resonances that afflict so many monitors. With such small
bass drivers, it is not surprising that the M60s don't move
huge amounts of air, and when cranked up they can feel
a little lightweight, although the deep notes are actually
there. Fortunately, this problem can be addressed easily
enough with a decent subwoofer.
Imaging seemed a little disappointing to me. The
speakers proved able to produce impressively wide and
stable images that often stretched beyond the physical
spacing of the cabinets, but depth cues weren't portrayed
as well as they are by some other monitors. There was
some sense of depth, but it was not as deep and lifelike as I am used to. I suspect this is
related to the ruler-flat frequency response of each speaker gentle response tailoring in the
mid-band affects this psychoacoustic aspect dramatically.
Overall, the M60XD is an impressive system. The amplification is competent and capable, the
digital crossover is well designed and optimised to the drive units, and the overall
presentation is to a very high standard indeed. These monitors are detailed and revealing,
and are well suited to mastering and critical mixing applications. The voicing may not be to
everyone's taste, but the future release of system alignment software will enable users to
measure the system's in-room response and optimise the voicing as they see fit. I still can't
quite come to terms with the shape of the cabinets, though...
Published in SOS July 2006

25-foot cables are supplied to connect
each speaker to the amplifier, and they
are terminated in a special four-pin
banana plug to make setting up easy.
Sound On Sound - July 2006 63 of 178
Pearl ELM-C
Click & Buy PDF
Condenser Microphone
Published in SOS July 2006
Reviews : Microphone

This innovative Swedish mic's long rectangular capsule
balances the practical advantages of small- and large-
diaphragm condenser designs... but sounds more like a ribbon
mic!
Hugh Robjohns
Pearl Mikrofonlaboratorium started in 1941, originally producing crystal
and dynamic microphones. However, the Swedish company's intriguing
rectangular condenser capsule design was introduced at the end of the
1950s and has enjoyed continuous development ever since.
The Pros & Cons Of A Rectangular Capsule
The traditional circular capsule membrane is easy to produce
consistently, but its dimensional symmetry means that there is a single,
very prominent resonance which has to be tamed using various
engineering techniques. This often impacts on the frequency response
and sound quality particularly in the time-domain response. Pearl's
rectangular capsule has different dimensions in each axis, which
results in multiple resonances of reduced strength, which are therefore
easier to control. Pearl claim that this produces a capsule with a more accurate and uniform
frequency response, and that the improved time-domain response makes the mic sound more
natural. The company's new ELM-C mic, under review here, retains the rectangular capsule
concept, but this is an all-new cardioid capsule design with an enormous 7:1 length-to-width
ratio.
The rectangular diaphragm also manages to combine the best aspects of both large- and
small-diaphragm round capsules at the same time. For a start, the diaphragm's surface area
equates to that of a circular diaphragm of about 30mm roughly the same as in a typical
large-diaphragm condenser mic. This large surface area translates into high sensitivity and an
improved signal-to-noise ratio. The ELM-C produces an output of 22mV/Pa with a self-noise
figure of 9dBA. To put that in context, the Neumann TLM103 and Microtech Gefell M930
share the top of the league tables with self-noise figures of 7dBA.
However, because the rectangular diaphragm is relatively narrow, the accuracy of the
horizontal polar response is significantly more consistent with frequency than that of a large
circular diaphragm just like a small-diaphragm round capsule. Of course, the very long
aspect of the rectangular capsule means that the vertical directivity is inherently pretty narrow
at high frequencies, but that can be used to advantage when positioning the mic to minimise
the pickup of floor and ceiling reflections, or when avoiding spill from unwanted sources. Of
course, you also have to take a more thoughtful approach to placing the mic, because small
changes of vertical angle can have dramatic effects on the captured sound.

Hardware Overview
The Pearl ELM-C is an unusual looking mic. It's body is rather long at 192mm, with a base
section of 28mm diameter, increasing to 32mm for the grille. It weighs a modest 305g and is
only available with a matt 'black chromium' finish. The grille is sufficiently transparent to reveal
the spectacular side-address capsule in all its glory to the uninitiated it may appear to be a
ribbon mic rather than a condenser mic! One rather handy feature is that a small red LED is
tucked at the base of the rearward side of the capsule, confirming at a glance that the mic is
receiving phantom power. The mic's phantom power current demands are moderate at
2.7mA, and the specifications suggest the maximum SPL figure is 126dB for 0.5 percent

Sound On Sound - July 2006 64 of 178
distortion. The mic has no built-in high-pass filter options or pads, but doesn't seem to need
them either.
The mic is shipped in a tough, foam-lined aluminium case, with an individual serial-numbered
quality-control chart. Unfortunately, the plot spans a rather unhelpful 100dB dynamic range,
but the trace still suggests the frequency response to be flat within about 2dB from 40Hz to
around 12kHz, with a smooth and gentle roll-off above that, reaching roughly -5dB at 20kHz.
The review model was supplied with two optional shockmounts. The Type 1927 looks like a
child's toy tractor tyre trapped in a ring with a standmount adaptor on it! The alternative Type
1928 is a variation on the more traditional 'cat's cradle' idea, but with typically Swedish styling,
using a square central frame instead of a round one. The stand adaptor is mounted in one
corner, and upper and lower rubber loops stretch from each corner to support an inner tube
structure that holds the mic. The upper collar of the tube has a thumb screw to hold the mic
securely in place, and the whole thing works well.

Studio Tests
The first thing that strikes you when positioning the ELM-C is just how big the capsule is, and
that automatically forces you to think carefully about how to orientate the mic and where to
point it. Since the vertical polar pattern is so narrow at the high end, small changes of angle
can alter the sound quality and level of off-axis sounds enormously the vertical pickup
angle is remarkably narrow and well defined. However, rotations have comparably little effect,
because the horizontal polar pattern is very consistent, with a pretty broad frontal pickup area
and a healthy lack of off-axis coloration.
As an example, if you place the mic vertically in front of a vocalist, tipping the mic up or down
slightly really changes the character of the voice, as the chest, head, lips, and nose come
more on or off axis. A large-diaphragm condenser mic behaves in a similar way, of course, as
you tilt it back or forward, but the effect is extremely mild compared to the reaction you get
with this Pearl mic. Mounting the mic horizontally instead produces a far more uniform or
consistent vocal sound, but high-frequency reflections from side walls, or spill from other
instruments in the studio are usefully attenuated. The extremely open single-layer wire-mesh
grille means that the ELM-C is rather prone to popping, so a decent pop-shield is absolutely
essential with this mic.
The marked difference in vertical and horizontal polar responses caught me out on a couple
of occasions. The classic example was in miking a clarinet (although I'd expect the same
problem with a sax too) the sound was just badly balanced and a poor representation of
the fullness of the actual instrument. What I had done, without thinking, was to place the mic
vertically in front of the clarinet where I would normally position a mic to 'see' the whole
instrument. Of course, the vertical polar pattern is so narrow that it was actually only seeing
the mid-portion of the neck hence the naff sound! Re-mounting the mic sideways (which
looked rather odd and unnatural somehow) produced the much more balanced sound that I
had been expecting in the first place.

Alternatives
The ELM-C is an expensive mic in anyone's terms, and there is some extremely strong competition at
this price range. However, none of these mics have the unusual but potentially very useful quality of
different polar patterns in the vertical and horizontal planes. Broadly comparable (on price) microphones
from my own collection would be my favourite Sennheiser MKH40 small-diaphragm cardioid
microphone, or (pushing the budget slightly) the Neumann TLM127 large-diaphragm mic. Alternatively,
the AKG C414B XLS is a highly regarded and competent mic, and with the advantage of five switchable
polar patterns.

Sound On Sound - July 2006 65 of 178

Verdict
Once you have mastered positioning this mic, its sound quality is impressive. There is
something of a ribbon mic's smoothness and naturalness about the sound it doesn't have
the slightly dull top or emphasised mid-range that is characteristic of many large-diaphragm
mics. In fact the ELM-C seems slightly brighter than a typical large-diaphragm mic, even
though the diaphragm surface area is roughly the same, and the top end seems a little more
detailed, yet the sound is also smoother and less 'hyped' or artificial. In many ways it sits
tonally in the space between large- and small-diaphragm condenser mics. Not quite as bright,
crisp, and clinical as a typical small diaphragm, yet brighter and smoother than a typical large
diaphragm while retaining much of the same sense of scale.
After using the mic for a few days I realised I was thinking about the mic as a kind of high-
output ribbon mic with a cardioid pattern. The ELM-C seemed to excel with the same kinds of
sources that ribbons always shine on percussion, brass, voices, and especially pianos all
sounded superb. I didn't get a chance to try a string section during the review period, but I
would expect the mic to perform extremely well if presented with this challenge.
The ELM-C is not the easiest mic to position, or the most forgiving if placed poorly. Its tech
specs, while respectable, aren't the most spectacular either, yet I would gladly add a couple
of ELM-Cs to my mic box given the opportunity and budget. The mic's unique directional
characteristics allow a far greater level of control and selectivity than almost anything else
approaching the source discrimination of a figure-of-eight mic in the vertical plane, while
retaining the broad smooth pickup of a cardioid horizontally. The only other mic I have used
with a similar disparity in directivity between the two dimensions was the huge multi-capsule
Microtech Gefell M970, and that proved very useful in a wide range of applications from
miking choirs and orchestras to covering speeches from lecterns. The only thing that counted
against the M970 was its enormous size, and the Pearl ELM-C is much more manageable in
that regard. The ability to reject unwanted sources or acoustic anomalies in one plane, while
capturing wanted sounds in the other is remarkably useful and even addictive!
This mic is relatively expensive in the UK, and that puts it in direct competition with some far
more familiar and respected high-end large-diaphragm condenser mics. However, the ELM-C
offers some intriguing and surprisingly useful features that are unmatched by its more
traditional rivals, while matching the sonic quality expected at this price level, and that's what
makes it important to audition this mic. Impressive.
Published in SOS July 2006
Sound On Sound - July 2006 66 of 178
Presonus Inspire 1394
Click & Buy PDF
Preamp & Firewire Interface [Mac OS X/Win XP]
Published in SOS July 2006
Reviews : Computer Recording System

With their latest Firewire interface, Presonus promise high
audio quality at an affordable price, thanks to the use of
software controls instead of physical knobs.
Paul White
The Presonus Inspire 1394 is a compact Firewire
recording interface that works at up to 24-bit/96kHz and
provides four simultaneous inputs with a stereo output.
Two of those inputs are balanced mic preamps with
switchable phantom power and peak limiting, while the
other two are on RCA phonos that can be switched from
line level to RIAA phono for direct connection of a record
deck. The Inspire 1394 works under Mac OS X or
Windows XP, and as current versions of those operating
systems support multiple audio interfaces, you can use
up to four Inspire 1394s at the same time to provide more
I/O where needed. Perhaps the most unusual thing about the Inspire 1394, though, is that
while it has all the usual connections, it has no visible controls. That's become Presonus have
managed to add more features while keeping the hardware manufacturing costs down by
moving all the necessary controls to a software control panel. One distinct advantage of this
approach is that the control setup can be saved so that when you return to a project, you can
be sure all the settings are exactly as they were first time around. The Inspire 1394 can be
powered from an external adaptor or parasitically from a six-pin Firewire socket, and works
with all the common recording software.
Cosmetically, the burger-box-sized Inspire 1394 exudes desirability with its chunky but clean
lines. The front of the unit houses the mic inputs plus two high-impedance instrument jacks for
the direct connection of guitars or basses; the microphone and instrument preamplifiers draw
on Presonus's analogue design expertise and are claimed to offer low noise and low
distortion. Other than an LED that shows you the unit is alive and has digital sync, that's it for
the front panel! Around the back are unbalanced RCA phonos for inputs 3/4 and for the stereo
output, but there's also a stereo mini-jack (3.5mm) output and a further 3.5mm headphone
socket. Other than that, there are just two six-pin Firewire sockets and a power input, so you
can plug in the supplied adaptor if your computer only has a four-pin Firewire socket and thus
doesn't provide power.
As I mentioned, the Inspire's uncluttered appearance has
been made possible by putting all the necessary knobs
and switches into a software control panel. Like most
interface control panels, this allows you to set up the
sample rate and buffer size (helpfully shown on the
Windows version in terms of milliseconds of latency on
the Mac you set this up in the usual Core Audio way), but
you can also set the input gain, switch the phantom
power and limiter on and off, engage a 10dB preamp
boost, and adjust headphone volume and main output level. There is also zero-latency input
monitoring, with adjustable balance of the input source against the DAW output. All settings
can be saved for reloading at a later date. This is, on the whole, a really good idea, but I still
feel more comfortable with a physical analogue master level control when using active
monitors, so that I can turn them down in a hurry if anything goes wrong or if the software
crashes in a mode that feeds peak-to-peak white noise to the output! To be fair, modern
operating systems are pretty robust in this respect but nevertheless...
Given the very attractive price of this unit, the bundled software that comes with it seems all
the more enticing. The inclusion of Steinberg's Cubase LE is no surprise, and provides a


The Inspire can be used to connect a
turntable to your computer, thanks to its
RIAA phono inputs.
Sound On Sound - July 2006 67 of 178
perfectly competent sequencing platform for Mac and PC, while there's also Sony's PC-only
Acid XMC for those who are more into loops. You also get Minnetonka's Discwelder Bronze
for CD and DVD authoring, some Discrete Drums recordings of live acoustic drum parts for
use in your own songs and 25 effects plug-ins. On top of this there's also around 3GB of drum
loops and other samples on the included DVD. You really could just add a mic and a pair of
headphones and start recording an album though a MIDI keyboard would also be a distinct
advantage.

Hardware And OS Requirements
Windows
PC with Firewire port, 900MHz Pentium or Athlon CPU (1.5GHz recommended), 256MB RAM (512MB
recommended), Windows XP.
Mac OS X
Mac with 800MHz G4 (dual 1GHz recommended), 256MB RAM (512MB recommended), Mac OS 10.3.7
or later (10.4.2 or later recommended).

Inspiration Or Perspiration?
I tested the Inspire on my Mac system running OS 10.4.3,
where the unit was recognised by Core Audio without
fuss. The control-panel software installed first time, after
which I was in business. In most respects, the Inspire
worked flawlessly and intuitively, but there was a problem
with my particular Mac G5 albeit one which has also
tripped up a few other interfaces and at least one USB
microphone. This manifests itself as a low-level digital
whine, which can be heard over the monitors but isn't
recorded to your sequencer. Isolating the Inspire's output
using a stereo DI box with ground lift immediately solved
the problem, so it seems to be due to a ground loop
between the Firewire cable and the audio ground, caused
by the way the G5 is wired internally. My MOTU 828 MkII
interface works well enough in the same setup, but it is
common knowledge that some G5s cause monitoring noise issues with some audio
interfaces, whether Firewire or USB. Often the problem can be solved by switching off
Processor Idling, for which you need to download the CHUD utility from the Apple web site.
CHUD is part of a free Developer Tools download, but unless you're unlucky enough to have
one of these awkward G5s, you shouldn't need it.
Having the controls on screen is in many ways more friendly than having them on the box, as
you can put your interface wherever it is convenient to do so, and don't need to adjust
anything. What's more, the settings are remembered by the software control panel so you can
call them up later. The mic preamps are gratifyingly clean, and though not esoteric, they
perform as well as the preamps on a decent mid-price mixer and gave me no cause for
concern. I liked the software-controlled internal mixer for zero-latency source monitoring,
which again is very easy to use, while the free software and samples provide a thick layer of
icing on the cake! The Discrete Drums samples are particularly useful if you need the sound
of real drums, as they are multitrack versions of real performances in various styles, and very
good they sound too.
Specifications
Up to 24-bit, 96kHz recording.
Driver formats supported: Core Audio (Mac), WDM and ASIO 2.0 (PC).
Dual microphone/instrument inputs.
Dual line-level (-10dB) inputs via stereo RCA phonos, with optional RIAA turntable setting.
Stereo line-level outputs on RCA phonos or 3.5mm stereo TRS jack.
Stereo headphone output on stereo 3.5mm TRS jack.
Two IEEE 1394 (Firewire 400) ports.
Auxiliary power input jack.
THD+Noise: <0.008 percent.
Signal-to-noise: >95dB.

Almost all of the Inspire's features and
options are set up via the software
control panel.
Sound On Sound - July 2006 68 of 178

Thumbs Up
With the exception of the background monitoring noise problem that my Mac G5 seems so
keen on bestowing on selected hardware, the Inspire worked perfectly, installed easily and
sounded very clean indeed. The software control panel is a great idea and it really works,
while the bundled software is very welcome, even if not quite all of it works on both the Mac
and PC platforms. It's also good to know that you can use multiple units to get more I/O if
necessary, though if you know in advance that you're likely to need more I/O, there may be
better solutions available to you than stacking up four Inspires.
Over the past few years I've come to really respect Presonus gear and the very affordable
Inspire lives up to the design standards they've set with their more expensive products. The
interface market is pretty keen at the moment so I won't say that this is the only contender for
your money, but if you need a compact four-in, two-out solution with a pair of decent mic
preamps built in, the Inspire has to be on your shortlist.

Alternatives
The market for small recording interfaces is a crowded one, especially if you consider USB as well as
Firewire devices. Among the many devices on offer, M-Audio's Firewire Solo is a four-in/four-out
interface with one mic preamp and one high-impedance instrument jack; it also boasts balanced, full-
sized jack outputs and S/PDIF I/O, but lacks the Inspire's soft limiting and RIAA turntable input. The
same company's Fast Track Pro delivers up to four-in/four-out functionality via USB, with two mic
preamps that double as instrument inputs, S/PDIF and MIDI I/O and balanced outputs, but again, no
limiting or RIAA input. Edirol's UA25 is a USB interface with two mic preamps which, like the Inspire's,
have phantom power and built-in soft limiting; it also has MIDI and S/PDIF digital I/O and full-sized
output jacks, but no turntable input, and is only a two-in/two-out device. Finally, Terratec's Phase
X24FW is a little more expensive, but offers two-in/four-out recording via Firewire with two phantom-
powered mic/instrument preamps, analogue insert points, S/PDIF and MIDI I/O and support for 192kHz,
although again there's no limiter or RIAA input. One feature of the Presonus Inspire that appears to be
unique in this bracket is the ability to use up to four of them simultaneously.
Published in SOS July 2006
Sound On Sound - July 2006 69 of 178
Sony Acid Pro 6
Click & Buy PDF
Audio & MIDI Loop Sequencer [Windows]
Published in SOS July 2006
Reviews : Software

The original loop-sequencing package has grown into a fully
fledged audio and MIDI recording program.
John Walden
Some may find it hard to believe that the original loop-
based music production package, Acid, has now been
with us for nearly a decade. Having survived and
indeed prospered since Sonic Foundry were taken
over by Sony's Media Software division, Acid Pro has
now reached version 6. When I reviewed version 5 back
in the April 2005 issue of SOS
(www.soundonsound.com/sos/
apr05/articles/sonyacidpro5.htm) three new features
really stood out: Groove Mapping, the Media Manager
and Rewire client support. The latter in particular was a
real leap forward, making Acid much easier to integrate
with most MIDI + Audio sequencers. That said, despite better tools for audio and MIDI
recording, Acid 5 was still very much a tool for building musical arrangements out of audio
loops, so the Rewire support was pretty much essential if more than just the occasional audio
or MIDI recording was required within a project.
Of course, version 6 retains all the functionality of previous releases, including an interface
that is extremely easy to use, a Video window for working to picture, and automatic, real-time
pitch-shifting and tempo-matching of audio loops that is simply as good as it gets. However,
Sony have clearly been busy listening to the Acid user base, because the obvious highlights
of the new version are the significant improvements to the audio/MIDI recording and editing
capabilities. Among a large number of other improvements and additions, Acid Pro now also
supports multiple media files on a single track something that many users have been
requesting for a long while. And to top off the new features, Sony obviously have a good
working relationship with Native Instruments, as Acid Pro 6 is supplied with a custom version
of NI's Kompakt VST Instrument that includes a 2GB sample library.

Keeping You In The Loop
Given that the previous SOS reviews of Acid are all available on-line, there is little point in
spending too much time here on the long-established features of the software. Acid's key
function has always been the real-time pitch-shifting and time-stretching of audio loops.
These can be manipulated together or independently making it easy, for example, to alter
the tempo of pre-recorded drum loops to match a project, or to pitch-shift a bass loop to fit the
project key. Loops can be stored in an 'Acidised' format which contains information about the
original recording tempo, length (in beats) and root-note pitch, and many commercial loop
libraries are supplied ready-Acidised. Like Ableton Live and NI's Intakt in its Time Machine
mode, Acid uses granular resynthesis for time-stretching. The results are generally excellent,
although as with any pitch-shifting or tempo-stretching, the process only works within certain
limits before audio artifacts appear.
The other key component of the Acid experience has always been the user interface. This
makes the mixing and matching of loops so simple that, with the right combination of loops,
even non-musicians can use it to create very impressive results. The ability to preview
Acidised loops in real time means that auditioning a new loop simply involves clicking on a file
as you browse your loop collection in the Explorer window you will automatically hear it
with its tempo and pitch mapped to those of the project.

Sound On Sound - July 2006 70 of 178

System Requirements
Minimum 1GHz processor with 256MB of RAM: 1.2GHz and 1GB recommended.
150MB hard disk space for program installation, 600MB for optional loops, 2.2GB for installation of Native
Instruments Kompakt Sony Acid Pro Edition.
DVD-ROM drive.
Direct X 9.0c or later, Windows 2000 or XP.

Keeping Track Of Your Loops
Given that it is difficult to imagine how Sony (or the competition for that matter) could improve
dramatically upon the quality of the pitch and time-manipulation tools already available, what
have they be doing that moves Acid Pro 6 forward? As outlined above, the most significant
improvements concern the recording and editing of audio and MIDI, but there are also some
significant changes to the user interface, and it probably makes more sense to start with
these.
Despite my complimentary comments about how easy
Acid is to use, one criticism of the user interface in earlier
versions, compared with some competing products, is
that each audio loop used within a project required its
own track within the Track List. While this did keep things
conceptually simple, and despite the very welcome
addition of nestable Folder tracks in version 5, navigation
around projects that used large numbers of loops (and
therefore tracks) could feel a little clumsy at times.
Thankfully, Acid Pro 6 now allows any number of different loops to be placed upon a single
audio track. As in any other mainstream audio application, track-level processing such as
effects plug-ins is then applied to all the audio clips positioned on that track. To the user, this
is a seemingly simple change although I'm sure it has involved some considerable
programming work within the audio engine but for Acid regulars, it will take some getting
used to. Double-clicking a loop within the Explorer window still creates a new audio track
within the Track List, ready for that loop to be placed upon, but loops can also be dragged
from the Explorer on to existing tracks and positioned alongside other clips. If clips are
positioned to overlap, automatic crossfades are created.
This change brings some obvious benefits. First, it is
easier to keep track counts to a manageable size, making
project navigation easier. Second, if similar loop types are
placed upon a single track (for example, various drum
loops or various bass loops), only a single instance of any
VST effect is required to process them. This could have
been achieved via a buss in previous versions, but the
new arrangement is both more flexible and easier to configure.
Another addition that, on the surface, does not appear to be very dramatic is the introduction
of Project Sections. In practice, however, this is a significant new feature. With a loop region
defined on the Timeline, the Insert / Section menu option (or Shift+S keyboard shortcut) will
turn that loop region into a Project Section. These Sections are identified by coloured bars
above the Timeline, and users can enter a name for each Section. While this obviously makes
navigation through an arrangement easier, the real power is in the ability to move, copy or
delete Sections. When a section is moved or copied, all its contents clips, markers and
envelopes included are moved also. If a clip crosses a Section boundary, it is split at the
boundary. If a Section is copied and placed between two existing Sections, then space is
automatically made and later Sections are moved further along the Timeline. As simple as the
concept seems, it dramatically improves the efficiency with which song structures can be
reorganised. It is the kind of feature that you cannot imagine living without, once you've used
it.

Acid now supports multiple files on a
single track.

Project Sections help both with
navigation and rapid edits to
arrangements.
Sound On Sound - July 2006 71 of 178

Alternatives
The most obvious alternative to Acid is probably Ableton Live, which has the advantage of being cross-
platform, with a stylish graphical interface, and has equivalents of most Acid features. However, Live
doesn't include any equivalent of Kompakt For Acid Pro, and some of its features are implemented
rather differently. Other alternatives include Cakewalk's Project 5 and Image Line's FL Studio.

Red Light On
The undoubted highlights of the new features in version 6 are the improvements made in
recording audio and MIDI. This was possible in earlier releases, but Acid Pro would not have
been most people's first choice for this kind of work. In my own studio, I've combined Cubase
SX for audio and MIDI work with Acid for loops for some time, and this was made a lot easier
when Rewire client support was added in Acid Pro 5. However, Acid Pro 6 represents a big
step forward, to the extent that it is now not just a tool for loops it can also be seen as a
MIDI + Audio sequencer.
Hardware permitting, Acid now supports multitrack
recording of both audio and MIDI. Multiple tracks can be
created and armed for recording as required, whereupon
clicking on the Record Device Selector button produces a
drop-down menu that allows the default hardware input to
be changed for each audio track. Input level metering is
now integrated into the audio track, and features such as the dB range and peak hold display
can be adjusted to taste, making the setting of input levels easy. If you want, you can monitor
the signal being recorded through any plug-ins that have been applied to the track. The dry
signal is recorded, but the ability to hear the effects is great for vocalists that require reverb in
their headphone mix, or if effects are an integral part of the performance. Providing the audio
hardware and drivers support low latency settings, this works very well indeed, and is quickly
configured from the Record Device Selector drop-down
menu.
Cycle recording is now also possible. If a loop region is
defined and recording is activated, individual audio or
MIDI clips are created for each pass through the loop
region. When recording is complete, right-clicking on the
topmost clip brings up a drop-down menu from which,
amongst other things, other clips can be bought to the
front to be auditioned. As with the mainstream MIDI +
Audio sequencers, this sort of functionality is great for
cycling through a song section until the perfect take has
been captured. It is also fairly straightforward to use
multiple clips to compile a perfect take from the best bits of each pass. For example, if cycle
recording has been used to capture multiple takes of a lead vocal, the Split function can first
be used to divide the clips between each sung phrase. The topmost clip for each individual
phrase than then be changed until the best comp of the vocal performance is identified.
The major improvement in Acid's MIDI features is the inclusion of in-line editing. As anyone
who has used similar features in something like Cubase SX will know, this makes editing of
MIDI data much easier as it can be viewed in context with the timing of events on other
tracks. In either the Piano Roll or Drum Grid, note position, velocity (through the use of very
intuitive 'velocity stems'), pitch-bend and controller information can all be edited in place. In
use, I found this worked very well, offering enough features to make the most common MIDI
editing tasks very easy, but without getting bogged down in a glut of features that the majority
of users would never need.

Input metering is now integrated into
the audio tracks.

Cycle mode recording stacks multiple
clips onto the same track, and the user
can select which clip sits on top of the
stack for playback.
Sound On Sound - July 2006 72 of 178


Kompakt For Acid
As part of an ongoing relationship between Sony and Native
Instruments, Acid Pro is now shipped with a custom version of
NI's Kompakt software sampler. This is not dissimilar to the
various Kompakt-based sample libraries that SOS has
reviewed over the last year or so (for example, Nostalgia or
Vapor) in that it contains a fixed library of sounds that cannot
be accessed via another sampler; nor can this version of
Kompakt load sounds from other libraries. However, I was able
to use this Kompakt VST Instrument within Cubase SX, so
while it is a custom version supplied with Acid, it can be used
under other hosts.
I suspect some of the samples may be derived from East
West's Colossus, and they cover bread-and-butter territory
pianos, keyboards, guitars, basses, drums, synths and ethnic
instruments with well over 100 different instruments in total.
Free or not, some of the sounds are very good. There are
some very respectable piano sounds and the various synth and bass patches are also good, but my
personal favourites were the various drum and percussion programs. Here there is plenty of choice,
ranging from acoustic kits through to basic orchestral percussion.

The custom version of NI's Kompakt,
with its 2GB sample library, is a nice
addition to Acid.

Bits And Bobs
These headline features aside, there are a whole raft of smaller but nevertheless worthy
additions and improvements in Acid Pro 6. For example, Acid now includes support for
external control surfaces; a generic template is supplied that can be configured for any
external controller, and there's native support for Mackie Control and the Frontier Designs
Tranzport. Improvements have also been made to the automation, the most important of
which is the addition of support for VST Instrument parameter automation. Given the
improvements in MIDI recording and editing, this better VST Instrument support will be
welcomed by anyone who now wants to use Acid as a complete music production
environment.
Options for filtering and processing MIDI data have also
been improved, and MIDI File import and export is now
supported. In addition, there is now a Drum Map Editor
that can be used to create a Drum Map for editing this
is much easier to use than the Piano Roll editor when
working with a drum synth or sampler.
I suspect that the audio engine within Acid has undergone
significant changes in order to provide support for multiple audio clips on a single track. In
use, I certainly did not notice any performance hit because of this comparison of playback
of a range of projects in both Acid Pro 5 and Acid Pro 6 produced similarly smooth results.
However, the engine in the new release now also provides support for dual and multi-
processor PCs. I didn't get the opportunity to test this (I'm currently building a new dual-core
Athlon system, but at the time of writing, it is not yet fully configured) but I'm sure power users
will find Sony's explicit statement of support for dual-core systems reassuring.

Conclusions
As with version 5, this new release of Acid contains some
big new features that make it both revolutionary and
evolutionary, and I would think the majority of existing
Acid fans would consider the upgrade essential. While I
still wouldn't choose Acid over something like Cubase SX
if the majority of my work was based predominately
around live audio recording or serious amounts of MIDI
such as complex orchestral arrangements, Sony have

In-line MIDI editing improves Acid's
potential as a useful MIDI sequencer.

Drum Maps can be defined for MIDI
editing when using drum synths or
samplers.
Sound On Sound - July 2006 73 of 178
now moved Acid Pro's functionality firmly towards that of the mainstream MIDI + Audio
sequencer, and this ought to broaden its appeal considerably.
The audio and MIDI recording options are now certainly good enough for serious multitrack
work and I can easily imagine myself creating complete projects combining loops, audio
recordings and MIDI-driven soft synths/samplers entirely within Acid Pro 6. This is not
something I would have contemplated in version 5. What's more, Acid remains, for me at
least, the only audio software in my studio that manages to both tremendously powerful and
also downright fun to use. If you have never taken Acid, there has never been a better time to
try it. Highly addictive and highly recommended.

What Next?
As with any software application, most Acid users probably have a wishlist of additional features that
would be useful. My top two would be a more comprehensive mixer window that would allow both track
and buss faders to be viewed together, and a function equivalent to SX's Detect Silence for
automatically splitting audio files. The latter would be very useful when doing jobs such as vocal comps
in conjunction with Acid's improved cycle-mode audio recording. It would be even better if there was
also a function that could automatically shift all the clips stacked on one track to a series of identical
tracks each containing one of the takes. These could then be more easily auditioned, before cutting and
pasting the best phrases for each part of the vocal onto a single track to create the 'master' take.
Acid Pro 6.0 build 214.
PC with 3.2GHz Pentium 4 CPU, 2GB RAM, Echo Mia 24, Egosys Wami Rack 24 and Yamaha
SW1000XG sound cards, running Windows XP Pro SP2.
Tested with Steinberg Cubase SX 3.1.1.
Published in SOS July 2006
Sound On Sound - July 2006 74 of 178
Tascam HDP2
Click & Buy PDF
Portable Digital Stereo Recorder
Published in SOS July 2006
Reviews : Stereo Recorder

Quality mic preamps, 24-bit/192kHz operation, timecode sync...
Tascam's upwardly-mobile new recorder is going places.
Hugh Robjohns
Over the years, manufacturers have used a variety of different
media to make portable recording possible, from magnetic tape
reels and cassettes to DAT tapes and Minidiscs. These formats
are all but obsolete these days, and hard disk drives and solid-
state memory cards are quickly becoming the 'standard' formats
for all manner of data acquisition, whether in digital cameras,
PDAs or specialist audio recorders. Compact Flash media now
seems to be the most widely adopted format, as it offers very
workable capacities at reasonable prices, together with ease of
use and exceptional ruggedness and reliability.
The Fostex FR2 is amongst the better known of the high-end professional machines to provide high-
quality two-track audio recording to a Compact Flash card, although there were a few more specialised
recorders aimed at the broadcast journalist market before it, and several more cost-effective models
have emerged since. The subject of this review is a new offering from Tascam (in conjunction with
Frontier Design) which is designed to compete directly with the Fostex machine and to meet the needs
of much the same market the high-end enthusiast and the budget-conscious professional.

Overview
The HDP2 is a neat, compact machine, weighing under 2kg including batteries (eight 'AA' cells), and
measuring 245 x 188 x 60 mm (WHD). The unit comes with an in-line mains power supply, a Firewire
cable, a carry bag and a shoulder strap, but not a Compact Flash card. This omission is understandable,
but could be frustrating if you get your shiny new machine home only to find you can't use it because
you don't have any fast Compact Flash cards. I suggest you barter with your dealer to include at least
one suitable card with your purchase. You'll want to make sure the HDP2's carry bag is included too
(pictured on page 188), since this will help protect the machine if you plan to use it outside (and why
else would you buy a portable machine?).
Battery life is estimated at up to five hours with Alkaline 'AA' batteries, and about three hours with
rechargeable NiCad or NiMH batteries, but the actual time depends on how often the LCD backlight is
used, how loud the headphones are, and whether phantom power is on, amongst other factors. I
achieved well over four hours of running time with Duracell Ultra Power batteries when using phantom-
powered mics, so the manufacturer's estimated times appear reasonable.
The machine is laid out much like most other similarly-sized portable recorders. The top panel contains
various input and menu configuration buttons and controls, while the front carries a large backlit LCD
display, the main transport controls and the record level knob. The left-hand side contains various
ancillary connectors and the right-hand side has the analogue audio inputs and outputs, plus the
Compact Flash card slot. Batteries are loaded in a tray underneath the machine. Everything seems
familiar and fairly intuitive on first sight, and most people will be able to get up and running at a basic
level without needing to refer to the well-written handbook, which is relatively modest in size at only 26
pages.
The HDP2 records linear PCM audio files using the Broadcast Wave (BWF) file format. No data-reduced
formats (MP3, for example) are supported at all. Audio can be recorded in mono or stereo, the word
length can be switched between 16 and 24 bits, and all the standard sample rates between 44.1 and
192 kHz are supported. The HDP2 also has a pre-record buffer, with up to 10 seconds of memory at
base sample rates. External clocking options include the S/PDIF input, video syncs (NTSC, PAL and HD
tri-level syncs), word clock and Longitudinal Timecode (LTC) the latter accepting 23.976, 24, 25,
29.97 and 30 frames per second, the last two rates in both drop- and non-drop frame versions.
The HDP2's audio specifications are all quite good, although not exceptional total harmonic distortion
is below 0.01 percent at 1kHz, for example. The converter delay between analogue input and output is a

Sound On Sound - July 2006 75 of 178
fairly typical 1.5ms at 44.1kHz sample rates (lower for higher sample rates), and crosstalk from mic input
to line output is below -80dB.

Inputs & Outputs
The two microphone inputs are on electronically balanced XLRs, with globally switchable 48V phantom
power. Each channel has an independent -20dB pad switch to accommodate high-level signals, and
there is about 46dB of gain available from the dual-concentric level control. In practice, signal levels
ranging between about -52 and +14dBu can be accommodated, which should satisfy most demands. A
switchable peak limiter is also available. A second switch allows it to operate on each channel
independently or in a stereo-linked mode, and there is also a global high-pass filter (18dB-per-octave
below 100Hz).
In addition to the microphone input XLRs, the right-hand side panel also carries two pairs of phono
connectors for unbalanced line-level analogue inputs and outputs. The inputs accept signals between -
46 and 0dBu. The pad switches cannot be used to enable higher signal levels here as they only affect
the balanced mic inputs, but normal line-level signals from a CD player or hi-fi, for example are not
a problem.
The external power supply also plugs into the right-hand panel using a non-latching coaxial connector.
Any 12V DC supply could be used, including an external battery pack, providing it is capable of
supplying 6W of power with a 0.6A maximum current limit. The final facility on this side panel is the
Compact Flash card slot and its integral eject button. There is no slot cover to prevent dirt or moisture
getting in, but perhaps Tascam assume users will always keep a card in the slot.
The left-hand panel carries a quarter-inch TRS headphone socket (a recessed volume control is on the
front panel), another pair of phono connectors for S/PDIF digital audio in and out, a BNC socket for word
clock and video sync signals, another XLR for a timecode input, a six-pin 400Mbps Firewire socket, and
a PS2 keyboard socket. The latter allows a standard keyboard to be attached for easier file naming as
well as surprisingly comprehensive remote control functions not just of the transport commands, but
also to access and configure the menus and other machine attributes. The headphone output provides
up to 55mW per channel into 32(omega) headphones, which is sufficient for most applications, though it
may not be quite enough when working in very noisy locations. If headphones are not plugged in, audio
can be auditioned via an internal speaker mounted on the top panel behind the LCD screen. A single
internal electret microphone is also built into the top panel for convenient low-quality mono recording
purposes.

Controls
The top panel is neatly laid out with clear white and blue legending. Nine recessed toggle switches
provide separate input source selection for the right and left channels (balanced mic or unbalanced line)
and individual pad on/off switching, with global switches for phantom power, internal or external mic
selection, low cut filter, limiter and limiter stereo linking. Five recessed push buttons on the top panel are
used to navigate and configure the machine's menu structure, labelled Select, Cancel, Menu, Project
and Display. The Display button provides direct access to a menu page for adjusting the contrast and
brightness of the LCD screen, along with the backlight duration, and the Project button leads to the
Current Project menu. Two-button shortcuts provide access to some of the other menus too (Menu-
Project for the New Project window, Menu-Display for the System menu, Menu-Timecode for the
Timecode settings menu, and so on). A data wheel is also provided to scroll around the menus, adjust
values and move through the audio timeline when selecting edit
points.
Along the front edge of the top panel are four transport buttons
Rewind, Forward, Stop and Play. Pressing Rewind and Stop
together forces the cue point to the very beginning of the file.
Over on the left-hand side is a non-latching power slide switch
to turn the unit on or off.
The front panel is laid out in an equally simple manner. To the left is the recessed headphone/speaker
volume control, with the large LCD screen dominating the left-hand side of the panel. This display is
conveniently angled back slightly to make it easy to read both when the machine is placed on a table
and when slung over the shoulder.

Sound On Sound - July 2006 76 of 178
To the right of the display are six more recessed buttons. Timecode switches the timecode chase mode
on or off, Retake deletes the last recording made, the backwards and forwards Locate buttons jump to
the previous or next marker point, and Marker inserts a marker in the file. Finally, the Hold button is a
sturdy slide switch that locks out all the other keys to prevent accidental operation. Sensibly, pressing
the Retake button brings up a dialogue box asking if you are sure you want to delete the last take. This
gets very tedious if you need to do a lot of retakes, but the dialogue box can be circumvented by
pressing the Stop button at the same time as the Retake button, which is a thoughtful feature. Set back
into a separate recessed section are the transport Pause and Record buttons, each with bright LEDs to
confirm their current status, and, last but not least, a dual-concentric input level control.

Menus
In normal operation, the LCD screen carries all the essential information required when recording or
playing back a file. There is a horizontal stereo recording level meter, a timeline display, the current
project and file names and last marker number, the capacity of the pre-record buffer (if active), the
recording settings (sample rate, wordlength, mono/stereo and sync reference), locator time value, and
various icons to indicate the transport and connection status external or internal power, Hold lock
on/off, transport mode, Firewire connection, and remaining Compact Flash card capacity. This last item
is one of the more critical bits of information on display, so it seems odd that it should be consigned to a
small graphic in the bottom right-hand corner. However, in practice, I found it easy enough to read.
By pressing the Menu key on the top panel, the display changes to show the main menu structure.
Submenus are selected using the data wheel and Select button. As with most other aspects of this
machine, the menu structure is intuitive and largely self-explanatory, and the handbook quickly clarifies
the few slightly less obvious aspects. For example, one slightly unusual facility tucked away in the
Project Settings menu is that the headphone output can be set to provide stereo, summed mono, mono
from left or mono from right signals or to 'Follow Record Mode'. The last option is probably the most
sensible, otherwise there is the possibility of ending up monitoring something other than what is being
recorded without realising it!
A more useful option in this submenu is that markers can be inserted automatically whenever the input
is overloaded and/or if the timecode input disappears. The meter decay rate, peak hold time and clip
indicator duration can also be set here, as can the default file name, the timecode and chase settings,
input (analogue or digital) and clock sources, sample rate and word length. Another useful facility is that
project templates can be set up, allowing the user's preferred settings for different applications to be
established and recalled quickly when preparing the machine for a new recording session.
The Systems menu allows the real-time clock, date and time stamp to be set and provides the option of
audible beep alerts for low battery and memory capacity, media management tools (Get Info, Clean Up,
Scan, Erase and Format), and the means to install firmware updates. A very handy facility here is the
Media Speed Check function, which writes and then reads some test files to assess the speed of the
Compact Flash card. It then displays a table showing the expected status for the full range of sample
rates and file formats (mono/stereo and 16/24 bits). Using 1GB 80x Lexar cards the test claimed that all
modes were acceptable, but with slower cards it is likely that the high sample rate modes would be
unreliable or even unworkable. Firmware updates are performed simply by copying the appropriate
upgrade file to a blank Compact Flash card, and then booting the machine with the card installed.
The timecode facilities are more than adequate for most applications, with a comprehensive selection of
frame rates and pull-up/down modes. The internal sample rate can be synchronised to an external
timecode feed if required, and when chasing timecode for playback, an offset value can be entered or a
specific timecode frame can be set to trigger playback. The freewheel period can also be specified to
determine how long the machine will continue in play or record once timecode disappears. The HDP2
will automatically stop if the timecode value exceeds a 24-hour time period after the default start time of
01:00:00:00. So, for example, if you were recording after midnight, the machine would stop
automatically at 00:59:59:29! To overcome this limitation, the Timecode Origin time can be set to
something more appropriate to ensure the actual recording time falls within the 24-hour window allowed
by the machine.
Sound On Sound - July 2006 77 of 178


Transferring Files
The HDP2 is equipped with a Firewire interface and is recognised by Windows XP and Mac OS X v10.3
as an external Firewire drive. Unlike USB 2 Plug and Play interfaces, the Firewire connection has to be
'undocked' through the computer's software before unplugging. Once undocked, the HDP2 reboots
automatically and then functions normally. If the host Firewire port provides power, then the HDP2 will
select this in preference to internal batteries or even its own
power supply, depending on the voltage.
An alternative to using Firewire is simply to remove the
Compact Flash card and insert it in a standard card reader. This
was the way I made most transfers, simply because that is the
way I generally work when accessing digital camera pictures.
Using a USB 2 card reader the download time is minimal,
though obviously dependent on size and number of files.
Whether accessed via Firewire or directly from the Compact
Flash card, the file structure is clear, with individual mono or stereo audio files appearing within separate
Project folders, all with the appropriate default or user-defined names. Maximum file sizes are
determined by the card's formatting the FAT16 or FAT32 file systems can be used but if a
recording exceeds the file size limit, the first file is closed and a new one started seamlessly. When
imported into a DAW, the files are placed automatically according to their time stamp and join together
with sample accuracy. If your DAW software can't handle this arrangement, Tascam also supply a
stand-alone software application for Mac and PC that will automatically conform a number of files
contained within a project into a single contiguous file. Various reformatting options are also provided
such as changing the word length and channel format.

A Delight To Use
I found the HDP2 a delight to use, and the more I used it the more I liked it. There are a few little
operational traps for the unwary, but overall it is a well-designed, straightforward tool that does exactly
what it is supposed to.
Synchronising the unit to external references and recording from digital sources is very simple and I
couldn't fault the performance or quality at all. When recording analogue sources, the line-level inputs
performed very well, indicating the presence of good-quality converters and electronics. However, the
real test is what happens when decent mics are plugged in and I'm pleased to report that the quality of
the HDP2's mic preamps is surprisingly good. I was able to make very creditable location recordings
using an M&S pair of Sennheiser MKH mics, and recorded a couple of indoor interviews using cheaper
electret mics both relying on the machine's own phantom power supply.
I had no problems setting levels to optimise noise and headroom, and the preamps are of a similar
standard to those of a decent compact mixer, which is pretty good for a device at this price. Of course,
with 24-bit converters, you can afford to leave a significant amount of headroom and still acquire very
usable material, so the limited gain range of the preamp isn't a problem in practice.
Although there is no M&S decoder facility in the input or monitoring chains, you can at least select to
monitor only the left input on both ears, which makes working with an M&S mic array much easier than it
otherwise would have been. I didn't use the limiter in earnest since I prefer to allow sensible headroom
margins, but on testing it seemed effective and reasonably benign in action. The high-pass filter is
perhaps a little heavy-handed, but very effective in reducing rumbles and wind noise.
I was reassured by the large and obvious warning displays when the batteries are running low or the
Compact Flash card is nearly full it's embarrassing to say the least if the machine stops halfway
through an unrepeatable take! Similarly, another important feature to note is that the HDP2 continuously
rewrites the file header as a recording is being made. This means that should there be a break in the
power, the entire file isn't lost only the last tiny portion captured after the last file header update will
be lost. Having worked with a lot of Minidisc and first generation card recorders in the past, I can vouch
for just what a life saver this can be!

Sound On Sound - July 2006 78 of 178
The only real disappointment is that the internal editing functions are too basic to be a lot of use. Files
can only have their start or end trimmed. It is not possible to delete portions within a file, or to split a file
into two to trim the ends and then rejoin. Of course, most people would prefer to load the files on to a
computer and use the far more effective editing facilities of their DAW software, but sometimes you have
to fix the recording while out on the road, and the options are severely limited with the HDP2 as it
stands.

Summing Up
All in all, this is a well-thought-out recorder that provides very serious competition not only for the Fostex
FR2, but also some of the more upmarket professional offerings from the likes of Sound Devices and
Nagra. Although a little more expensive than some broadly similar units from Marantz and others, the
margin is not that great and many potential purchasers may feel the HDP2's more comprehensive
feature set and better analogue electronics more than justify the difference too.
The HDP2 is easy to use, well specified, and flexible to configure. The inclusion of the timecode record
and chase facilities expands its potential uses and market considerably, and the adoption of the
Broadcast Wave file format makes its data files universally accessible. For the time being, this neat
Tascam machine sets the benchmark in terms of features at this price, and will sit at the top of my wish
list!
Published in SOS July 2006
Sound On Sound - July 2006 79 of 178
Taylor Guitars K4 Equaliser
Click & Buy PDF
Preamp & EQ For Expression System Guitars
Published in SOS July 2006
Reviews : Preamp

This Rupert Neve-designed three-band EQ and preamp is intended for
Taylor acoustic guitars equipped with the Expression System
magnetic pickup array.
Dave Lockwood
Taylor's K4 Equaliser is designed primarily to operate as a
companion to the Expression System (ES) acoustic guitar
pickup that is built into many of their instruments. The K4
provides a single channel, three-band EQ in a distinctive stand-
alone, chrome-and-hardwood housing and, like the Expression
System's on-board preamp/EQ, it was designed in collaboration
with legendary console designer Rupert Neve.
A transformer-coupled XLR/TRS combi-jack accepts nominally
mic- or line-level signals, but there's no gain control as such
the system's preset gain is set to suit the balanced, buffered,
low-impedance output of a Taylor ES guitar. Actually, there's another 10dB of gain available if you turn
up the output volume beyond its centre detent, making about 16dB available when using the TRS line
input and about 50dB via the XLR, so you could use it as a mic amp on louder sources, although there's
no provision for phantom power.
The output is via XLR at mic level and TRS jack at line level. Both outputs are balanced and may be
used simultaneously, allowing the K4 to be used as an on-stage split, feeding both PA and an amp, for
example, or PA and a direct recording feed. A dedicated Tuner output allows you to keep your tuner out
of the signal path and picks up its signal right at the front end, remaining active whatever else you do to
the controls.
Separate Send and Return TRS jack sockets for the switchable effects loop allow interfacing to remain
fully balanced, avoiding the forced unbalancing of the more common TRS, send-and-return insert point.
By switching the EQ to post-loop and plugging into the insert return, you can bypass the gain stage and
use the K4 just as an equaliser with line-level sources.
A phase-invert switch is there to assist in reducing feedback, or to match the DI signal's polarity to that
of an additional mic on the guitar, and there's a ground-lift switch to eliminate ground loops, where
necessary. A front-panel headphone jack with its own level control completes the connections. Power
(3-15V DC) is via an external DC transformer or, in an emergency, two 1.5V 'C' cells that will run the unit
for up to 10 hours.

Three-band EQ
The K4 has +/-10dB low- and high-frequency shelving filters, with 125Hz and 8kHz corner frequencies
respectively, and a single, fully-parametric +/-10dB mid-frequency band, sweepable from 80 to 800Hz,
with a x10 range multiplier. All of the gain controls in the EQ section are centre-detented with adequate
legending, but only the extremes of the mid-band frequency control (80Hz and 800Hz) are marked. I, for
one, would have found a few more markings helpful. The K4's configuration of two fixed bands with a
wide-ranging parametric mid-band is a common enough design choice and perfectly effective in most
applications, but given that the Expression System itself already has built-in high- and low-frequency
shelving EQ, there is surely a strong argument to be made for equipping its companion equaliser with
two fully parametric bands instead.
As it stands, the K4's EQ configuration is fine for recording
applications, where the majority of your tonal shaping is likely to
be of the creative kind, sculpting the response into the precise
tonality you want. But in live performance, the EQ challenge is
entirely different. Taylor's Expression System is one of the most
inherently feedback-immune pickup systems out there, but at
performance levels it can still feed back, even if only via the
strings 'taking off' on certain notes. Notching out the guitar's
primary resonant frequency will yield a few more dBs of additional level or a useful safety margin, but


Sound On Sound - July 2006 80 of 178
with only one sweepable band you are sometimes faced with a choice between creative or corrective
applications when you really want both.

In Use
That aside, the K4 is a beautiful-sounding equaliser, with a warm, organic character that means the
signal never sounds harsh or over-EQ'd, even at quite radical settings. With an ES-equipped Taylor 514
as the source, most of the time I found I only wanted to add or subtract a tiny amount of the body of the
tone with the low-frequency band (depending on whether I was picking or strumming), add some gloss
to the top end with a couple of dBs of high-frequency boost, and dip out a tiny bit of mid-range. The
Expression System's magnetic string-sensor and body-sensor combination produces a fairly warm-
sounding output anyway and the K4 seems to perfectly complement that. Using a guitar with a Sunrise
magnetic pickup (via its essential SB1 buffer interface) produced similarly pleasing results at a range of
settings.
There's a lot of overlap between bands both high- and low-frequency bands extend well into the mid-
range and the mid-frequency band spans more than the entire range of both. This generally makes it
very quick and easy to get what you want, although guitars with under-saddle pickups I also tested
the K4 with an L R Baggs Element and a Fishman Matrix fared less well, to my ears, than the
Expression System guitar. The K4's fixed high-frequency shelving filter starts to rise at about 1kHz,
reaching full boost at 8kHz. Consequently, when enough boost is applied to add some extra high-
frequency sheen, the filter is also creating a bit of lift in the upper mid-frequency 'quack' zone. Of course,
you can counteract this using the parametric mid-range band, but not if you want to be using it to drop
out some of the mid-range!
However, equalising an under-saddle pickup is inherently compromised anyway, as you are essentially
always chasing a moving target the spectral content of the output varies with level sufficiently for your
EQ setting for loud strumming to be completely wrong for fingerpicking, and vice versa. The 'four bands
plus feedback notch' configuration of something like the ubiquitous L R Baggs Para DI though that
unit is undeniably not as sweet sounding as the K4 seems perhaps to be a better tool for this job.

Conclusions
Although you can get fine results out of the K4 in other applications too, such as bass and electric
guitars, I think it, unsurprisingly, does its best work with the source for which it was designed an ES-
equipped Taylor. However, the asking price would buy you a very nice, fully-featured channel strip with
an on-board power supply, a variable gain control and dynamics processing, which would undoubtedly
be far more useful in a variety of other applications. And, in the absence of a high-impedance input
(1M(omega) or so) suitable for passive electric guitars, and neither variable gain nor a variable high-
pass filter, it is difficult to raise an argument for the K4 as the guitar-optimised recording system front-
end that it might have been.
If you are a Taylor ES user, the attraction of the K4 lies in knowing that you will be getting the absolute
best out of the whole system. It offers optimal impedance and level matching, high headroom and very
low noise, in a format that lives up to the quality image of the brand, whilst also being robust enough to
sit on the floor amongst the other DI boxes at a gig. The EQ delivers warmth and detail with pristine
sound quality, albeit at a premium price. But if you are opting for a high-end, ES-equipped Taylor guitar
anyway, why not go the whole way?
Published in SOS July 2006
Sound On Sound - July 2006 81 of 178
Toontrack EZ Drummer
Click & Buy PDF
Virtual Drum Instrument [Mac/PC]
Published in SOS July 2006
Reviews : Software

Toontrack's simplified version of their flagship DFH Superior offers
fewer kits, but with the same sound quality and in a more user-
friendly interface.
Paul White
Toontrack were amongst the first companies to provide really
good multisampled acoustic drum-kit sample libraries
(specifically Drum Kit From Hell), with both dry and ambient
sounds that could be mixed to give the required degree of
liveness. Since then they came up with DFH Superior, an
excellent-sounding drum-sample-based virtual instrument that
was probably less successful than it deserved to be, because its
user interface was perceived as being rather complicated. In the
light of competition from the likes of FXpansion's BFD and the
rather more abstract Stylus RMX from Spectrasonics, Toontrack
set about developing a simpler, easier drum kit virtual instrument, and the result of their efforts is EZ
Drummer. EZ Drummer requires a minimum spec of an Intel Pentium III or AMD Athlon 1.8GHz PC with
512MB RAM running Windows XP, or an Apple Mac 1GHz G4 running Mac OS 10.2.8 or higher with
512MB RAM. AU and VST plug-in formats are supported, and authorisation is via the familiar challenge-
and-response system.

Streamlined User Interface
While the user interface is extremely simple, the samples are of the same quality and range as those in
DFH Superior, but with a narrower choice of drum sounds. All the drums for this instrument were
specially recorded at Avatar Studios in New York. Toontrack's own TPC II data-compression system is
used to fit over 7000 sound files at 16-bit, 44.1kHz (equivalent to 5GB of uncompressed WAV files) into
only 1.5GB of hard drive space, and they've also included a huge library (more than 8000 files) of very
usable MIDI drum grooves and fills that can be dragged and dropped directly into a sequencer's arrange
page in much the same way as is possible with
Spectrasonics' Stylus RMX.
A Humanize button adds slight variations to give the
patterns more of a 'played' feel, and the velocity
response of the whole kit can also be controlled by a
single knob to adjust the playing feel. Grooves and
fills can be auditioned direct from the MIDI-file
browser, and the arrangement is very logical,
making it simple to pick out variations on the type of
rhythm you want, as well as suitably styled fills.
Another nice touch is that you can store your own
rhythm MIDI files in the library, so if you've bought
some of the excellent Twiddly Bits MIDI rhythms (or
something similar), you can now access and
audition them much more easily.
The drum kit mapping is preset to the GM standard,
with some duplication on otherwise unused keys to
help with two-handed playing, and there's a choice
of using the plug-in with a stereo output or up to
seven separate stereo outputs. Separate and main
stereo outputs can also be used together, so you
could, for example, keep most of the kit as a stereo
mix, but isolate only the kick and snare for further
processing. As with BFD, there's now a much more
visual mixer that allows for the level adjustment and
panning of the close mics on the drums, plus
separate control over the overhead mic level and the stereo room-mic level. Mixer presets are available
for fast changes in kit sound, and bleed between mics can also be switched on or off for the snare and


Included Drums
KICK DRUMS:
14 x 22-inch and 18 x 22-inch GMS with felt-and-plastic
beater
14 x 22-inch GMS double head
SNARE DRUMS:
Rogers Wood 4.5 x 14-inch
Slingerland '70s 6.5 x 14-inch
GMS Picollo 13-inch
TOMS:
12-inch, 14-inch, 16-inch, and 18-inch GMS
HI-HATS:
14-inch Zildjian HHX Manhattan
16-inch Zildjian Crash Hats
CRASH CYMBALS:
19-inch Sabian AA Medium Thin
16-inch, 17-inch, and 18-inch Sabian HHX Evolution
16-inch Sabian HHX Evolution Ozone
13-inch and 18-inch Sabian Jack DeJonette Encore
RIDE CYMBALS:
21-inch Sabian Handhammered Vintage
22-inch Sabian Handhammered Raw Dry
YAMAHA CLUB JORDAN COCKTAIL DRUM KIT:
kick drum
snare drum
5 x 8-inch and 5 x 10-inch toms
14-inch Zildjian hi-hats
Mikaelsson Custom ride cymbal
Sound On Sound - July 2006 82 of 178
overhead channels. However the ability to tune or damp the drums has been removed for the sake of
simplicity.
The rather busy interface of DFH Superior has been replaced by a visual representation of a three-tom,
three-cymbal drum kit viewed from the player's perspective. Clicking on the heads auditions the sounds,
while a drop-down menu activated at the lower edge of the drum or cymbal rim shows the alternative
sounds that can be loaded if you don't want to use the default kit. An info bar shows how big the
samples are, so you always know how much RAM you've used. (See the 'Included Drums' box for a list
of all the various kit options.)
The architecture of EZ Drummer allows for expansion kits to be added at a later date, and the Cocktail
Kit that came with DFH Superior is included as standard. This has a wonderful light jazzy feel that
contrasts nicely with the main pop and rock kits. When an expander is loaded, the drum kit in the display
changes to reflect the contents of the expander. Further expanders are planned for around September,
and the original DFH will also be turned into an expander. According to Toontrack, if there seems to be
a demand, specialist percussion expanders may be added later.

Is It A Hit?
Although the range of drum sounds is a little limited, what you get comes pretty close to the kind of drum
sound I tend to strive for anyway, and by switching the snare drum and/or the kick drum and adjusting
the amount of room and overhead mics in the mix, you can get anything from a general-purpose miked
acoustic kit suitable for most pop styles to a fairly brash rock kit. The quality of the samples is excellent,
with no obvious truncation and plenty of velocity levels, and this extends to the Cocktail Kit, which
should fit in well with any contemporary jazz or Latin-influenced pop compositions. The sounds also
work well when triggered from an external electronic drum
interface such as Roland's V-Drums.
As to the user interface, that is now as simple and intuitive as
you could hope for, and the only thing I think might usefully have
been added is the ability to add swing to the rhythm patterns
before dragging them into your host sequencer. Having said
that, most sequencers will allow you to add swing to your MIDI
parts retrospectively, so it's not an insurmountable issue. I also
think it is worthy of special note that the vast majority of the
MIDI drum rhythms are sensible variations on the 'bread and
butter' drum patterns that most of us use most of the time, so
you shouldn't have trouble getting them to fit your songs unless
you're into writing in weird time signatures or using odd rhythms.
And if you are, then there are always third-party MIDI drum
loops that you can use with EZ Drummer. Given its low cost, great sounds, and ease of use, I can't see
how EZ Drummer can fail to do well.

Alternatives
There are no obvious direct alternatives for EZ Drummer, as most other drum virtual instruments are either
philosophically different or more complex. FXpansion BFD probably comes the closest in terms of approach,
but also check out Glaresoft iDrum, Submersible Music Drumcore, and Steinberg Groove Agent 2 if you like
the idea of a drum instrument that also includes rhythms.
Published in SOS July 2006

The new visual mixer window makes it
simple to balance the kit sound.
Sound On Sound - July 2006 83 of 178
Unitonic Aurora 2
Click & Buy PDF
TDM Soft Synth for Pro Tools
Published in SOS July 2006
Reviews : Software

The first product from developers Unitonic is an unusual TDM soft
synth with plenty of hidden depths.
Jem Godfrey
I like to think there's not much that passes me by with regard to
soft synths that are available for Pro Tools in one form or
another, but I must confess that the original Unitonic Aurora did
just that. So it was with great interest that I got my hands on the
new updated version of this mystery soft synth, Aurora 2.0.
According to the press release, Aurora is a piece of software
that fuses pure additive synthesis with frequency, pulse and
noise modulation and non-linear wave distortion. Personally, I'm
always a bit suspicious of synths that hide behind synthesis
jargon as I'm not sure many people either (a) know what it
means, or (b) really care. I'd much rather be stuck in a traffic
jam than a linear vehicular anti-motion scenario generator, but
that might just be me turning into a grumpy old man.
Currently, Aurora is only available for Pro Tools HD Accel systems running Pro Tools 6.0 or later under
OS 10.2.2 and above, although Unitonic say that a PC-compatible version should be available by the
time you read this. Unitonic also say there will be RTAS and AU versions in the not-too-distant future
too, so pretty much everyone will be able to have a go. A quick check at the Digidesign web site also
confirms that Aurora is compatible with Pro Tools 7 too. Installation is simple, and Aurora is authorised
to an iLok key, so obviously you'll need an iLok and an iLok account before you can get cracking.

A Little (Northern) Light Music
Once summoned into existence, Aurora's user interface is large and easy to read. It's quite a change
from version 1's Star Trek look, opting for a more friendly and inviting grey-and-pastel colour scheme
instead. The main page is split up into three sections. The upper section is the main edit area, where
you'll find a selection of tabs running along the top that switch the panel beneath to the various control
parameter pages tone, waveform, envelope, key scaler, modulation matrix, sequencer, tuning and
global control. To the right of this is a graphical display that provides a snapshot of each of your chosen
waveforms and how they're being affected by the parameter
changes happening on the left.
The middle section is a row of buttons that select the various
parameters for editing in the upper and lower sections. This also
enables the faders in the lower section to have access to one
parameter, but applied to all the eight waveforms or, 'partials' in
Unitonic-speak, that make up an Aurora patch.
The lower section is a context-sensitive mixer that directly
relates to the middle section. You can Option-select multiple
partials and perform group edits here, as well as muting and
soloing. However, any changes you perform don't happen in
real time; you have to keep re-triggering the key to hear the
effects of your tweaking. It's not something I've encountered in a
soft synth for some time, and although it's not exactly the end of
the world, I did find it a little irritating after the hundredth key
press.
Each sound in Aurora can be made up of as many as eight partials. Each of these partials is, in fact,
comprised of two separate sound generators: a carrier wave (confusingly, also called a partial) and a
frequency/phase modulator called a 'timbre'. Each can be assigned to a multitude of waveforms, and the
carrier can then be duly modulated by the timbre. This can result in the creation of some very complex
waveforms indeed. There is also the ability to load in your own custom waveforms to add further spice to
the mix; once you've loaded in your audio, you can scrub along it until you find a suitably exciting


Each Aurora partial can contain up to eight
separate envelopes, and a sound can be
made of up to eight partials.
Sound On Sound - July 2006 84 of 178
moment, then Aurora can provide you with a handy spectrum editor that filters down the sound to
remove any unwanted harmonics and distils the results into something rather more musical. In my case,
I took a backing vocal I had knocking around and managed to mangle it into something almost
resembling a granular lead sound akin to Propellerhead's Maelstrom. However, you do have to work at
it, and I didn't find it a particularly quick process. On the plus side, I recorded the output of Aurora into
Pro Tools as I was tinkering with the waveform, and that alone generated enough interesting audio to
keep a sci-fi sound designer inspired for a week! Theoretically, you'll be able to get 128 voices out of
Aurora using a single DSP chip, although the more partials you use, the greater the reduction in
polyphony. I set up a whopper patch and still managed to get 16 or so voices to sound at once, which is
more than enough for most Aurora applications.
Once you have your basic sound, you can the mangle it further with an impressive 12-stage looping
envelope generator that works on each partial within the patch, should you so choose. You can have up
to eight different parameters per partial controlled by their own envelope generators, including pitch, pan
and amplitude. That means that with a full eight-partial patch utilising all eight envelopes per partial,
you'll end up with a mind-boggling 64 independent envelopes
thundering along at the press of a key!
Aurora also sports a pretty comprehensive modulation matrix.
Again the graphical interface is a real plus here: you just select
the parameter you want and drag it to the desired level. In no
time, I was sending one partial over to the left whilst another
jumped a fifth and panned hard right, just by using the D-beam
controller on my Roland V-Synth. Plenty of scope for fun and
games here.
Each patch also has a 32-step sequencer that you can use to
manipulate elements within the partials. Anything from filter
sweeps to pitch information can be specified to give a patch yet
more movement. Irritatingly, though, the MIDI clock switches
back to internal rather than external sync every time you change
presets, so if you want a sequenced patch to sync to Pro Tools,
you have to reset every one that you load. In the end I gave up
auditioning them and moved onto some other sounds, as this
was doing my head in!
In fact, this brings me onto my main complaint with Aurora. In its current form, it's pretty buggy. For
example, there's one bug where the volume levels can cause the synth to overload its own output; the
bells section is particularly bad for this. In addition, changing the pitch of one partial to the strangely
abstract increment of 999 (which equates to one octave up) when using the step sequencer caused that
note to stop sounding. Also, if I held down some notes whilst changing patches, the resultant sounds
could sometimes wildly differ from previous times I'd selected the same sound. I also found that volume
levels differed considerably between some of the patches. The factory default sound is also set
extremely high, so much so that the TDM plug-in overload indicator came on straight away when I
played a note. Reducing the volume control rectified this, but I nearly leapt through the ceiling when I
first tried it! Unitonic took my comments on board when I pointed them out and have assured me these
problems this will be rectified when v2.02 is released shortly. There will also be a whole new array of
patches included too.

Patching Things Up
Sonically, Aurora is capable of a great many different things. It can range anywhere from Minimoog-style
lead and bass sounds through to some very digital DX-style noises and right the way on to some almost
PPG-esque tones as well. Interestingly, the DX-style tones reminded me of my old DX21, the FM having
more of a four-operator type sound than the six-operator character of the DX7. I also found that quite a
few of the sounds benefited from reverb or chorus which I added separately, as they could be a little thin
and harsh on their own.
I couldn't honestly say that Aurora set me on fire, and at its recommended retail price of $699, you can
pretty much have your pick of the soft-synth universe although if you need one that can run on Pro
Tools DSP cards, the choice is not wide. It might be a grower, though: the presets are a good starting
point, but I feel Aurora really comes into its own once you start getting your hands dirty under the
bonnet. This is a synth that will reward experimentation and produce some never-before-heard sounds,
as long as you have some time to spare.

You can load audio from Pro Tools into
Aurora to serve as waveforms for the
synthesis algorithms.
Sound On Sound - July 2006 85 of 178

Alternatives
There are innumerable soft synths around, but surprisingly few that run on Digidesign's TDM cards. Of these,
only DUY's Synthspider modular synth (reviewed in SOS December 2002) offers similar depth and
programming potential to Aurora, though its architecture is very different. In the world of native synths, both
Camel Audio's Cameleon 5000 (April 2004) and Virsyn's Cube (September 2003) provide sophisticated
additive synthesis capabilities, including the ability to resynthesize audio from WAV and AIFF files. Native
Instruments' Absynth 3 (April 2005) can also manipulate audio in interesting ways and is worth a look if you're
into serious programming, but in terms of the sound it makes, NI's FM7 is Aurora's closest comparison.
Published in SOS July 2006
Sound On Sound - July 2006 86 of 178
VSL Vienna Instruments
Click & Buy PDF
Virtual Orchestral Instruments [Mac/PC]
Published in SOS July 2006
Reviews : Software

The Vienna Symphonic Library are well known for their amazingly
detailed collections of orchestral sounds, and now they're providing
them as virtual instruments. Will this take the VSL concept to a new
audience, or is it a step too far?
Dave Stewart
It's been a long ride. Since the first sample was recorded in
December 2000, it's taken the Vienna Symphonic Library team
over five years to release their definitive orchestral library. The
unveiling of VSL's First Edition in 2003 galvanised the orchestral
sampling scene, and the gigantic 236GB Pro Edition which
followed was even more stunning. Both of these enormous
libraries combined exquisite musicianship with the pristine
sound quality of VSL's specially constructed recording venue,
the Silent Stage. Although lacking the reverberant 'glory trails' of
a concert hall, this acoustic space has consistently yielded
recordings with an incredibly low noise floor.
If one could always depend on VSL for quality, their release
policy has been less predictable: rather than issuing a
conclusive mega-edition as expected, the company began
hiving off chunks of their sample database in a set of 15 themed
titles called the Horizon Series. The Horizon Opus 1 compilation
offered an affordable entry point into VSL's lush orchestral
world, while Solo Strings, Epic Horns and Woodwind Ensembles
augmented the Pro Edition's instrumentation. But this piecemeal
approach was never going to satisfy VSL power users like
the believers huddled on the mountain side in Close Encounters, they knew something bigger was
coming. Now, the long wait is over. Announcing its presence with a blast on its contrabass tuba, the
Symphonic Cube has landed.
Even this, however, hasn't gone quite according to expectations it would be more accurate to say that
the Cube is in the process of landing, being beamed down to us in the form of 10 themed sets, the so-
called Vienna Instruments, which will together comprise the 545GB Symphonic Cube and at the time
of writing, only the first five of the 10 are available, with the other five scheduled to be released by the
time you read this. But, I hear you cry, what happened to the 'final hard disk edition' trumpeted by the
Viennese baton-wavers since 2002? The short answer is that the company dropped the idea (if not the
baton) and decided to follow the current trend towards virtual instruments, resulting in the creation of the
new Vienna Instruments Player (compatible with Windows XP and OS X for Macs, and available in
stand-alone, VST and AU plug-in formats).
When questioned on the change of direction, VSL say that by integrating performance control software
and sample management, their new player can operate 'with more sophistication and intelligence than
any sampler currently on the market'. I suspect another factor is that virtual instruments are harder to
pirate than an unprotected sample library, but VSL prefer to accentuate the positive: according to them,
the Vienna Instruments have a 'zero learning curve' and can even read your mind! We'll soon see about
that...

Standard Attention
The first five Vienna Instruments (or VIs) to be released are Solo Strings, Chamber Strings, Orchestral
Strings I and Orchestral Strings II, and Woodwinds I. The remaining five collections (Woodwinds II,
Brass I and Brass II, Harps and Percussion) should be out by the time you read this. The Vienna
Instrument Player is identical for each collection, so if you buy multiple titles you'll only have to install the
Player once.

VSL's innovative interface for the Vienna
Instruments. The patch list is displayed on
the right (this space can be used to show
various parameters via its top tabs), while
the currently selected patch is shown at the
top left. Below this is the 12x12 articulation
matrix, in the centre is the selector ring, and
at the bottom left above the virtual keyboard
is a keyswitch note assigned to a matrix.
Sound On Sound - July 2006 87 of 178
The installation procedure involves registering your collection's
serial number, receiving an activation code from VSL,
downloading a Syncrosoft licence, inserting a Vienna Key (a USB
Syncrosoft dongle like the one used by Cubase), installing the
Vienna Instruments Player and sample data and running a
Directory Manager utility so the instrument can find its samples.
Finally you're ready to rock, but after jumping through those
hoops you'll probably feel more like a cup of cocoa and a nice lie-
down!
In another break with tradition, VSL have not supplied individual
printed manuals for the Vienna Instruments; each one ships with
an identical slim booklet explaining the player's structure and
installation procedure. However, registered owners can download
PDF files containing complete patch and articulation listings for
each collection from www.vsl.co.at/en-us/68/375/241.vsl. A less
definitive listing for the non-registered curious amongst you can be found at
www.vsl.co.at/static/vi_pop/shop_info_symphonic_cube.asp.
As well as the software instrument, each of the 10 Vienna Instruments collections includes a 'standard'
and an 'extended' library the extended one is twice the size of the standard and boasts a more
elaborate set of articulations. The extended library is available to all purchasers for 30 days, but you can
only gain permanent access to it by paying another fee on top of that required for the standard library
(for more on the complex pricing structure of the Vienna Instruments, see the 'Pricing' box on the last
page of this review).
Although the samples in the 10 Vienna Instruments have been reprogrammed from scratch and offer 24-
bit resolution throughout, at least 50 percent of their musical material has already appeared in previously
released VSL libraries. However, VSL are very open about this, explaining the provenance of the
content in some detail at www.vsl.co.at/static/vi_pop/vi_overview_pop.htm. The 'Vienna Instruments'
section of their web site also separates the articulations in each instrument into 'new' and 'existing'
categories, and shows the contents of the standard and extended libraries.

The Interface
The interface used by all 10 Vienna Instruments (shown at the head of this review) has a somewhat
nautical appearance which put me in mind of a smart Adriatic cruise liner. The main action takes place
around the edge of the central 'porthole', called the 'selector ring'. Patches are loaded simply by
dragging them over from the right to the left-hand window. Strangely, there's no 'MIDI channel select'
option: the VIs operate exclusively in MIDI omni mode, something I've not seen since 1983! This is not a
problem if you plan to run the VIs as plug-ins in your sequencer, but if you want to use multiple stand-
alone players to play different parts, you'll have to use a virtual-instrument host program VSL suggest
Steinberg's Vstack.
The patches in the VIs can't be changed (although they do have programmable performance settings),
so it's impossible to create keyboard splits or alter playing ranges. This posed an immediate problem:
for example, I found the attack of the 'Strings sus vib' patch (a four-way split of double basses, cellos,
violas and violins) too slow, and although its four components each have their own fast attack option,
there was no way to map them into a playable combination, which seems like a backward step to me.
Another limitation is that the pitch bend is restricted to two semitones, so you can't create extreme bend
effects. Not an issue for those who stick to traditional orchestral sonorities, but I don't think pop/rock
producers, sound designers and keyboardists who habitually set their instruments' pitch bend to more
than a tone will be be too pleased.

Previous VSL Reviews In SOS
As each of the five currently released Vienna Instruments features a substantial amount of musical content
from earlier VSL releases, you may want to read the reviews of these titles on the SOS web site.
VSL FIRST EDITION
www.soundonsound.com/sos/may03/articles/viennasl.asp
VSL PRO EDITION
www.soundonsound.com/sos/mar04/articles/vienna.htm
VSL SOLO STRINGS
www.soundonsound.com/sos/sep04/articles/sampleshop.htm

Sound On Sound - July 2006 88 of 178
VSL CHAMBER STRINGS
www.soundonsound.com/sos/jan05/articles/sampleshop.htm
VSL FRENCH OBOE
www.soundonsound.com/sos/jan05/articles/sampleshop.htm
VSL WOODWIND ENSEMBLES
www.soundonsound.com/sos/dec04/articles/sampleshop.htm

Matrix Convolutions
Once selected, a patch occupies a 'cell' which has adustable volume, delay and envelope settings. The
VIs can hold up to 144 such cells, arranged in a 12 x 12 grid which VSL call a 'matrix'. Only 18 cells can
be seen on screen at one time, but the view area can be shifted. A highly flexible system allows you to
swtich between articulations in horizontal and vertically-aligned cells by a variety of means: keyswitches,
your keyboard's pitch wheel, a user-defined MIDI controller (mod wheel, footswitch, and so on), velocity
(users can create velocity splits between two or more patches, although the patches' internal split points
can't be changed) and Speed (of which more in a moment). The whole setup can be saved as a user
matrix.
More complex setups are possible: a cell may contain two patches (as
shown on the left) which can be layered or crossfaded, and a third
'parallel' cell can be added as a universal layer, which is a good way of
adding a global attack (such as a sfz performance) to the matrix. The
Vienna Instrument Player is not choosy about what type of instrument
it plays (although it will not import sounds from other sampler formats),
so you can switch between strings and woodwinds within a matrix, or
even layer brass and percussion in a cell.
Up to 12 matrices can be assembled in a preset and selected via
keyswitches. VSL gleefully point out that this system makes 1728 (12 x
12 x 12) articulations available to a single MIDI track and while
that's 1720 more than most people will ever need, it demonstrates that
the VIs incorporate very powerful tools for dealing with the large
number of performance styles that occur within an orchestral piece.
Happily, as the VIs all contain countless factory matrices and presets,
you can start to make music without having to do any programming if
you prefer.

Mind-Reading Act
One aspect of the design of the Vienna Instruments is both innovative
and musically powerful: we're used to the idea that key velocity
controls volume, but in the VIs 'speed' refers not to the downward
motion of the keys, but the rate at which successive notes are played.
The Speed control can be adjusted so that slow playing will access
(say) slow-paced legato samples, while fast playing will trigger quicker
detach notes. This unique facility produces excellent musical results, although I'd still stop short of
VSL's claim that their instrument can read your mind!
Another great improvement is that the functions of VSL's Performance Tool MIDI utility are now
seamlessly integrated into the player: so you can just load 'performance legato' and note-repetition
patches and play without having to think about technicalities. This is a huge relief, as loading a template
for each instrument was always a bit of a chore. And the performance functions now work multi-
dynamically previously, the Performance Tool could only work on one dynamic layer at a time.

VI Second Opinions
When VSL announced the new Vienna Instruments and the Symphonic Cube, in common with many of my
contemporaries, I phoned them up, told them to rob my bank, and left them to it. Was this wise? Well, the VSL
Pro Edition had taken the film and TV market by storm; those that could afford it snapped it up, and those that
couldn't tried to find a way to remortgage their grannies. What's more, there was the prospect of
improvements. The Pro Edition's stand-alone Performance Tool might have been powerful, but it always felt
something of a half-baked afterthought, an awkward necessity. Thus the idea that the library would finally
appear in its originally intended 24-bit format (the Pro Edition was dithered to 16-bit), with all the complex

Editing controller assignments to
switch between the articulations
loaded into each cell of the matrix is
easily done from the Control Edit
screen in the right-hand display.
Switches between up to 12 cells in
any horizontal row are set in the 'H-
Span' window, while switches
between up to 12 vertically aligned
cells are set in the 'V-Span' window.
The 'A/B' keyswitch at the bottom
can be set to change the up/down
direction of grace notes, scales and
glissandi. Shown at the top right of
this screenshot is a list of possible
controllers for articulation switching.
Sound On Sound - July 2006 89 of 178
performance features handled by a new interface... it was simply too much to resist!
After the inevitable delays, the first collections (as reviewed here) arrived on my desk, and I duly ignored them.
The Pro Edition had taken about a day and a half to fully install and decompress, so I was in no rush to tackle
it all over again. But much to my surprise (and in contrast to Dave Stewart's experiences), when I did get
around to it, I found installation to be swift and fairly painless compared to installing many other orchestral
libraries. Whilst the DVD drive was chuntering away, I had enough time to load up the supplied Syncrosoft
dongle with all the necessary licences. If you have the extended library installed (yes, I ended up ordering the
lot...), there are two for each instrument.
Most of my first impressions are unprintable. I simply couldn't believe that a handful of people beavering away
had come up with such a slick user interface that even a software dunce such as myself hardly needed to
glance at the manual. What's more, the clever matrices, performance controllers and so on finally meant I
could have a solo line on one track, switching articulations at will. Previously I'd ended up with several tracks
for the different articulations and had to comp them down to one.
Moreover, there are so many different options for switching articulations the speed you play at, different
keyswitches, and momentary or linear controllers... Finding that virtually all are assignable is the icing on the
cake. If you can't reach (or be bothered to program) your control surface, you just right-click on whatever you
want to alter, to enable MIDI Learn mode, and wiggle the controller nearest to hand. Hey presto, for this
instance of the instrument, that controller is mapped.
I feared that the Vienna Instruments would sorely test the resources of a single machine, especially with all the
new articulations and matrices at my disposal, so I had already set up a spare PC with Steinberg's Vstack as a
front end so I could load as many instances as resources would allow. However, when the VIs arrived, I was
already running headfirst into a commission deadline, and I didn't have time to sort out the licensing for
another computer yes, each computer you use with the VIs requires its own Syncrosoft dongle loaded with
all the necessary licences. Fortunately, VSL's ingenious new RAM-handling concept, which allows you to
unload unused samples, came to the rescue. You program your track including as many articulations, dynamic
layers and so on as you see fit, then put the instrument into Learn mode, play back the track, and hit the
Optimise button. Every note, articulation, layer or dynamic that isn't actually used is removed from RAM
forthwith. A window in the Perform page shows you the amount of RAM free and used. With the maximum
possible 2GB of RAM assigned to the VIs (Mac users can apparently assign up to 4GB, for some reason...),
and eight active instruments running, I had a paltry 32MB of RAM free, but running the Learn and Optimise
functions immediately cleared out over a Gigabyte of data, leaving me spare capacity to load up yet more
samples. It's quite astonishing.
In a nutshell, the VIs take VSL's trademark crisp sound to a new level. However, to my mind (and as strange
as it may sound), with these instruments the beautiful sounds are almost secondary to the interface itself.
Rarely have I encountered such a complex, powerful tool that's so instantly accessible, transparent and quick
to use. Where previously you would forever be loading up yet another articulation (or would simply fake it if
you were pressed for time), everything is now available at the prod of a controller. For once, an instrument
interface feels like something that wasn't designed by a committee, but by a group of like-minded musicians
and composers who understand what we want. Here, they've given us exactly that, with few compromises in
the design or functionality.
This latest commission was the first time I let the VIs loose. Amusingly, the completed cue also featured VSL's
Pro Edition (for parts as yet unavailable as VIs, like brass instruments) and East West/Quantum Leap's
Symphonic Orchestra Platinum. In one fell swoop, VSL have managed to make their own Pro Edition feel
clunky and unmanageable, and Kontakt Player-based libraries just a little, well... tame. I cannot remember
when I was almost begging for new software or a library, but after using VSL VIs, I resent having to go back to
the Pro Edition for my remaining palette. The rest of the collection simply cannot come soon enough. Hilgrove
Kenrick

Orchestral Strings I & II
On to the musical content. The Orchestral Strings I instrument (33.9GB) contains the 14-violin and 10-
viola ensembles from VSL's Pro Edition, while the 27.6GB Orchestral Strings II features the
accompanying eight cellos and six double basses. As well as updating the Pro Edition patches, both VIs
include a substantial set of new articulations. Played by all four ensembles, the new 'short staccato'
notes are considerably more brisk and businesslike than the longer staccatos from the Pro Edition, and
impart a nice urgent 'zing' to rhythmic passages. VSL previously supplied staccatos in separate 'down
bow' and 'up bow' versions, but the VIs' staccato, detach, pizzicato and col legno articulations are
programmed 'round-robin' style with four different samples per note. There are also new eight-way
pizzicato repetition programs.
Sound On Sound - July 2006 90 of 178
A new 'performance trills' style allows users to play their own
trills, using intervals from a minor second to a fourth. Although
reasonably lifelike, this style doesn't sound quite as fluid as a
real-life trill, and unsurprisingly, it can't come close to
reproducing the blurring effect of a string ensemble performing
their trills at different rates. However, it's good to gain control
over the speed and volume of a trill.
The violas' and cellos' '300bpm furioso runs' are quick, frenzied
chromatic octave scales, fierce and bristling with bow noise,
which will instantly energise arrangements, and the string-
ensemble 'upbeats', which were previously only available for
brass, are repeated fast notes tacked onto the front of a short
note. The fast double upbeats sound like the galloping strings in the opening of the William Tell
Overture, yet another useful and exciting rhythmic effect.
As mentioned earlier, VSL provide a set of basic 'strings orchestra' articulations which combine all four
string ensembles (the patches are on Orchestral Strings I, but to hear the cello and bass samples you'll
have to buy Orchestral Strings II). Since users can't create their own patches, it would be nice if VSL
provided some more of these useful keyboard-split combinations fast attack sustains and short
staccatos are top of my wish list.

The Bringer Of Jollity
The Planets Suite is a popular work which requires an unusually large orchestra. Composer Andrew Blaney
explains how he used VSL's massive library to create a sequenced version of Jupiter The Bringer Of Jollity
from Gustav Holst's classic score:
"My setup is a dual 2.5GHz Mac G5, two Mac G4s and two
Pentium 4 PCs. Each computer runs Native Instruments Kontakt
and the PCs also run Gigastudio. I like to have all instruments
running in real time, which explains the need for five machines. I
have the VSL Pro Edition complete package in Gigastudio format,
plus VSL's Horizon Series orchestral titles.
"I copied and pasted zones from VSL Gigastudio patches into one
big Kontakt patch per instrument/ensemble. I created large
patches with up to 29 keyswitch groups for strings, woodwinds
and brass (broken down into ensemble and solo instruments) so I
could change articulations on the fly as I was recording. So during
a take I was able to try out different combinations within a phrase."
The arrangement uses 102 MIDI tracks, many of which show
numerous keyswitched changes of articulation for example,
one piccolo part switches between staccato, sfz and vibrato short
notes within the space of a few bars. It's clear that the extensive switching facilities of the Vienna Instruments
could substantially reduce the number of separate tracks required for such a big score.
On the subject of VSL samples, Andrew says: "It was the sheer number of options available that made a lot of
the Jupiter arrangement possible. It's written for a large orchestra, including two harps unusually, the
Vienna library has two and I used just about everything VSL had to offer. That's the beauty of the VSL
libraries choice. Every time I hit a difficult passage that felt impossible to pull off with samples, a bit of
digging around amongst the articulations nearly always delivered the goods. The demo took about 18 to 20
days."
Andrew's excellent arrangement can be heard at www.vsl.co.at/en-us/67/3920/4697.vsl.

UK composer Andrew Blaney in his home
studio.

Solo Strings
VSL's admirable Horizon Series title Solo Strings duplicated the Pro Edition's solo violin and solo cello
samples and added solo viola and double bass. The new 82GB Vienna Instrument of the same name
adds a fresh set of articulations to this material. I used the Solo Strings violin to put the Vienna
Instrument through its paces, and its 'performance legatos' (now featuring two dynamic layers) sounded
as smooth and convincing as ever. A new 'performance legato fast' style injects more zip into legato
deliveries using the Speed control to automatically switch between the regular and fast-bowed
legatos in response to my rate of playing created an even more lifelike violin legato performance.
New 'Zigane' (gipsy) legatos feature built-in slides between vibrato notes. When used on their own,
these beautifully played samples produce a plaintive, singing vibrato style evocative of the Chinese erhu
fiddle. I used the mod wheel to throw in these slides occasionally over the regular and fast performance
legatos; the result was a very organic-sounding and enjoyable violin patch which could handle Irish jigs
and reels as well as orchestral pieces. The same was true of the solo viola and cello.

Two patches layered within one cell.
Sound On Sound - July 2006 91 of 178
Zigane-style grace notes are also provided, ranging from one to four semitones these pitch-slide
gracings are more slow and deliberate than the nippy conventional grace notes. All grace notes, scale
runs and octave-glissandi patches have a built-in 'A/B' keyswitch to select 'up' or 'down' versions.

Chamber Strings
Like Solo Strings, the Chamber Strings VI (42GB) borrows its name from a VSL Horizon Series title,
reworks its samples and adds new content. VSL orchestral titles are not known for their rock & roll
attitude, but the chamber strings' 'harsh' note repetitions introduced here could change that their
attack is so vicious that you can almost see the horsehair flying off the bow. The only drawback is that
the heavy, drawn-out bow attacks tend to make the samples sound a bit late, so you'll have to slide their
MIDI notes back in your sequencer to make them play in time.
The six violins portamento (pitch-slide) legatos now have an extra quiet layer, which transforms an
already emotive effect into something absolutely lovely. Once again, the pitch slides reminded me of an
Asian stringed instrument, in this case the fabulous Indian sarangi. To see whether the VIs could cope
with multiple layers, I layered the chamber violins, violas and cellos portamentos. They came up trumps:
I ended up with three chamber string ensembles gloriously sliding between their notes in unison!
If you're looking for an astringent, hair-shirt type of delivery, all the chamber string sections now have
non-vibrato sustains. By way of contrast, the 'espressivo vibratos' let it all hang out the violins' and
violas' vibrato is completely over the top, but the cellos show more restraint. Once again, I found the
attack of VSL's four-way 'chamber strings sus vib' patch too slow for comfort, but the wide range and
elegant, dignified delivery of the cellos' vibrato sustains makes them a good writing tool.
Many of the new articulations mentioned above are implemented in all four VI strings titles. A new,
monophonic 'fast attack auto' option has been added to many sustained note styles; this allows
separately articulated notes (including initial notes) to keep their original full attack, but legato playing
triggers samples with shorter, fast attacks. The solo, chamber and orchestral strings now all boast a full
contingent of natural and artificial harmonics (played on open and stopped strings respectively), the
latter making a lovely gaseous, slightly wheezy atmospheric sound.

Pricing
Costing the Vienna Instruments is a tricky affair; they're available
separately, and when the remaining five are released shortly,
they'll also be available separately, or in a package of all 10 VIs
together as the colossal Symphonic Cube. To complicate matters
further, the cost of buying the instruments depends on what VSL
products (if any) you already own; as you might expect, given that
much of the sonic content of the new Vienna Instruments has
been released before, existing VSL customers who've supported
the Library's efforts in the past are being rewarded with discounts.
However, the cost of buying the standard VIs is the same for
everyone, which has left some formerly staunch VSL supporters
gnashing and wailing; the discounts only come into play if you
purchase the extended versions of the libraries.
Fortunately, if you have access to the Internet, you can work out
just how much your libraries and any extended versions you buy
will cost you personally, including any discounts you may be due, with VSL's neat on-line Discount Calculator
(see www.vsl.co.at/en-us/211/297/167.vsl). Here, it will have to suffice to give you an idea of the maximum
these libraries could cost you; below are the basic prices for the standard versions of the individual Vienna
Instruments, the basic (undiscounted) prices for the extended versions, and the undiscounted price of the
entire Symphonic Cube.
LIBRARY NAME STANDARD LIBRARY EXTENDED LIBRARY FULL LIBRARY
Solo Strings 230 297 527
Chamber Strings 330 397 727
Orchestral Strings I 330 397 727
Orchestral Strings II 297 364 661
Harps 117 130 247
Woodwinds I 330 397 727
Woodwinds II 284 364 648
Brass I 330 397 727
Brass II 330 430 760

A scene from a session at VSL's Silent
Stage for the new Horns I and Horns II
virtual instruments.
Sound On Sound - July 2006 92 of 178
Percussion 264 364 628
Symphonic Cube 2600 3537 6137
All prices include VAT.

Into The Woods
Woodwinds I contains all the main ingredients for a woodwind arrangement: three of its four solo
instruments (flute, clarinet and bassoon) starred in the Pro Edition and the fourth ('French oboe') has a
Horizon Series title named after it. Each solo instrument has a corresponding three-player section, all of
which appear on the Horizon title Woodwind Ensembles.
The gimmick which won the French oboe its solo album deal is simple: unlike the Pro Edition's Viennese
oboe, this little fellow plays with vibrato. In this collection, the oboe shows its less endearing side with
some raucous flutter-tongue samples reminiscent of an oboe played through a fuzz box with a flat
battery. However, the oboe's new fast interval legatos are a great asset, allowing the creation of
beautifully smooth, quicksilver reedy runs.
All instruments and ensembles in this 59GB collection have been fitted with the new 'performance trills'
style. These looped deliveries are very versatile: using the Speed control to switch between
performance legatos and the faster-speaking performance trills created a fluid-sounding solo flute patch
which was great fun to play. The same approach also worked well for the bassoon and clarinet, though
as I remarked when reviewing VSL's First Edition, some of the loud clarinet samples sound clipped to
me.
Of all the VIs' new performance styles, I enjoyed the arpeggios (four-note broken chords played by solo
flute and clarinet) the most. As well as demonstrating VSL's manic attention to detail (they're played in a
choice of two speeds, up and down across the instruments' full range in all keys, legato and staccato, in
major, minor and diminished scales!), these superbly played arpeggios have an irresistibly attractive,
lively quality once you hear them, you'll be hooked. The same is true of the solo flute's 'mordents', a
wonderfully adaptable set of double grace notes.
Woodwinds I is an unmissable experience, but for the more luxurious shadings of alto flute, English
horn, bass clarinet and the piercing tones of the piccolo, you'll also have to buy the sequel, Woodwinds
II.

Grand Finale
It took me a while to get used to the switching capabilities of the VIs, so to say they have a 'zero
learning curve' is a bit disingenuous. Having said that, the thinking behind their design is smart and
logical, and the superbly nuanced, flowing performances they can produce are worth a little head-
scratching. In terms of sheer volume of musical choice, the five Vienna Instruments released so far form
a landmark collection by which all future orchestral products will be judged. I'll have to reserve
judgement on the content of the remaining five Vienna Instruments, which I'll be reviewing individually
over the coming months, but all the indications are good.
Newcomers to the field might find the VIs' performance options overwhelming, and the undiscounted
prices of the full libraries are likely to strike fear into the bravest of hearts. But if you're committed to
working with samples to reproduce the infinitely varied and subtle timbres, textures, performance styles
and dynamics of a symphony orchestra, and you have time to plumb their depths, these instruments will
yield fantastic musical results. Congratulations to Herb Tucmandl and the Vienna team by sticking to
their task so assiduously, they have created a wonderful musical resource.
Published in SOS July 2006
Sound On Sound - July 2006 93 of 178
Yamaha MW12
Click & Buy PDF
Analogue Mixer & USB Interface
Published in SOS July 2006
Reviews : Mixer

A compact analogue mixer that also acts as a stereo USB audio
interface.
Tom Flint
The MW12 is a 12-channel analogue mixer with a built-in 16-
bit/44.1kHz USB interface, allowing a stereo mix to be sent directly to
and from a Mac or PC. A copy of Steinberg's Cubase LE is bundled
with the mixer, demonstrating just how keen Yamaha are to promote
this part of its feature set. Without a computer attached, however, the
MW12 functions just like any other hardware mixer of this size. First
and foremost, the Yamaha MW12 is a studio-oriented product it
doesn't, for example, have any of the built-in effects that are often found
in mixers of this size intended for live use. Nevertheless, its feature set
includes a few output busses that could easily be routed to fold-back
monitors, and the chassis, derived from Yamaha's MG-series live
sound mixers, should withstand a few knocks.

Inputs & Outputs
Apart from the headphone jack output positioned on the top panel, all of
the MW12's inputs and outputs are round the back of the unit (pictured above right). The mixer can be
fitted with side brackets for mounting it on top of a rack, in which case having the I/O at the back would
be ideal.
Most prominent are the six phantom-powered XLR sockets, four of which are routed to the mixer's mono
channels, together with four balanced quarter-inch jack sockets. Each of the four mono channels also
has its own unbalanced TRS jack insert point, allowing a processor such as a compressor or gate to be
inserted into the signal path between the EQ and fader.
Stereo channels 5+6 and 7+8 are slightly different in that they offer three different input options. If just a
mic is connected via the XLR, its signal is distributed to both the left and right channels. However, there
is also a stereo pair of balanced jack sockets that take priority over the XLR if used. A mixture of the two
input types can be achieved by plugging a jack into the right-channel input only. This automatically
routes the XLR signal to the left channel and the jack signal to the right. A mono signal can also be fed
to both sides by using just the left-channel jack input.
The remaining channels, pairs 9+10 and 11+12, offer slightly different options again. There are left and
right jack sockets, this time unbalanced, and these are joined by a pair of RCA phono connectors. The
manual suggests that all four inputs can't be used together, but this is not quite correct. In fact, the jack
and phono inputs simply get mixed together, albeit at a reduced level. The mixer's remaining inputs
consist of a stereo aux return on balanced jacks and a pair of RCA phono inputs labelled '2TR In' which
share the same input path as the signal returned from the computer via USB.
As far as outputs are concerned, for the main stereo mix there is a choice of XLR or balanced TRS jack
outs, plus a line-level stereo output on RCA phono sockets. The latter is labelled 'Record Out' and is
intended for use when sending the mix to DAT, CD-R and other two-track recorders. The remaining
outputs are all on balanced jacks a pair for the Control Room output, a pair of outputs from the
mixer's stereo group buss and two more carrying the send signals from aux busses 1 and 2.

Features
The four mono channels have identical facilities, headed by a gain control offering a 44dB range, a peak
indicator LED and a high-pass filter (80Hz, 12dB-per-octave). The EQ is a simple fixed three-band
design offering +/-15dB, with high, mid and low bands centred at 10kHz, 2.5kHz and 100Hz. The high
and low bands are shelving filters, whereas the mid band is of the peaking variety.

Sound On Sound - July 2006 94 of 178
Next in the path are two aux send controls, the first of which has
a pre-fade switch allowing you to take the send from either
before or after the channel fader. A pan knob is followed by a
button labelled 'ST' which turns the individual channel's routing
to the main stereo buss on and off. A PFL (pre-fade listen)
button feeds the channel's pre-fader signal to the headphones
and Control Room outputs, while a button labelled '1-2' routes
the channel output to the mixer's group buss, regardless of whether the ST button is on or not. The
group has its own master fader and rear panel outputs so that it's possible to set up a custom stereo mix
and output it separately.
The first two stereo channels 5+6 and 7+8 have identical controls to the mono channels, however
9+10 and 11+12 are missing the gain knob, peak LED and high-pass filter, and are best suited for
receiving the returns from an effect processor connected to one of the Aux outputs, or for accepting the
output of stereo sound modules with plenty of gain adjustment of their own.
In the master section is the aforementioned stereo group fader, plus the master fader. There's a 12-
segment meter, a global phantom power on/off button, aux send and return controls and a level knob
that controls both the headphone and Control Room outs. These outputs can be switched to monitor
either the group or main stereo buss, and you can also route the group buss to the main stereo buss,
should you wish to.
The final control worth highlighting determines the level of the USB return signal, which can be sent to
either the stereo buss or the control room/monitor buss. All of the mixer's 60mm faders are scaled to
provide the most control around 0dB the area from -10dB to +10dB occupies more than half of the
fader's travel.

Alternatives:
Yamaha are not the first manufacturer to build a mixer with built-in computer interfacing. A Firewire option card
is available for Mackie's Onyx mixers and the Alesis Multimix Firewire range offer Firewire interfacing as
standard. A closer comparison to the MW12 might be Alesis' 12-channel Multimix 12 USB mixer, which also
ships with Cubase LE and even includes a digital effects processor. It's a little cheaper than the MW12 but
can't quite compete with the Yamaha's routing and I/O options. The Behringer Xenyx 1222FX also costs less
than the MW12 and comes with an external two-in, two-out USB audio interface.

Sound Tests
I tested the performance of the MW12 by feeding it and my Behringer Eurorack MX1602A mixer the
same audio source. The Behringer is a cheaper product with a lacklustre EQ, but I'd previously tested its
'ultra-low noise' preamps against those of an Allen & Heath Mix Wizard and they'd fared quite well, so I
consider it to be a good benchmark. Having matched the levels as closely as possible I concluded that
the Yamaha behaved a little more evenly across the audio spectrum and seemed a touch less noisy
than the Behringer, although the difference in gain scaling made it impossible to come to any definite
conclusions.
The MW12's preamps do begin to get rather noisy when they are pushed to their maximum level (as
most designs tend to) but you only have to back off the gain about 10 percent before it ceases to pose a
problem, and I found that there was more than enough gain for me to DI my electric guitar without
having to push either the preamp or channel fader to its maximum.

Sound On Sound - July 2006 95 of 178
Having three bands of fixed EQ is limiting, as it pretty much rules out
the possibility of making any really precise adjustment to an input
signal. Nevertheless, Yamaha seem to have picked the right filter
shapes and frequency points to ensure the EQ is effective as a general
tone shaping tool on the majority of sound sources. What's more, even
the most extreme boosting and cutting still sounds quite natural, which
in my book is the mark of a good EQ. It would, however, be
advantageous to have a bypass button as this makes it quick and easy
to A/B any adjustments against the un-EQ'd signal.

USB Output
Recording the USB output into the supplied Cubase LE software is
fairly straightforward, although it is necessary to follow some of the
setup instructions in the manual in order to establish the correct signal routing. On my PC, the Device
Wizard was summoned when I connected the mixer, adding the USB Audio CODEC to the Cubase LE
ASIO Multimedia setup window. I was then able to select the MW12 as the default device and as the
active I/O ports, as advised in the manual notes.
From then on recording is simple, even if establishing the optimum monitoring setup is less so. The ST
switch of each mixer channel determines whether the signal is sent to the USB port, and this routing is
made post channel fader, pre master fader. The output level from the computer is controlled by the
mixer's 2TR In/USB knob, but it's necessary to route the incoming signal to the control room buss rather
than the main stereo buss to avoid re-recording it during overdubbing. Overdub monitoring level can be
set against the pre-recorded playback without affecting the recording level by using the master fader.
There were no problems with latency, but there was a considerable amount of noise present when
monitoring the USB return, although this didn't affect the quality of the recorded audio.

Conclusion
The MW12 is designed with flexibility in mind so that the user can make the best possible use of its
limited channels and I/O in whatever setup they have. If, for example, you are not using an external
effects unit in the aux loop, the inputs double as a spare stereo input, while the group buss could be
used to feed custom mixes to anything from stage monitors to effects modules. The insert points on the
four mono channels are a definite plus point too, as they open up the possibility of using dynamics within
the signal path.
Semi-pro mixers typically come with output options for feeding the stereo signal directly to DAT
machines or tape recorders, but now the home computer can be added to the list, and getting a copy of
Cubase LE bundled free is a definite bonus. There are a few minor complaints to make globally
switched phantom power is a touch restricting, there's no EQ bypass switch and the USB output is noisy
but nevertheless, for the price, Yamaha are offering a very well-designed mixer.
Published in SOS July 2006

Sound On Sound - July 2006 96 of 178
Producing Eminem & Fiona Apple
Click & Buy PDF
Mike Elizondo
Published in SOS July 2006
People : Artists/Engineers/Producers/Programmers

Mike Elizondo has gone from being Dr Dre's right-hand man, co-
writing some of the biggest hip-hop hits of recent years, to
being an innovative producer in his own right.
Paul Tingen
He might not be a household name, but Mike Elizondo
has been involved in the making of an astonishing
number of hit recordings. Since his credits first began
appearing on official releases 10 years ago he has, as a
bassist, keyboardist and guitarist, performed on albums
by a strikingly wide range of artists, among them the likes
of Eminem, 50 Cent, Jay-Z, Ice Cube, Dr Dre, Snoop
Dogg, Xzibit, Macy Gray, Sheryl Crow, Ry Cooder, Avril
Lavigne, Ricky Lee Jones, Gwen Stefani and many, many
others.
The high proportion of hip-hop artists in this list reflects
Elizondo's close partnership with Andre Young, aka Dr
Dre. Elizondo worked on the instrumental version of the
producer's 1999 solo album 2001, and the pair ended up
co-writing and co-producing. As a team, Elizondo and Dre were the creative forces behind the
music for recent mega-hits like 'The Real Slim Shady' and 'Just Lose It' by Eminem, 'In Da
Club' by 50 Cent, 'Let Me Blow Your Mind' by Eve featuring Gwen Stefani, 'Family Affair' by
Mary J Blige and several more. Since then, Elizondo has begun producing in his own right.
Fiona Apple's Extraordinary Machine was the first entire album he single-handedly produced,
and has attracted universal acclaim, while he also worked on Pink's latest album I'm Not
Dead.

No Boundaries
Speaking from his home in Los Angeles, where he lives with his wife and three young
daughters and has a state-of-the-art recording studio, Elizondo reflects: "My father is a
professional musician and an avid record collector, so I grew up with a very broad sense of
what kinds of music are available. Everything from P-Funk to Al Green, to Jimi Hendrix, to the
Beatles, John Coltrane, everything. I was really fortunate to be able to listen to music without
boundaries. In working as a bass player, songwriter and producer I try to take the same
approach, which is to have no boundaries and just be open to the different experiences that
come up. I don't want to be pigeonholed.

Photos: Eden Bakti
Sound On Sound - July 2006 97 of 178

"I began playing piano at age nine, saxophone at age 12,
and bass aged 14 at high school because there were no
other bass players, so I did not have any competition and
could immediately become the best bass player at school!
The reason that playing bass stuck was that the role it
has, whether you're playing acoustic or electric or
keyboard bass, is very appealing to me, because you are
the link between the rhythm and the melody. I also enjoy
not being the lead singer or lead guitarist, instead
remaining in the background, knowing that I have an
integral role but that not everyone is watching me."
Similarly, as a songwriter and producer Elizondo plays a
fundamental part in the creation of music, without
attracting too much attention. For him production and
playing bass are complementary activities. "It appears to
me that a great number of bass players are able to hear
everything in an arrangement, what the drums and the lead vocal and the harmonic
instruments are doing, and then wrap themselves around this. Without a doubt this means
that you're listening to music in a production sense. I love being around the process of making
music, whether it's producing, writing a song, or just playing bass. I get equally excited about
these things, which is why I'll continue to do session work. But of course with so many
production opportunities now coming my way, I'm very selective about the sessions that I
choose to do."

Joining The Firm
Elizondo's career-defining moment occurred when he first joined Dr Dre in 1996, at the age of
24, for the recording of The Firm (featuring Nas, AZ and Foxy Brown), on the
recommendation of an old school friend, Richard 'Segal' Huredia, who was working as an
engineer with Dre. Elizondo was at the time also working with big-name producers like T-
Bone Burnett, Matthew Wilder, Matt Wallace, Glen Ballard and Steve Lindsey, but it was his
work with Dre that took him to another level.
"I came in and played some bass lines on a few songs, and fortunately we hit it off musically,"
recalls Elizondo. "He kept calling me for more sessions, and this evolved into me participating
more with songwriting, beginning with Eminem's 'The Real Slim Shady' [2000], and then
moving into production. The things I did with the other producers opened up opportunities as
well, but Dre gave me my first writing and production
credits."
'The Real Slim Shady' was released as a single and as
part of Eminem's The Marshall Mathers LP (2000). "The
album had already been mixed," explains Elizondo, "and
we had some time to kill in the studio, and that song
arrived in the same way all the others had. Basically, we
began with a drumbeat that Dre programmed into an
MPC3000. At the time we were working with a keyboard
player called Tom Coster Jr, who had this harpsichord-
like sound, and I was playing bass, and we
simultaneously came up with the parts that evolved into
the track. Eminem was in the studio, and when he heard
the piece he immediately reacted to it, and had a concept
ready to go. I later doubled the electric bass with a
keyboard bass that I had programmed on a Nord Lead.

Mike Elizondo's main instrument is still
bass guitar, and he is an in-demand
session player.

Recording at Phantom Studios is
handled by a large Pro Tools rig and an
SSL AWS900 controller/mixer.
Sound On Sound - July 2006 98 of 178
"The MPC is Dr Dre's priority instrument, above anything else. It has become a staple in so
many forms of music because it is very musical and intuitive. We have a lot of sound libraries
for it at our fingertips. We sometimes use a sample from a record to create a small loop and
maybe layer it with a kick or snare, but in general Dre likes to have all parts separated, and so
prefers to program everything in the MPC. When you have a loop there's only so much you
can change in the balance by adjusting low end or high end. So the drumbeats were usually
started from scratch in the MPC.
"The MPC is the session brain from which the MIDI clock is run as well. During the sessions
with Dre we set up with maybe two or three musical stations, and my station will have a guitar
rig and a bass rig and a soft-synth rig, which is basically a G5 with everything from Reason to
Logic and a whole library of sounds and samples and soft synths. I have Native Instruments
libraries and the ESX sampler in Logic. I also have a loop machine that receives MIDI clock
and that allows me to loop a guitar or bass. It might be a four- or eight- or 16-bar idea, and I
can punch myself in and out of a particular loop that is synced up to the MPC.
"The main loop machine that I use is called a Repeater, made by a company called Electrix.
It's primarily made for DJs to grab bits and pieces of records, have MIDI if they're
programming drumbeats, and they can then loop things and have it be in time. You can also
plug your bass into it, or a Fender Rhodes, anything, and it allows you to record in time to a
MIDI clock. As for the G5, at the time it was the only Apple machine with a processor powerful
enough to allow for extensive layering of sounds without crashing. Now that Apple have come
out with laptops with the Intel Core processor you can get the power of a G5 in a laptop."
Several other mega-hits in which Elizondo was involved, like 'In Da Club' by 50 Cent and
'Family Affair', by Mary J Blige, came into being according to a similar process, with Dre, a
keyboardist and Elizondo working on backing tracks. "On a good day we'll get anything from
10 to 15 ideas in one session," says the bassist. "Rather than separate all the sounds, we
make a decent stereo mix of an idea, record it, and move on to the next idea. We used to
record to DAT and now record to CD-R, but the aim is the same: to quickly catalogue all the
ideas we have. The engineers make notes of all the sounds, so that when the artist comes
along and he wants to work on a certain track, we can immediately recall everything.
"Dre and I had written 'In Da Club' for a different artist and it sat around for a few months, until
50 Cent came into town and we played it for him. He immediately gravitated towards it,
started writing, and very quickly got the hook and the intro. That track was finished pretty
quickly after he started to work on it. 'Family Affair' was again Dre with an MPC3000, myself
and a keyboard player throwing out ideas. Mary J Blige added her vocals to that track."

The Human Machine
Perhaps the most crucial piece of kit in Mike Elizondo's arsenal is the son-of-MPC3000, the MPC4000.
"The MPC4000 is the machine I learned my sequencing skills on, and it continues to be the quickest
way to sequence for me. I've done a lot of sequencing in Logic as well, but I know how to operate the
4000 without thinking. So I often use sounds in Logic, but sequence them with the MPC. For me,
working with a computer is very different than with a workstation. There are certain inaccuracies that
allow dedicated machines to feel almost human-like. They are very intuitive, you can get a great feel out
of them, and it's easier to manipulate things to feel a certain way. The MPC4000 has a certain feel, just
like the old SP1200 drum machine had a certain feel, or the Roland 808.
"One issue big for me are the computer screens. What did we look at while making records not so long
ago? Nothing. Now we all look at screens and sometimes I wish we could go back to the days when we
just listened with our ears. I have my screens set up in such a way that I can move them away from the
mixing monitors. That definitely helps at times. Computers are great tools, but I don't necessarily like
looking at them. I have separated my computers into two separate rigs. One computer is dedicated to
soft synths and keyboard sounds, and another is set up for Pro Tools. When I'm working in Pro Tools I
don't want to be dealing with keyboards, and vice versa. Even so, I'm still most comfortable working with
the MPC4000. I may abandon it in the next few years and only do things in my computer, but my journey
hasn't led me there yet."

Sound On Sound - July 2006 99 of 178

Over The Top
"Once the vocals are laid down, we get into a different mindset, focusing more on the overall
arrangements, where you try to make certain sections, like the chorus, come alive. With hip-
hop you have four or eight bars repeated over and over again, and the trick is to make that
interesting, trying to get an arrangement where there may be a sound in the second verse
that's nowhere else in the song. It may be subliminal, but might give a certain mood or
texture. Even though the basic track in hip-hop tends to stay the same throughout, you are
embellishing parts, based on the rhythm of the vocals or what is being talked about lyrically.
"Embellishing is a matter of trial and error, trying different parts, different keyboard sounds
and sections, for instance, on 'In Da Club', an eight-note guitar part in the chorus to make that
come alive, and so on. With 'Family Affair' we adjusted the arrangements in relation to her
verse, chorus and bridge. I think we added a string part after the second chorus, where she
goes into this really swirly vocal thing. We probably also added some Fender Rhodes chords
here and there or some string pads, to embellish the mood of what she sings. By contrast,
Eminem's 'Just Lose It' didn't need a lot of extra stuff,
because his vocals carried most of it.
"Each song has its own challenges. Even though it is the
same harmonic progression, you can do things to really
lift certain sections, to make it sound as if there is some
sort of form to the song, as opposed to just a bland loop
without any changes. It's actually very challenging to
make a four-bar loop or chord progression sound
interesting for three and a half minutes, to make it sound
like the chorus is lifting up for instance. A lot of these
embellishments happen as we are simultaneously mixing.
Dre is very hand-on with the mix, and he'll make
suggestions to add parts or bring certain things out."

Going Digital
Surprisingly, it wasn't until Eminem's fourth album, The
Eminem Show (2002), that Dre and Elizondo made use of
digital recording. Elizondo gives the lowdown on why they
stuck with analogue for so long. "The first two Eminem
records we worked on, The Slim Shady LP [1999] and
The Marshall Mathers LP [2000], were recorded to two-
inch analogue, basically for sonic reasons. Sound quality
is really important for Dre, and he's extremely in tune with how things fit in a track. I learned a
lot from watching him and the attention to detail he has the amount of time he can spend
on just getting a snare or a bass drum sound. But once Pro Tools stepped up their game in
terms of sonic quality with the 192 audio interfaces and HD, we began using that, mainly
because of the speed with which you can work.
"With analogue you have to take out the razor blade to do edits, but with Pro Tools you have
this instantaneous ability to move things around. When we used analogue we were more or
less obliged to play parts from beginning to end, all the way down. Even as you tried to play it
like a loop, you still had a human element to it. Now with Pro Tools we have the option of
looping things. It depends on the track whether you want that human element to it, or have
everything just totally locked. On 'The Real Slim Shady' I played the bass line all the way
down, but 60-70 percent of 'In Da Club' was sequenced.

Some of the rackmount gear at
Phantom Studios. Left, from top:
Manley line mixer, MOTU MIDI
Timepiece synchroniser (x2), MOTU
828 interface (x2). Right, from top:
Alesis Masterlink CD master recorder,
TC Electronic Fireworx effects, Yamaha
SPX200 effects, API parametric and
graphic EQs, Tube-Tech CL1B
compressor and Teletronix LA2A
compressor.
Sound On Sound - July 2006 100 of 178
"By the time we did [Eminem's 2005 hit] 'Just Lose It', we had completely embraced the Pro
Tools process of working. That song had a lot of sequencing. I think the bass sound came
from a Minimoog soft synth made by Arturia, while the main keyboard riff came from a soft
synth called Plastix, and there was another sample that [keyboardist] Mark Batson played,
which was a random snippet of a percussion part from a sample library. The song was mainly
soft synths, all done in the G5."

Phantom Power
By the time Elizondo worked on 'Just Lose It', he had established an impressive pedigree as a
co-writer and co-producer on a range of massive hits. The co-production credits with Dre
were in recognition of, said Elizondo, "my involvement in the bulk of the music and having a
hand in the arrangements". All this resulted, one imagines, in the Californian having a tidy
sum of money at his disposal, and like many musicians in his position, he set up his own
studio. Called Phantom Studios, it is based around an SSL AWS900 analogue mixing
console/DAW controller and three Pro Tools 192 units.
"The studio has about 1000 square feet of floor space, and there's a live room, a control room
and a lounge," explains Elizondo. "Because I have a family, I wanted to have a studio close to
home. I also wanted a studio where I would have everything I need, and am able to create on
the spot. And I wanted a studio that would be comfortable enough for established artists, yet
where I can also work with people who don't have a budget or deal. To be able to do what I
want is to me the greatest freedom.
"When I first built the studio I had a Pro Control in here,
and soon after the studio was completed SSL announced
the AWS workstation, so I had to move things around to
have that wired in. Having that console is a huge
advantage to me: it's an analogue mixer with SSL EQs
and everything, and it also enables me to control Pro
Tools. It's great to do everything in Pro Tools and then be
able to separate things out across 24 channels for mixing.
"I like to embrace both the analogue and the digital
worlds. I like to juxtapose some of the digital harshness
with analogue warmth. I have lots of different analogue
boxes, like Urei 1073, API 5050 and 5060, Avalon,
Universal Audio, Urei 1176, Neve 2254, Manley line
mixer, and so on. It's a combination of older and newer
gear. I also have a lot of microphones, like the Telefunken M250 that's great for vocals, the
Royer 122, which I love, and I'm a big fan of the Blue Bottle, which is probably the most
versatile microphone I have. Unbelievable. I also have a couple of C12s, U67, U47,
Sennheiser microphones, SM57s and so on."
While the AWS plays a crucial role in integrating this wealth of analogue kit with Elizondo's
digital system, he's far from a retro man. "I'm plugged in like crazy," he says. "I have every
plug-ever in made, everything from Waves stuff to Digidesign stuff. I recently received the
Waves SSL plug-in, which gives you an amazingly accurate compressor and EQ based on
the signal path of what I think was a G-series SSL strip.
"I'm also a big fan of soft synths. There's nothing that beats the real thing, like a Fender
Rhodes or a Wurlitzer, but in the context of a track you're not going to pick up all the missing
nuances between reality and a soft synth. Not everybody can afford every synthesizer in the
world, let alone have space for them. At the same time I have picked up a number of
keyboards over the years, like the Fender Rhodes, a Wurlitzer, an old Clavinet, Minimoog,
Prophet 5, Roland Jupiter 8, Oberheim OB8 and Juno 106. I love the original keyboards and
fortunately have the space and means to put them here."


The live room at Phantom Studios.
Sound On Sound - July 2006 101 of 178
A Second Bite Of The Apple
Elizondo has had his studio up and running since the autumn of 2004, and immediately put it
to use writing, recording and producing songs with Pink for her I'm Not Dead CD (from their
sessions, only the track 'I Got Money Now' is included on the album), and most notably, as
player, arranger and main producer on Fiona Apple's Extraordinary Machine an album
which had a tortuous gestation period. Despite the fact that Apple's first two albums had gone
platinum in the US, Sony/BMG refused to release her third album when she delivered it in the
beginning of 2003. Made with arranger/producer Jon Brion, the label judged it too arty and
abstract. Furious fans began a campaign for its release, and eventually Apple and her record
company started talking again. The singer was perhaps moved by the fact that when tracks
from the album were leaked on the Internet, many agreed with the record company that the
carnivalesque orchestral arrangements were laboured and indulgent. Apple agreed to re-
record her songs with another producer, and in the beginning of 2004 hooked herself up with
Elizondo.
"I was presented with the material that Fiona had worked
on with Jon Brion, and for one reason or another she
wanted to hear different interpretations of them," recalls
the bassist/producer. "I used his versions to learn the
material, sitting down at the piano to work out the chord
progressions and get a sense of what Fiona was doing
vocally. I didn't use or borrow anything from what Jon had
done. Not to say that Jon's versions were demos, but I
get presented with artist's demos to work from as a
springboard a lot of the time, and working like this was no
different. I would do two or three songs at a time, and
then presented them to her."
Elizondo declares himself a big fan of Mitchell Froom, and
his production on the Fiona Apple album certainly recalls
Froom. Strange sounds come in and out all the time,
without distracting from the songs. "The album was
actually recorded before my studio was finished," explains Elizondo. "So it was done in a
bedroom here in the house while my studio was being built, with Pro Tools and a small little
controller, and some Neve modules.
"I would lay down the basic tracks and then I brought in other musicians to embellish things.
We used a combination of soft synths and real keyboards for the keyboard sounds. There
were some Mellotron and Chamberlin sounds from a library, and in other cases we used the
real thing. Sometimes we went to Gigastudio for some cool string sounds or some harp
sounds, thing like that. To be honest, we used whatever was available to us on the day.
Those weird sounds at the beginning and end of 'Get Him Back' for instance are from the
library of Keefus Ciancia, one of the keyboardists. On the track 'Timps' I programmed a
rhythm on the MPC4000 that I thought would sound cool with Fiona's vocal, and then we
layered that with real marimbas, vibes, piano, a whole load of keyboards, and I played
Minimoog bass on it. I felt that Fiona's piano parts called for something ethereal.
"We tried to create something unique for each song. I like to push the envelope and come up
with interesting sounds and arrangements, while at the same time serving the artist's vision."
At this, he's been more successful than most.
Published in SOS July 2006

Some of Elizondo's many vintage
keyboards: from top, Moog Opus 3
string machine, Moog Prodigy synth
and Wurlitzer EP200 electric piano.
Sound On Sound - July 2006 102 of 178
Quality Matters!
Paul White's Leader
Published in SOS July 2006
People : Industry/Music Biz

We often hear stories from readers who have bought lots of good-quality recording equipment
but who are still unhappy with the results they are getting. Sometimes the reasons for this are
easily diagnosed, but in many instances, it is because the user has lost sight of the fact that
the technology is there only to record music, not to create it. Stick up a microphone and it will
record what it hears, and if it is a very good microphone connected to a very good
preamplifier, then the chances are that it will record what it hears pretty accurately. The
problem is that the performance or the sound of the instrument being recorded may not be up
there with the quality of the recording system, in which case no amount of expensive
upgrades will solve the problem. For example, switching from a 100 microphone to a 2000
mic when the real problem is worn-out guitar strings or a badly set-up guitar with intonation
problems won't help anybody aside from the company that
makes the expensive microphone.
During the course of our Mix Rescue series, I've been faced
with a number of guitar parts that have been recorded well
enough but have had tuning issues. These may have been
slight enough to get away with live, but on a recording,
particularly where the guitar part is exposed, they stand out
like a sore thumb. It can't be stressed too highly that if the
tuning and timing of the performance isn't right, there's a
very limited amount that can be done to make it sound good.
To date, automatic tuning software can only work with
monophonic sources such as voices, and not with guitar
chords. Guitar tuners are cheap and practice is free, so be critical of your recordings and do
them again if there are audible timing or tuning issues.
Another common problem is that rather than get in a bass player, some musicians have a go
at playing the part themselves, and while they may hit the right notes, they often don't pick the
strings with the required degree of conviction, so the sound becomes messy and unfocused.
You can only do so much with EQ and compression give me a well-played track over a
screen full of remedial plug-ins any day.
The other issue of course is that the microphone doesn't just hear the instrument or voice at
which it is pointed, but also spill from other instruments, noise from elsewhere in the house,
passing traffic and, possibly most serious of all, room reflections. In a small domestic studio,
room reflections are seldom constructive and usually serve only to make the sound appear
boxy, coloured and difficult to mix. Despite the emphasis on acoustics in our Studio SOS
series, it seems that acoustic treatment, both in the control room and in the studio area,
receives far less attention than it should. Just by making sure that the room you record in is
quiet and that the area around the performer is acoustically absorbent (using foam, sleeping
bags, duvets or even proper acoustic baffles), you'll make much better recordings that are a
joy to mix, rather than constantly challenging your salvage abilities. It's just like photography
in many ways put something good looking and well lit in front of the camera, press the
button and the chances are you'll have a good picture, even if you don't have state-of-the-art
equipment. Recording equipment today tends to be very good, even at the budget end of the
market, and it all has the ability to capture a musical performance with adequate quality. That
performance though, is entirely down to you.
Paul White Editor In Chief
Published in SOS July 2006

Sound On Sound - July 2006 103 of 178
Recording David Gilmour's On An Island
Click & Buy PDF
Andy Jackson
Published in SOS July 2006
People : Artists/Engineers/Producers/Programmers

David Gilmour's chart-topping solo album was recorded on his
own Astoria houseboat, a floating slice of studio heaven.
Engineer Andy Jackson describes the making of the album.
Paul White
On An Island, David Gilmour's third solo album in around
30 years, was one of the most high-profile releases of the
year, yet it was recorded and mixed mainly on David's
Thames-based houseboat studio, the Astoria, which has
little more space than some of the home studios I've
visited. Admittedly it is kitted out with Pro Tools and a
lovely Neve analogue mixing console, and it has an
enviable microphone collection, but a lot of what ended
up on the final album started out as David's self-
engineered demos. These were made in his home, before
subsequently being sifted and reworked with the help of
his friend and neighbour Phil Manzanera, who Gilmour has known since before Phil joined
Roxy Music. Of course any project of this size needs a safe pair of hands in the engineering
seat, and that task fell to Andy Jackson, who's worked with David Gilmour and Pink Floyd for
well over two decades. Indeed, this interview had to be postponed for a week or so when
Andy was called upon to step in and mix a couple of Gilmour's live tour dates.
"I started in 1976 when I got a job at Utopia Studios, which was came about after writing lots
and lots of letters. One of the engineers there was James Guthrie, and I kind of paired off with
him we tended to work together all the time with me as his second. When he left I moved
up, and when the movie for The Wall album came along, he needed more bodies and asked if
I could help with that, which I did. That film turned into the Final Cut album, and after that I
never escaped I did a solo album with Roger, a solo album with David and it just rolled on
and on. James moved to the States so I became the engineering branch that did everything
here. That was 1981, and here I am 25 years later still doing it!"

Bringing Things Together
A lot of the album's songs started life as bits and pieces David had been working on over the
years, and he enlisted the help of Phil Manzanera in a production role to help him go through
his ideas and see which ones fitted together. It was at this stage that Andy first heard the
ideas. "It was all on hard drives as Pro Tools Sessions, as David has a Pro Tools setup at
home, and as a musician/engineer, he's good. He also had a couple of really nice mics,
Mastering Lab mic amps and EAR compressors, which we'd marked up with Chinagraph, so
what we got in was pretty good. He'd started off with over 100 different ideas, where an idea
could be as simple as just a few bars of chords or it could be an almost complete song. This
was quite familiar to me as Floyd albums also tended to start life like that. He'd worked with
Phil Manzanera to whittle it down and to see which bits might work together, moving it more
towards finished songs.

Photos: Polly Samson
Sound On Sound - July 2006 104 of 178
"The indulgent part of the project was that we went into Abbey
Road Studio One with a band and screened it off to one third of its
size with a curtain. We used a six-piece rhythm section just to
knock some of the ideas about really. Then we did another
session in Studio Two, which was more of a rock band. The first
session was more of a jazz band with Jools Holland on piano,
Chris Stainton Nick France on drums. It also included Bob
Close, who had been with Floyd in the old days when they were
still the Abdabs or whatever they were. He's a good jazz guitarist
so we cut a few tracks like that. This was all recorded
simultaneously to Pro Tools and analogue. We all liked the idea of
doing everything analogue but I thought that it just wouldn't happen Pro Tools is like being
a kid in a sweet shop and you're just not going to not do that stuff! You move things, copy
things, tighten things up and all the other things we can do, and what I didn't want was for us
to record on analogue, copy it into Pro Tools for editing, then copy it back to analogue again!
So I was fairly insistent that we recorded to both at the same time, which was a bit tricky, but
we're fairly body-heavy and we had the people so that's what we did.
"This was forming the backbone of the album up until the time we broke for the summer
holidays and everybody took away a CD of work in progress to listen to. Then David came
back and said he didn't like it he wanted to go back to his demos so we started again. In
fact on 'Take A Breath', the drum track that we recorded survived, and we managed to pull
some of Jools's playing and some of Chris Stainton playing off those sessions, then lined
them up with the demos so we could use it. At that point we were still trying to keep as much
as possible on analogue but then David brought in Chris Thomas to oversee the workflow
to wield the cattle prod and get it done.
"One of the things Chris felt is that a lot of the tempos were too slow. It's a fairly laid-back
album anyway, completely overtly so, and David's never been apologetic about that. He said
'That's where my head's at, that's what I want to do.' But Chris still felt some of the tracks
were too slow so we ended up, after a lot of experimentation, time-compressing some things
using Serato Pitch 'n Time in Pro Tools, which is generally regarded as being the best-
sounding time-manipulation plug-in out there. The time-compression was a very laborious
process, but fortunately somebody else did it listening to each part, deciding which
algorithm worked best for which type of material! This was all done on a second Pro Tools rig
in another room.
"There were a few things Serato didn't do so well, but we
got round it. For example, it really messed up the kick
drum it added some kind of backwards echo so we
just took some of the uncompressed ones and replaced
them manually, lining them up in the waveform display.
That didn't take as long as you might think maybe half
an hour to an hour per song. It also enabled us to find a
good loud one, a good quiet one, which suited Chris as
he likes the kicks to be consistent and well behaved. It
worked fine and it didn't end up sounding like a drum kit
made of bits.
"It sounds like a lot of cutting and pasting but we did
really try to keep some sense of performance. In fact some of the smaller songs, such as
'Walk Yourself Weary', are 90 percent David's demos. In some ways that gives it more of a
relaxed feel than if he'd tried to replace some of the parts later.
"'Take A Breath' comprises two pieces that were originally very different they were even at
different tempos and I can't remember now whether we kept the tempo changes or used time-
stretching to get them the same. But there's very little of the original that survived, whereas
something like 'Smile' is almost entirely David's original demo. That's why I insisted we say
the album was recorded by me and him because he did so much of the original recording. If
it's good I get the credit and if it's bad he gets the blame!"


Abbey Road Studio One was used to
track live band recordings of some of
the songs on On An Island, but most of
the resulting recordings were scrapped.
Sound On Sound - July 2006 105 of 178

Grounding On Water
Having a recording studio on a boat must throw up a few unique technical issues, especially where
grounding is concerned, and I wondered whether the Astoria was equipped with a copper anchor! "I've
always thought we should just ground it straight into the river but no, we have gone to great lengths to
optimise the electrics there, including fancy cable and the whole works. I do the same here in my
mastering studio it's all esoteric cable, exotic mains leads and a special braided grounding cable. No
doubt I'll be shot down in flames about this, but when I changed the regular earth cable for the woven
one it sounded better, even though the grounding was electrically fine before."
I was interested to hear this, as we've tried to do listening tests on cables in the past and we sometimes
hear quite big differences, but the results are hard or impossible to replicate when you take the cables to
a different studio. "Absolutely," agrees Jackson. "I've found exactly this when I go to James Guthrie's
place in Northern California, being pretty adamant about how I want to do something because it works at
home. Then we find it sounds totally different in his room so we have to come up with a different
solution. That's really annoying because the subject of cables is such a minefield anyway! I've got to the
point where I just call it voodoo and let somebody else worry about the physics behind it. I set myself up
to be shot down in flames and then just ignore the people who are doing the shooting!
"What works works. For example, we have a couple of EQs racked up in the studio that came from a
Decca broadcast console, which we call the 'better box', because even with no EQ applied, everything
you pass through it sounds better. It may be because it has a couple of big, fat audio transformers in it
adding a bit of second-harmonic distortion, and we like to hear second harmonic."

An Easy Person To Record
David Gilmour's voice and guitar are both very distinctive, but according to Andy, there's no
mystery about how he records them. "Actually, it's very straightforward voice nice
microphone, nice mic amp, nice compressor. There you go. For reverbs I tend to be old-
school and use an EMT plate. I had a couple of plates and a Lexicon Hall that was our
palette. The vocal chain starts with that Sony tube mic with the heatsink on the side, the
C800G, and it is the most fantastic microphone. We have a couple of those, one in the studio
and one for David to use at home, which is another reason his demos sounded so good. That
feeds an old Neumann V72 mic preamp and then EAR EQs and compressors like the ones I
use here in my mastering system. I would compress his voice but only fairly gently with a
tickle of 2:1, then maybe do that again on the mix. That's with the exception of the rock songs
of course, which were completely mashed in a Fairchild! The thing is, David makes my life
easy stick him on the phone and he sounds great! He is not a difficult person to record
great technique and a great voice."
During live Pink Floyd concerts, David Gilmour was
renowned for using a lot of guitar effects and big
amplifiers. I was curious to know what setup he used for
recording. "Everyone asks what reverbs David uses, and
the answer is none! He uses delays, and it's usually
around 700 milliseconds or so. That's on his pedalboard,
but apart from that there's probably only one or two
different distortion boxes and maybe a compressor. It's
not that complex it's just finely tinkered with and he's
got some nice guitars and good fingers. The amp was
generally an old Fender Tweed Twin Reverb, with a little
bit from his Hi-Watts occasionally. When he's recording at home, he just kind of sticks that
Sony mic in a non-specific place in front of the speaker and I tried to replicate that in the
studio, but it wasn't really working in our room. Chris wanted to stick an SM57 on it, maybe
four inches from the grille cloth and a bit off-axis, but then I put a Coles 4040 ribbon mic next
to it, dead in the middle of the cone, and we found that mixing that in behind the 57 really
worked. What you hear is mainly the 57, but when you bring up the Coles, the sound just
goes 'expensive'. Nearly all the guitar I recorded ended up being done like that you just
have to be really careful about the mic positions and make sure both are exactly the same
distance from the speaker.
"Some of the guitars would be from David's home recording as he has a similar amp and
effects setup at home. In fact on the guitar solo for 'On An Island' where there are two guitars,
the first is a Les Paul and the second one a Strat. He recorded the Les Paul at home using

Andy Jackson in his mastering suite.
Sound On Sound - July 2006 106 of 178
the Sony mic and I recorded the Strat in the studio using the SM57 and the Coles ribbon, so if
you want to hear how the two approaches compare, that's a good place to do it.
"With that combination of mics, the guitar had a real bite to it and it's very different to what we
have done before. On Division Bell, we used a U87 eight inches to a foot away, a bit off-axis,
and the floor of the room on Astoria is carpeted. It's actually very small around 14 feet
square and sounds fairly dead, so when we record vocals, I just make sure the mic isn't
right in the middle of the room as that gives a little 'boing'. All the drums were done there
apart from a couple of the really live-sounding ones, as were all the Division Bell drums, and
it's good for that typical Pink Floyd drum sound even though it is [Andy] Newmark on that
album, it still sounds like Pink Floyd."
At one time David used a guitar fitted with EMG pickups to play live, but does he record using
that too? "He has done, but mostly he's reverted to his old guitar. Division Bell was mostly his
red Strat with the EMGs, but Phil Taylor, his guitar tech, thrust his old passive one into his
hands and said 'Play that!' He plugged it in and it sounded great it is a good one. I think he
bought it new in 1971 or something, but he's swapped pickups and parts on it over the years
and it does sound good. Of course, with those passive single-coil pickups, you have to face
Mecca when recording to avoid hum problems! Usually we don't need to do any cleaning up
afterwards, other than topping and tailing the various sections so they start and finish
cleanly."
The album also sees Gilmour playing lap steel, with what
sounds like a ton of compression to make it sustain but
isn't. "Actually that guitar just sounds like that. It's a very
old Gibson lap steel and it has an unbelievably hot
pickup. He just plugs it into his rig and that's what comes
out. I might occasionally compress some of the guitars on
the album, but it was an 'icing on the cake' type of
compression with just a couple of dBs here or there
because it helped the focus. We have almost the opposite
problem, because David plays so loud that when he stops
playing everything squeals! When he's setting up, he
turns up the levels so it's just about to go, so that he gets
the sustain he needs without having to use lots of
distortion. Certainly, on stage his amplifier is frighteningly
loud, but it's remarkable he's still got really good ears."

The Measured Approach
As you might expect, Andy is strongly of the opinion that
making the right choices at the recording stage is the key
to a successful mix. "It's got the point where I keep
everything very simple, but then I suppose I've had 25
years of making the choices that have got me to that
point. I know what's going to work in terms of what mics I
put on things. I always think that if you simply take a
microphone and record the world, it's a rather boxy and
low middly place. You spend the rest of your life trying to
get rid of that stuff. I tend to pull out a lot of low-mid, and
with vocals it might be up to 500Hz. That's just automatic
for me, then I'll add a little fairly dust. Ditto drums. The
way I approach overheads is that I take the old-school Glyn Johns approach and use the
overheads as kit mics rather than just cymbal mics.
"One of my favourite tools for recording is a tape measure! It sounds really anal but it's worth
it. If you get the two drum overheads exactly the same distance from the snare, it sits bang in
the middle of them with no phase problems, and in fact on this project, a lot was recorded for
surround as well so I used four overheads set up as a square, all equidistant from the snare.



Some of the many famous guest
musicians who contributed to the
album: from top, David Crosby (on the
deck of the Astoria), Jools Holland and
Robert Wyatt.
Sound On Sound - July 2006 107 of 178
The overheads were exactly a metre and a half from the snare, and I used Coles 4038 ribbon
mics, which of course have a figure-of-eight pattern so you get a bit of the room in it, but it
sounded good. I had to take out some low mid, but then most of the drum mics get the low
mid taken out somewhere or another. I try to pay a lot of attention to what goes on at the
bottom end really the relationship between the kick and the bass. I don't know if I can put
my finger on any magic technique, it's somehow just a sum of everything of experience.
"With bass guitars I often find myself pulling out stuff that seems unlikely at around 80 to 100
Hz, which is where all the action is. But you still get the whole sense of weight below it and it
just cleans up the whole mix. Same with the kick sometimes I'll be pulling out stuff in the
high bass region and leaving the low stuff in.
"One nice thing about having a pet studio you can go and play in is that myself, and Damon
who works there, can try things out without time pressures. There is a studio kit that's left set
up there so one day we decided to try out absolutely everything we had to see what sounded
the best on kick. I started off with all the things I'd normally choose but ended up liking none
of them, which I found really interesting. Finally we tried a Neumann FET47 capacitor mic,
and I've stuck with that ever since. It's not the instinctive first choice most people think of
D12s or D112s, but I really liked the result. I believe George Massenburg also likes to use a
47 FET on kicks, and it's fine. Once you stick the pad in it's absolutely happy. I also use a little
Beyer M160 ribbon on the snare there seems to be a phase coherence or something about
a ribbon, and it's the same with the overheads. The Coles 4038s are not very bright so it
seems odd to choose something that needs a lot of EQ, but once you add some top it sounds
great and somehow better than using a mic that has a naturally extended high end in the
first place."

Mastering
As well as manning the controls at the Astoria, Andy Jackson is also building a parallel career as a
mastering engineer. "That was a strategic decision I made about four years ago. Aside from the
commercial reason that mastering is more buoyant, it's also perhaps a reaction to the Floyd stuff where
we'd spend a year on an album they were enormous projects. With mastering, I really enjoy having a
relationship with a record for just five or six hours and my experience in that area has been really
positive. It's a time when people have finished the record and are happy!
"I have noticed that some of the stuff coming in now from home studios, where everything has been
mixed in a DAW, has a different kind of 'not very well done' feel compared to what I used to get 20 years
ago from analogue tape, and in some ways it is harder to deal with. There seems to be a particular kind
of digital crunchiness. I don't know what the problem is, but if I play with digital limiters or other
processes, they all seem to do it to some extent. I hope I'm not being a Luddite but I still have a degree
of suspicion about things digital. It seems that the more you start processing a signal in the digital
domain, the more it deteriorates, in a quite different way to analogue."

Mix & Mix Again
Despite his emphasis on traditional techniques, Andy is certainly not averse to using new
technology where it helps. "Having recall has made such a difference to mixing. Even when
we did [Pink Floyd's] Division Bell we didn't have a recallable mixing board, but there are so
many times when you just need to go back and change something by a little bit that it's great
to have it now. Of course all the home studio software has it as standard now, but working on
an analogue board that doesn't have recall seems preposterous now. I'd be interested to try
to do some serious mixing in the box, but I'd need to have first-class interfaces to do that. I'd
also need a really good control surface.
Sound On Sound - July 2006 108 of 178
"David's album was done on Pro Tools, but we used it as
a tape machine where everything came out of 48 outputs
and got mixed on the Neve analogue board. There was
some submixing inside Pro Tools, but then if we'd been
working on two analogue 24-tracks locked up, we would
have had to bounce some things down to stay within the
track count anyway. In that case it means you're doing
the summing digitally rather than analogue, which means
you can undo the bounce if you have to, which we did on
occasions. We had to do a little processing with plug-ins
within these submixes, for example, when we recorded
the Crosby and Nash vocal parts for 'On An Island'.
"I must admit that it quite surprised me that they recorded their parts one at a time when I'd
set up assuming they'd sing together, perhaps with David adding a third part a kind of
Crosby Gils and Nash! That ended up coming up on the board as a stereo pair, but then I had
to use a plug-in to EQ Crosby relative to Nash, just to tip him up a little brighter to match
Nash. But the bulk of the EQ was done analogue afterwards."
The rest of the album was also recorded and mixed in fairly traditional fashion. "There are odd
bits of Kurzweil and maybe the odd bit of synthetic Rhodes, but mainly it was old-school mic
recordings plus using the EMT plate and things like that. It was mixed through the Neve
analogue board and onto half-inch analogue tape. I think David looks back to some of the
things we did in the '80s using AMS reverbs and things like that and says 'What were we
thinking?' You can listen to the plate all this time later and it still doesn't sound old-fashioned.
"I did use a Lexicon 480 for the preset hall used on the orchestra and things like that you'd
think that when you record in Abbey Road Studio One the last thing you need is more reverb,
but we did! On this album it felt like I needed to have a great deal of control so I could always
get back to where we were, and the EMT plates plus the Lexicon were all we needed. But I'm
a great fan of things like the TC System 6000 and we did use Altiverb on a few daft things,
such as to get the effect of the fireworks in the opening section sounding as though they were
outside [using the 'Forest by Lake' impulse response]. I think they originally came from a
stock sound effects library. We had a flirtation with trying to record our own sound effects
using Holophonics back in the '80s, but it's really hard to get anything that's any good."
Phil Manzanera: Producing On An Island
Phil Manzanera and Dave Gilmour have known each other since the late 1960s, and their friendship
progressed naturally into a production partnership. "I live close to David's house in Sussex," says
Manzanera, "and I would regularly visit him and ask him whether he'd been recording. It turned out that
he'd been doing stuff over a 10-year period, and had so much that he didn't know what to do with it. I
suggested that I come round once a week and we'd go through these pieces together. Many were on
Minidisc and recorded in his kitchen or living room. Dave began by selecting perhaps 150 pieces,
enough for three albums. I picked some of these and took them to my studio. Together with my
engineer, Jamie Johnson, I would try and develop these ideas. Sometimes we'd make loops, sometimes
I'd take vocal lines from one song and stick them in another, just to create something different and
weird. The next week I'd play David what I'd done and he'd give feedback.
"Dave and I spent most our time together at his home studio, where he has Pro Tools, a 12-channel
mixer, a fantastic Sony microphone [the C800G], and a couple of good limiters, Urei I think. It's all very
simple, but of high quality. Dave did all the engineering. It is a nice room with high ceilings, looking out
over the countryside, and there are birds twittering around everywhere. The birds you hear all over the
album were just picked up on the microphone in his home studio. What he recorded there has a feel that
can't be recreated anywhere else. The songs 'Smile' and 'Where We Start' were almost entirely
recorded by David at his home studio."
Work began in May 2004 and continued for six months at Gilmour's home studio and Manzanera's
Gallery Studio, where he has a Euphonix desk and a Pro Tools setup, but works mainly in Logic. Even
when sessions moved to the Astoria and Abbey Road, Manzanera still found time at the Gallery to
concoct all manner of ambient atmospherics. "The rhythmic thing in the background on 'This Heaven' is
a loop based on a sample from Dave's Minidisc," says Manzanera. "It was recorded in the kitchen with
children shouting in the background and Polly [Samson, Gilmour's wife] talking, and so on. Once she
and Dave had decided to call the album On An Island it really helped me with my conceptual thinking
and with the making of little soundscapes.

David Gilmour rehearses with his
touring band, featuring Phil Manzanera
and Pink Floyd's Rick Wright, for live
dates in support of the album.
Sound On Sound - July 2006 109 of 178
"For the opening track, 'Castellorizon' [the name of the Greek
island to which the album title refers], I took samples from all
over the album. I put them all in the same key, and messed
around with them. 'Then I Close My Eyes' was originally just a
jam of David and [pedal steel player] BJ Cole, so I took this
guitar riff from the Minidisc and made a backwards loop out of
it. I then made an ambient soundscape from the soundtrack of
a video shot at Castellorizon, with David in a boat, playing the
cmbs. So there are waves lapping and him playing and a
ferry going past, and I slowed down a double bass playing
harmonics and created this musical collage that was grafted
onto the front of that track.
"I also made up an ambient track for 'Red Sky At Night', with
children's voices and other sounds, while 'Take A Breath' has underwater sounds and a bell, plus the
sound of something being thrown in the water. I may also have some dolphin and whale sounds. I've
always enjoyed doing things like that, and with Pro Tools and Logic it's become so much easier to do.
Basically, the album ended up with sound effects all over the place. We had set up an additional Pro
Tools studio in a tea house right by the river, close to the Astoria, where Polly, David, an engineer and
myself would go to mess around, experimenting with soundscapes and other things. In the end we had
too many of them, so some were taken off during the mix."
Chris Thomas joined to complete the project in the last quarter of 2005. "Chris is a hero of mine,"
remarks Manzanera, "and we felt that we needed a final push for the last three months. David felt that
we needed some fresh energy, and I loved the idea of having Chris around. It did put David in a position
where he had to very much fight his corner, with me being a referee, saying 'This is all very well, but it's
David's album, it's his choice.'
"Basically a lot of the early stuff was very acoustic; we almost entered into English folk territory. This
was very interesting, but I like things a little heavier, and was perhaps trying to push a side of David that
he wasn't feeling so much at the time. When Chris said that the tracks were too slow, he articulated
something I had been feeling as well. But it needed the two of us to push the speeding up through! We
sped up pretty much all the tracks, except for maybe one, by two or three bpm. We're not talking huge
amounts here, but there's slow, and there's too slow, and I don't like too slow. We did it in Pro Tools
because we already had a lot of stuff recorded that we didn't want to re-record at that stage. Obviously
we were very concerned about sound quality and we A/B'ed stuff all the time, but there didn't appear to
be any difference at all.
"The other aspects that changed at the last stage was that the album was initially not only very acoustic,
but also very orchestral. I didn't think it was a brilliant idea to have so much orchestra, so it was diluted
in the end. And finally, David's electric guitar solos were all done in November, which was the last month
of recording. He left the electric stuff to the last moment, and I wasn't sure he wasn't going to do it at all.
So I was very pleased that we managed to get him back onto the electric guitar, and he put some great
things on." Paul Tingen

Phil Manzanera co-produced On An
Island.
Published in SOS July 2006
Sound On Sound - July 2006 110 of 178
Roger Nichols: Across The Board
The Current State Of Affairs
Published in SOS July 2006
People : Artists/Engineers/Producers/Programmers

What can we, as engineers or musicians, do to prevent our
recorded legacy being lost?
Roger Nichols
Audio preservation is a topic that keeps rearing its ugly
head, and will not easily go away. The human species
seems concerned about its past, but would rather wait
1000 years and try to reconstruct what might have
happened instead of dutifully preserving the information
for future generations that will remove any doubt. It is
more fun to argue about the multiple possible origins
based on incomplete data.
It seems like we want our recordings to slowly fade into
oblivion. The record companies still have the attitude that
they will not spend money to preserve what they have,
but will spend tons of money later to recover something
that is gone when they need it for a release. Record
companies will not pay for extra archival copies on
alternate formats during mastering sessions. Record
companies and production companies will not pay for the
additional time necessary to correctly document and
consolidate DAW sessions so that they can be recalled
years later for additional releases in new formats. "We will
not pay for the additional time or media. We just want the
CD master now for release, and send the multitracks to
our office." There are exceptions, but they are few and far
between.
I, personally, have made a copy of every project I have
ever worked on. I decided to do this in 1970 after seeing
the storage facility at ABC Dunhill Records in Hollywood.
Tapes were damaged or missing after being stored for only a few months. In 1981 all of the
Steely Dan two-track tapes were transferred to digital. The record company could not find the
'B' side of the Aja album. We had to use the copy I made during the original mixing. We did
not make digital copies of the multitracks, and since then the record company has lost the 24-
track tapes of that album.

Formats
I don't really care whether someone likes analogue or digital, but you must accommodate the
medium to which you are recording. Some digital formats are more robust than others, so why
not print your mix to more than one? You want to print your mixes to analogue tape? OK, it
has worked for all the years prior to digital, but analogue tape does not reproduce exactly
what you put on it.
When an ad agency is producing a magazine ad, they look at the final proof after it has been
printed, and then go back and change colour balance and lighting until the results are what
they want. I have almost never seen anyone do that when recording or mixing to analogue
tape. The engineer spends three days making a perfect mix, then prints it to the 30ips
quarter-inch tape and hangs out in the lounge while the assistant plays the tape back to make
sure it was actually recorded. I have only once seen an engineer rewind the two-track and
play it back in sync with the actual mix to A/B what the tape did to the sound, and then make
small corrections to the mix to somewhat compensate for those differences.

Photo: Ashlee Nichols
Roger Nichols has been professionally
involved in the music business since
1968, working as a staff
recording/mixing engineer at ABC
Records and Warner Bros before
becoming an independent
engineer/producer in 1978. His work
with Steely Dan in particular has led to
a string of Grammy Awards and
nominations, including a Best
Engineered Album award for Two
Against Nature. An advocate of digital
recording since 1977, Roger designed
and built the first digital audio
percussion replacement device and has
lectured on digital audio around the
world.
Sound On Sound - July 2006 111 of 178
Once the analogue tape has been recorded, there is never any mention of the sound change
that occurs over time from the minute the recorder was stopped. The message on the
analogue tape starts deteriorating as fast as skywriting messages over Brands Hatch on race
day.

Overlooked Remedies
All formats have their flaws. The trick is to admit what they are, correct them in future formats,
and figure out how to correct for them when migrating the data to the new ones. You don't
complain about CD rot until your music disappears: you are supposed to clone the music to a
new format while the error correction can still correct.
When the only format for mixing to was analogue tape, I did not mix
to a piece of tape then copy it. I had a second tape machine
recording in parallel to avoid the generation loss. Now the backup
was equal to the original. After the advent of digital, I printed the mix
to two different formats in case one did not last as advertised. When
DAT tape life was in doubt, I transferred to CD-R as audio files and
to Exabyte tapes as DDP files while the DAT tapes would still play
back. Now whatever I record is also stored on CD-ROM, DVD-ROM,
or Blu-Ray as AIFF or BWAV files. Data files have more error
correction than audio CDs, allowing for a better chance for recovery.
Ten years ago I submitted to the US Library of Congress a method
for recovering audio from cylinders and records photographically. I
am glad to see that they have finally funded Berkley National
Laboratory to investigate that process. But it took 10 years.
As everyone knows by now, analogue tape suffers from 'sticky shed
syndrome'. The tape companies suggested baking the tapes to
enable playback temporarily. In 1992 I started using a vacuum
process to recover these tapes; I enlisted one of the original
scientists who developed Mylar and the oxide binders for DuPont to help develop it. It works
perfectly and turns out to be permanent. Tapes processed in 1992 still play back perfectly
today, without the increase in distortion as a result of baking.
Everyone also knows that wow and flutter are natural occurrences when recording analogue.
You can measure it, but you couldn't do anything about it. Until three years ago. Jamie
Howarth developed a system that removes the wow and flutter from analogue tapes.
Analogue tape machines use a high-frequency bias signal of around 100kHz during the
recording process. This bias frequency actually gets recorded on the tape, and if you
manually move the tape by the head at a very slow speed you can hear it as a whistle. Since
this frequency is constant, the pitch of it on the playback tape is modulated by the wow and
flutter. If you detect the bias and correct the pitch of the program material, you have removed
the wow and flutter. Brilliant.
I have heard the process, and it sounds amazing. The difference between the before and
after quality is about the same as the difference between 16-bit and 24-bit audio. It is not
subtle, it is amazing. The film industry has jumped on it, and has been transferring the audio
tracks from old movies that are being re-purposed for DVD. Jamie's company, Plangent
Processes (www.plangentprocesses.com) has partnered with Chace Productions in Burbank,
California to recover the audio from the six-track mag-tracks.
The record industry is, however, slow to get on board. The comment I have heard most is
"Why would you want to change what I have recorded?" The answer is that the process does
not change what you have done: it removes an artifact that was introduced by the medium. In
the digital world everyone was quick to minimise the jitter caused by inferior clocking, so why
do they fight the removal of the analogue jitter recorded by every analogue machine ever
used? Maybe a shovel upside the head would help. It works for my mule.

Baking tapes in special
ovens can temporarily
make 'sticky' tapes
playable for transfer to
another format, but baked
tapes are not usable in
the long term.
Sound On Sound - July 2006 112 of 178

Storage And Handling
Audio storage is all too often
overlooked. Cool and dry is always
good, and vertical storage is very
important. Store your records, CDs,
DAT tapes, reel-to-reel tapes,
videotapes, Mini-DV and DVDs
vertically, never flat. Tape, especially,
tends to slip down and damage the
edges if stored flat, even if they are in
a cassette.
Don't touch tape. Don't touch the
surface of records or CDs. Handle by
the edges or the CD hole. Don't touch
the playing surfaces of any recording.
Don't store tapes on or near speakers
or amplifiers. This may sound
intuitive, but every day I see someone lean a tape against a speaker or pick up a CD like it was a ham
sandwich.
Make sure the playback machine, be it a tape machine, CD player, turntable or cassette player, is in
good working order and adjusted properly. I have many times seen a hungry player eat the only copy of
a cassette, DAT or videotape. Demagnetise the machine, clean the machine and use a test tape (and
then the tones on the tape that you are playing back) to align the machine. Some new engineers have
never even seen an analogue multitrack.


Tape storage done right (top)... and
wrong (lrft).

Restoration Works
So what to do if your master recording has decayed and needs work? Forensic audio was a
big topic at the Paris AES show this year. Police departments around the world are buying
CEDAR systems to clean up bad audio. At the other end of the spectrum there are very
inexpensive and even free software programs to clean up your old record collection so you
can make your own CDs or MP3s for your iPod. These are great products, but they are only
as good as the person using them. As with any new software process, two things happen.
The user gets better at using the program as he gains experience, and the software is
improved over time. The clicks and pops you could not remove now will be much easier to
remove in the future.
To save extra work in the future, make the best flat transfers you can, and save them. Do the
processing to the flat transfers instead of processing during the transfer. When the processing
improves in the future you can then use the flat transfer and re-process it instead of having to
go back and re-transfer the audio. In 1997 we tried to transfer the old Steely Dan two-track
masters again with newer technology. Because of the additional 15 years of deterioration, the
digital transfers done in 1981 sounded much better than anything we could do in 1997. So,
the sooner you make the transfers, the better your results will be.
If you are transferring records, make sure you clean the records first. Learn how to do it
properly. There are plenty of companies with helpful information on the Web that will increase
your chances of success. Remember, cleanliness is next to high fidelity.
There are flat preamps available without an RIAA or CCIR frequency response curve.
Companies like Enhanced Audio (www.enhancedaudio.com) have very good flat preamps,
and even the Griffin iMic (www.griffintechnology.com) allows flat transfer with software
equalisation. After transferring flat, you can use software curves to recover the original audio
more accurately; the curves are complex and inexpensive preamps with curves built-in are
most often incorrectly implemented. Also, early recordings before the '60s did not all use
these curves, and sometimes the curves were different between record companies and even
between different releases from the same record company.
If you are going to remove the clicks, pops and noise from the transfers, the best results are
achieved if you perform the processes in the following order: de-click, de-crackle, de-buzz,
de-hiss and de-rumble. Performing the processes in the wrong order can mask information
Sound On Sound - July 2006 113 of 178
needed for the next process or create audible artifacts by not completing a required prior
process.
There are hundreds of recordings lost every year because they were not transferred when it
was still possible to save them. Take care of your music so others may enjoy it in the future. If
you have questions search the Web, contact archival companies in your area, or write to
Sound On Sound.
Published in SOS July 2006
Sound On Sound - July 2006 114 of 178
Sounding Off
David Glasper
Published in SOS July 2006
People : Sounding Off

Simplicity: for a brighter tomorrow.
David Glasper
People seem to spend an awful lot of time trying to figure out why they're unhappy with the
music they've made; but it seems that often they're looking at every reason except the music
itself.
You can understand why it can be much easier to think about tangible, straightforwards
things like musical equipment or problems with monitoring, than it can be to think about what
is essentially abstract and emotional. The truth is that these are usually diversionary tactics
if you're not happy with your music, it's most likely that the music itself is at fault not the
production or the equipment made to use it.
Pleas not to become overwhelmed by the number of
possibilities offered by modern musical equipment (especially
computer-based studios) are not uncommon within the pages
of SOS. This is good advice, and the same principle can be
applied to composition remember, just because you can
do something, it doesn't mean you have to do it.
You might find that your music improves if you can strip it
down to its core elements. This will force you to concentrate
on what's really important, and learning to recognise what's
really important in a song will make you a better songwriter.
The simple approach also has the knock-on benefit of
making recording and mixing a lot easier.
There are no end of things you can do to simplify your music.
Take the idea of rhythm and lead guitar in a standard guitar
band for example just because you have two guitarists,
there's nothing to say you have to have two guitar parts, at
least not all of the time. If one guitarist has a really good riff,
do you really need the other one to distract from it by playing
something different merely for the sake of it? Why not have
them both play the same thing and use the additional guitar
to bolster the sound?
Bass players are also notorious for making things unnecessarily complicated yes your
lightning-fast slap-bass scales are very impressive, but wouldn't it give the song more
momentum if you just hit the same note eight times a bar and stopped mucking about?
Drummers can bring their own problems, typically through collecting far more drums,
cymbals, cowbells and whatever than they could ever reasonably need. They're sods for it,
basically. Sadly they often suffer from a crippling lack of self-esteem, and, although they know
they only really need two or three drums, a hi-hat and a ride cymbal, they assemble vast
collections of percussion to make themselves feel more important. This behaviour should be
discouraged for three reasons: firstly because it will make them think about (and therefore
hopefully improve) what they are actually playing, instead of trying to figure out how to use
every last piece of the kit in every song; secondly, because it will make it a lot easier to record
and mix; and thirdly because it will mean you will only need to use the one van when you play
a gig.
There's also the question of what's actually being played. Just because you know tons of
chords, it doesn't mean you have to use them all. Not in every song anyway.

About The Author
David Glasper is a member of
psychedelic electro-noise
agitators, the Resistance. During
his spare time he is Assistant
Editor for Sound On Sound.
If you would like to air your views
in this column, please send your
submissions to
soundingoff@soundonsound.com
or to the postal address listed in
the front of the magazine.
Sound On Sound - July 2006 115 of 178
Lou Reed said "one chord you're alright, two chords you're pushing it, three chords you've got
jazz". While this is an obvious exaggeration, there's a lot of truth in it; you really don't need
more than one or two chords to write a good song. 'Roadrunner' by Jonathan Richman and
the Modern Lovers is testament to this two chords all the way through (A and D, I think) but
easily one of the most recognisable and driven songs you can hear. 'Tomorrow Never Knows'
by the Beatles is another good example one of the simplest structures imaginable, but still
one of the most innovative songs they (or anyone else) ever wrote.
Structure is another thing that can benefit from simplification. Most people construct their
songs in the same order because that's how everyone else does it, but there's really no
reason to subscribe to the standard verse, chorus formula. If you've got a riff or a sequencer
pattern or even just a single chord, and you think it sounds good if you play it for five minutes
straight, then that's what you should do. Likewise, if you feel that what you've got is only
interesting for one or two minutes, then that's how long it should be.
'Complicated' should not always be equated with 'good' when it comes to music. The
important thing is that it's your music and you're under no obligation to anyone to make it
anything other than what you want it to be. The only real rule you should follow is that if
sounds right to you, then it is right.
Published in SOS July 2006
Sound On Sound - July 2006 116 of 178
Studio SOS
Click & Buy PDF
Hilgrove Kenrick
Published in SOS July 2006
People : Studio SOS

The team create portable acoustic treatment for a composer
who has plans to move house.
Paul White & Hugh Robjohns
This month's Studio SOS features the studio of Hilgrove
Kenrick, a professional TV and film composer who
recently wrote a series of articles in Sound On Sound
about producing music for picture (see SOS December
2005-March 2006). While writing the series, Hilgrove
decided to move his studio from a room in his house into
a new double-garage construction and asked Hugh and I
if we'd take a look to advise on acoustic treatment. The
twist was that he ideally needed a portable approach, as
there was a chance he'd be moving house within the next
year or two. We came up with an idea for some wall-
mounted hanging panels and thought that this rather
construction-intensive project would make an interesting
Studio SOS which is why mid-December saw us at Hilgrove's home with a car full of
electric saws, nail-guns and cordless screwdrivers. Hilgrove had already bought in all the raw
materials we'd specified for the job, other than the foam, which was generously provided by
Auralex, via their UK distributor Audio Agency.

The Task Ahead
Hilgrove's studio space is large enough to make most people envious roughly 23 x 21 feet,
and 10 feet high but other than 10mm Noisestop Solutions rubber matting (the type made
from recycled car tyres) that Hilgrove had fitted to the floor, all we had to work with was four
painted plaster walls. At the back of the studio are two wooden garage doors separated by a
masonry pillar. To save doing anything too permanent there, we suggested that Hilgrove buy
a couple of large, thick duvets to hang in the garage-door recesses. He could later hang some
thick curtains across the entire back wall, to improve its appearance, if necessary. If it turned
out that more bass absorption was required, Hilgrove could easily hang barrier mat directly
behind the duvets, to form a limp mass-absorber (providing it was allowed to hang freely).
This damped wall would be useful for recording vocals, as the singer could stand with their
back to it. Barrier mat is quite expensive to buy in quantity and the shipping cost can add
another 50 percent to the bill, but at least it can be taken down and re-used in a future studio.
We decided to leave this part of the job for later, as it didn't involve any serious DIY work, to
which Hilgrove has a self-confessed allergy!
DIY allergy nothwithstanding, Hilgrove had already sealed
the spaces around the doors, and the walls of the garage
are triple-skinned. As his house is reasonably secluded,
soundproofing isn't a major concern. Hilgrove has a
background in IT, so he's put all the noisy computing gear
in a separate machine room with backup UPS power
supplies and hooked it up to his keyboard, monitors and Sony digital mixer via cable
extenders and MADI looms (running to RME interfaces), which makes his control room quiet
enough for serious recording work.
Our plan for the day was to build 10 sound-absorbing traps to hang on the front and side
walls, then to fit two further pieces of acoustic foam to the ceiling, to kill reflections from above
the mixing position. We could simply have used foam panels on the walls, but their low-end
absorption is only worthwhile if they are very thick or spaced from the wall. They can also be
difficult to fix up temporarily in a neat and professional way, although Auralex do have some

Rack and stack: with 10 traps to build
and hang in one day, there's no time to
lose.

Diagram showing the basic
construction of a single trap.
Sound On Sound - July 2006 117 of 178
Velcro fixings that work adequately on smooth, painted walls. As Hilgrove was also concerned
about aesthetics, we decided to build something more substantial, based on a 125mm-deep
wooden frame with 600 x 1200mm internal dimensions. This would exactly accommodate a
piece of rigid rockwool cavity-wall insulation slab (30mm thick in this case, but deeper slabs
would have been even better, had they been locally available), on top of which would be fixed
a sheet of Auralex wedge-profile foam.

Paul makes a start cutting pine planks
for the frames of the traps.

Hugh glues and screws the corners of
the frames.

Wooden batten is fitted to the inside of
the frames to help position the rockwool
and foam correctly.

Fitting the rockwool slabs into the
frames.
Sound On Sound - July 2006 118 of 178
The idea was that the rockwool/foam layers would be at
the front of the frame, leaving a decent air-gap behind to
help improve the low-end absorption. It also left space to
add a sheet of freely-hanging barrier mat behind the
rockwool, which we fitted to the two traps that we angled
across the front corners of the room. As the type of
rockwool slab we used is more dense than foam, it
provides better absorption than using foam alone and it is
also relatively cheap, which is another reason for taking
this approach. The foam panel on the front would do its
share of absorbing, as usual, and give a tidy, professional
appearance to the finished units. Slotted wall-hanging
plates fixed to the back would make each trap easy to fix to the wall using just a couple of
screws each, and would also allow the panels to be lifted down without the need to undo the
screws.

Making The Traps
When we first encoountered the room almost empty, the reverberation was impressive but
certainly not appropriate in a control room! To make matters worse, all three room dimensions
are quite closely related, so prominent standing waves would be a potential problem, although
we knew that the wooden garage doors should let a lot of low-end pass directly through to the
outside world, which would help. As mentioned earlier, sound leakage is not an issue,
fortunately, as there are no close neighbours.
The 10 traps we made helped enormously to tame the reverb and seemed to improve the
bottom end to a useful extent, but from the outset we realised that a large area of absorption
(duvets!) on the back wall would be a vital component, as the wall was all bare wood and
plaster. It might also prove necessary to extend the front corner traps and possibly add more
corner trapping on the wall/ceiling boundaries. Real Traps Mini Traps, for example, could be a
practical way to trap the wall/ceiling corners, as they are easy to put up and take down if you
move house. Essentially you can never have too much bass trapping, and it is easy to add
more in stages until the optimum balance has been found. Hilgrove could add these
components later as necessary: our intention on that day was to make the room usable for
composing and mixing.
To make the frames for our traps, we cut two long sides and two short sides from planks of
planed pine timber (using 15mm thick, 125mm wide, 2.4m pine planks), then glued and
screwed the corners. No serious cabinet-making skills are required here. You just have to
remember that it is the inside dimensions that are important, as the rockwool and foam fit
inside the frame. To secure the rockwool slab, we then fitted 20mm wooden batten around
the inside of the frame, set back from the front edge by 35mm, so that when the 30mm
rockwool was fitted it would sit 5mm behind the front of the frame. This meant that when the
Auralex foam was glued to the front of the rockwool, it would be recessed into the frame very
slightly, leaving the edges looking clean and tidy.
Having 90mm of air-space behind the rockwool makes a significant improvement to the low-
frequency absorption of the trap, and while the wooden frames of the trap are acoustically
reflective, we felt they could add a little useful scattering. Traps of this type can be even more
effective if you cut holes in the edges to let sound into the back more easily, but as we had to
build 10 in a day, we didn't have the time!
We used a couple of wood offcuts to make up some 35mm spacers, upon which we could
rest the internal battens as we glued and pinned them in place. This ensured that we got the
battens in the right place and avoided the need for measuring every time we fitted a new
length. As we had a relatively short space of time in which to finish the construction, we
needed to set up an efficient production line, with me sawing and nailing, Hugh drilling and
screwdriving and Hilgrove making endless coffee, accompanied by clinically dangerous

The foam panels go on top of the
rockwool, secured with spray adhesive.
Sound On Sound - July 2006 119 of 178
quantities of chocolate Hob Nobs. Hilgrove also played a few Pink Floyd albums over his
studio monitors to keep us motivated.
Hilgrove decided to leave the pine frames unfinished, so we just gave them a light sanding
prior to fitting the rockwool and foam. However, I have since built similar structures for my
own studio and found a suitable water-based satin-finish varnish (from Wickes) that is very
easy to apply and also dries quickly.
We found that the simplest way to fix the rockwool into
place was to apply a solvent-free 'Look, there aren't any
nails, honest guv' type of adhesive via mastic gun to the
frontmost edge of the batten, then simply push the
rockwool into place. (As explained earlier, the frame size
was decided to ensure that the rockwool slab was an
'interference fit', so the glue didn't have to do much
anyway.) Auralex's own spray adhesive was used to fix
the foam to the face of the rockwool and we applied it to
both surfaces prior to bringing them together. It stuck very
positively and also looked very neat, but we had to tuck
the edges into the frame as we worked, as the foam
panel was just slightly larger than the rockwool slab. If you do get the spray adhesive on a
visible section of foam or other surface, we discovered that you can usually remove it by
dabbing at it with the sticky side of a piece of gaffa tape as long as you notice it before the
glue sets.

Fitting The Traps
Hilgrove had power trunking running along the front and one side wall of his studio, so we
simply stood the traps on top of this, marked the wall through the keyhole slot in the hanging
plates, then drilled the necessary holes using a masonry bit and a hammer drill. Plastic plugs
were hammered into the holes to take the screws, in the usual way. Two of the traps were
fitted across the front corners of the room to give more low-end absorption, so we used
scraps of wood cut at 45 degrees to fix the keyhole plates at the correct angle. Filling the
space behind these corner traps with more loose rockwool would improve their low-end
absorption further, but we settled on fitting a piece of barrier mat behind each, as described
earlier, to act as limp-membrane absorbers, as these are effective at low frequencies. In a
room of this size, such a small area of absorber could only be of limited help, but it certainly
wouldn't do any harm.
We hung three of the absorbers on each side wall, two in
the front corners and two behind the monitors. The two
foam panels we had left over were fixed to the ceiling,
using a light dash of spray adhesive. We hope it will be
possible to remove them at a later date without damaging
them beyond the point where they can be re-used.
From Hilgrove's listening position, we had all the 'mirror
points' covered, but the amount of bass trapping required
was still undetermined. However, once the panels had
been hung, the acoustics of the room dried up very
noticeably and the stereo imaging improved significantly.

Studio SOS: The Return
A few weeks later, we returned to Hilgrove's room, to check on progress and to hang two
thick, 13.5-tog, hollow-fibre duvets in the garage-door recesses. (While duck-down is good for
sleeping under, it tends to settle to the bottom of the duvet, which is why we went for hollow-
fibre duvets, which keep their shape.) Standard kingsize duvets fitted perfectly into the

Hilgrove's studio space before the team
started work...

... and looking and sounding rather
more inviting afterwards.
Sound On Sound - July 2006 120 of 178
recesses, and we tacked them in place in the door frames using large-headed nails. The
duvets dried up the sound to a useful degree.
With the 10 traps, the ceiling foam panels and the two duvets the room was surprisingly well
behaved, and although more bass trapping would undoubtedly be a good thing, the garage
door, room doors and windows contributed to the natural bass trapping of the structure, so
there were no really hot or dead bass notes evident.

One finished trap!

The picture-hanging plates used
to mount the traps on the walls,
so that they can easily be lifted
down.

Two traps in place on the wall, one of
them across a corner.
As an experiment, Hugh and I held up a large rug at the back of the room, to see if it would
function as a limp-membrane absorber to remove more bass energy. It was surprising how
strongly the bass vibrations in the material could be felt, meaning that the rug was indeed
drawing energy from the sound field. The bass was slightly but audibly tightened up when we
held the rug in place, so we suggested to Hilgrove that he might want to try hanging a couple
of rubber-backed rugs in the garage door recesses to provide further bass trapping, and to
look nicer than the bare duvets although I gather Spiderman duvet covers were being
considered...
To avoid reflecting mid-range energy back into the room, the rugs should really be hung
behind the duvets, but given the distance to the rear walls it probably wouldn't make much of
a subjective difference if the rugs were in front, and they'd certainly look nicer than exposed
duvet. Our impromptu test with the rug didn't seem to affect the mid-range tonality at the
monitoring position.
Hilgrove had brought in a soft sofa, which he positioned at the back of the room. This is
always a good idea, as large soft furnishings (and the clients who sit on them!) provide a little
extra free trapping.
After a final trial of the room, using the theme music from
Batman Begins (which has monstrous bass end) as a test
source, we were generally very happy with how much of
an improvement we'd brought about for so little outlay.
However, there were still some little jobs for Hilgrove to
do to optimise his studio, so we left him with a 'to do' list.
We had noticed that the cavity under the closed-back
monitor shelf of Hilgrove's work desk seemed to be acting
as a resonator, which had the effect of reducing definition
towards the low end of the spectrum, so we suggested
relocating his Mackie HR824 speakers onto suitably high
rigid stands behind the desk, then either filling the

A return visit enabled Hugh and Paul to
hang duvets in the recesses of the
wooden garage doors, to further
improve the room's acoustics.
Sound On Sound - July 2006 121 of 178
offending cavity with foam or other absorbing material, or otherwise removing the shelf
completely. As the monitor shelf was directly behind Hilgrove's computer screens, the space
below it couldn't be used as practical storage space anyway.
Taking the speakers off the desk would almost certainly tighten up the low-end performance
of the HR824s. I had already reset the switches on the back of the monitors to full bass
extension and half-space room loading, which seemed to work best for their current position
and should be even more appropriate when the speakers are moved to stands a little closer
to the wall.
The wall behind the monitors has two windows in it that Hilgrove didn't want to block, so
slatted vertical blinds should ideally be fitted to these, to help deflect and scatter reflections.
Setting the blinds half-open usually works well. There were also two noticeably untreated side
sections of wall left just behind the frontmost side-wall absorption panels, due to the presence
of a door in one wall. This door leads to Hilgrove's machine room, which houses the
impressive rack of computers that he needs for his extensive use of Gigasampler, running
Vienna Symphonic Library and other libraries, for classical compositions. We suggested that
Hilgrove buy a couple of panels of matching Auralex foam and fix these directly to the door
and to the facing wall, to maintain symmetry. This would improve the sound, particularly the
stereo imaging, further back in the room where his clients tend to sit.

Hilgrove's Comments
"When I left the big smoke for a life of creative peace and quiet
in the countryside, I hadn't realised I'd end up within 20 miles
of the gods of the Studio SOS, Hugh and Paul! I was also
lucky enough to have Peter and the team at Total Audio
Solutions close by, to advise on MADI and remote extenders,
so that I could pile all my noisy PCs, network gear and I/O in
the server room, leaving my studio free of extraneous noise.
"The studio room ended up very nearly square a big no-no
but the builders managed to 'find' another inch or two of
width at the last minute. The room previously sounded like an
oversized bathroom, but now that the acoustic traps are in
place the listening experience is very nearly perfect. I rarely have to record live instruments, so the
space will be used primarily for tracking and editing, but having the capability to record live if I need to is
most welcome.
"After our second meeting I bought two speaker stands for the Mackies and ditched the overbridge from
the desk. Thus I now have space for even more TFT screens and can load the bass as much as I need
without the desk resonating its way through the floor.
"Ironically, although everything was done with 'pick up and go' portability in mind, I now like it so much
that I'm content to stay!"

Published in SOS July 2006
Sound On Sound - July 2006 122 of 178
Apple Mac Book best value ever?
Click & Buy PDF
Apple Notes
Published in SOS July 2006
Technique : Apple Notes

In just a few weeks, Apple have completed the transition to
Intel processors for their entire Mac portable line, starting with
a 17-inch Mac Book Pro and ending with the introduction of the
Mac Book family of laptops to replace the iBook. Apple Notes
assesses the new machines.
Mark Wherry
As Apple try to gain a larger share of the video post-production market, the NAB (National
Association of Broadcasters) show, held annually in Las Vegas, has become increasingly
important. This year's NAB show saw Apple announce the 17-inch Mac Book Pro, which
makes sense given the growing number of professionals (in all media worlds, including video
and audio) favouring laptop-based systems. And to show just how feasible this really is, Apple
ran the majority of their demos of Final Cut Studio on the new 17-inch Mac Book Pro.
Does Size Matter?
The 17-inch Mac Book Pro is functionally almost identical to the original 15-inch Mac Book
Pro, which we discussed briefly in March's Apple Notes, but with a few important
improvements. Obviously, from a physical perspective the 17-inch model is so-called for its
17-inch display, with a resolution of 1680 x 1050 pixels the same as the previous 17-inch
Powerbook and Apple's 20-inch Cinema Display. Since this is only 1.6 inches larger on the
diagonal than the 1440 x 900 15.4-inch display on the smaller Mac Book Pro, the 17-inch's
dimensions of 15.4 x 10.4 inches make this new model not so much bigger than the 14.1 x
9.6-inch dimensions of the 15-inch, and both Mac Book Pros are one inch thick. For those,
like myself, who always felt the 17-inch was a bit on the big side, maybe it's time to
reconsider.
However, if the 17-inch Mac Book Pro's display doesn't
convince you, its connectivity might, as Apple have
included a Firewire 800 port on the 17-inch
(acknowledging the criticism levelled at the 15-inch model
for lacking this feature), along with three USB 2.0 ports
(the 15-inch, like all of Apple's most recent portables, has
two), followed by all the usual suspects: one Firewire 400
port, Gigabit Ethernet, an Express Card/34 slot, a dual-
link-capable DVI port with support for the 30-inch Cinema
Display, two mini-jacks providing both analogue and
digital audio input and output, and the new Magsafe
connector for power.
Like the 15-inch model, the 17-inch features a built-in
iSight camera and Front Row media software with an
Apple Remote (although 15-inch users might be jealous of the eight-speed dual-layer Super
Drive included with the 17-inch Mac Book Pro, compared to the four-speed single-layer Super
Drive featured in their model). Unlike some previous 17-inch models and the 15-inch Mac
Book Pro, the 17-inch Mac Book Pro is available in just one configuration: 2.16GHz Intel Core
Duo processor, 1GB 667MHz DDR2 SDRAM, ATI Mobility Radeon X1600 graphics with
256MB GDDR3 SDRAM, and a 120GB 5400RPM or 100GB 7200RPM SATA drive.
When it was first introduced, the 17-inch Mac Book Pro worked out cheaper than the 15-inch
model, since the 17-inch version features as standard all of the optional extras that were
available for the 15-inch Mac Book Pro: namely, the faster processor and the larger or faster
hard drive. Apple have since revamped the Mac Book Pro pricing and processor speeds so

The 17-inch Mac Book Pro builds on
the spec of the 15-inch model by
adding a larger display, along with a
Firewire 800 port, an extra USB 2.0
port and all the optional extras. Could
this be the ultimate mobile music
system?(Photo courtesy of Apple.)
Sound On Sound - July 2006 123 of 178
that the 17-inch model retails at the original 1899 price tag, with the entry-level now-2.0GHz
15-inch Mac Book Pro costing 1399 and the high-level model (which now includes the
previously optional 2.16GHz Core Duo as standard) priced at 1699. The faster or larger hard
drive is an extra 80 if you purchase the high-end 15-inch Mac Book Pro.
In US pricing, you end up paying an extra $200 for the 17-inch Mac Book Pro over the 15-inch
model, if you take into account the hard drive option, and this gets you the larger screen,
along with a Firewire 800 port and an extra USB 2.0 port, which isn't bad value for money. It's
perhaps arguable that the price differentiation between the two models should be greater. The
Firewire 800 port might be a clincher for some, but it's really frustrating for those who would
prefer the 15-inch form factor, especially given that the previous generation of 15-inch
Aluminium Power Books all had the elusive 800 port. (As a footnote, this month I've been
working on a review of the 15-inch model from the perspective of an audio engineer and
musician, but unfortunately it didn't make it into this issue. So for a full, in-depth analysis of
the Mac Book Pro, be sure to check out next month's SOS.)

Universal Reason & Rewire After All
Propellerhead Software (www.propellerheads.se) officially released Reason 3.0.5 this month, after
several months of beta testing. In May's Apple Notes we reported that Reason 3.0.5 would be an Intel-
only release, after Propellerhead commented that the performance of the Power PC code in Reason
suffered in the Universal Binary version compiled with Xcode. However, Reason 3.0.5 is in fact a
Universal Binary after all, with Propellerhead claiming that this version "packs some serious Rewire
performance gains for owners of older Macs" so they must have resolved the previously discussed
performance issues.
For users of Rewire-based applications other than Reason, Propellerhead also released Rewire 1.7,
which is also a Universal Binary, meaning that Intel Mac users can now start using Rewire in earnest
with Intel-native applications such as Logic and Ableton's Live.

Mac Book: The New iBook
With Apple's professional line of laptops being christened 'Mac Book Pro', it was widely
assumed that the consumer version would be known simply as the 'Mac Book', which indeed
turned out to be the case when Apple replaced the iBook line with a new Mac Book family this
month. Although the design of the Mac Book is clearly a natural evolution from the iBook,
there many rather more radical departures: for starters, the new Mac Books feature a 13.3-
inch widescreen display with a 1280 x 800 resolution a big improvement over the previous
12.1-inch 1024 x 768 display. And the TFT panel used is now of the 'glossy' variety, which,
according to Apple, "lets you view graphics, photos and videos with greater colour saturation."
In practice, this means that the screen is noticeably more reflective compared to the previous
matt screens. Interestingly, those buying a Mac Book Pro can now choose between a matt
and a glossy screen for no extra charge. Personally, despite the increased reflectivity, I think I
might actually prefer the better contrast in the glossy
screen.
The new Mac Book case looks quite appealing, at just
1.08 inches thick, and is available in a traditional iBook-
style white finish or a new Nano-like black finish, although
the colour finish you get depends on which model you
purchase. Instead of the previous hooking latch system
that kept the iBook shut, the Mac Book uses a much
slicker magnetic latch reminiscent of the clamshell iBooks
of yesteryear. The keyboard is a radical departure from
any current or previous Apple portable, and although it
looks as though the keys are spaced further apart than on
the Mac Book Pro, it turns out that the dimensions are
identical. The keyboard felt alright to type with (although I
think I prefer the Pro's keyboard), but since I only had a
brief play with the Mac Book I can't really comment on how comfortable it is for extended
periods of typing.

Better in black: with the advent of the
high-end Mac Book, this is the first time
since the G3-based Powerbooks that
you can buy a black Mac portable.
(Photo courtesy of Apple.)
Sound On Sound - July 2006 124 of 178
Other nice touches in the Mac Book (especially when you consider the pricing of these
models) that are directly inherited from the Mac Book Pro include the built-in iSight camera
and Front Row software with the Apple Remote. You also get the two-finger scrolling-capable
trackpad, which is much larger than the one used on the iBook, and the Mac Book also
features Apple's new Magsafe power connector. With all of Apple's portables now using
Magsafe connectors, let's hope the necessary accessories for those on the move will be
forthcoming.

New Model Laptop
There are three models of Mac Book available, with the entry-level and mid-range models
coming in white and the high-end model being sold with a highly desirable black finish. The
entry-level model comes with a 1.83GHz Core Duo processor, while the other models feature
a 2GHz Core Duo, the same as on the entry-level Mac Book Pro. All models offer a 2MB
Level-2 Cache and a 667MHz system buss (also the same as on the Mac Book Pro) and ship
with 512MB 667MHz DDR2 SDRAM. But a big difference (compared with the Mac Book Pro
and previous iBook models) is that the Mac Book uses an Intel GMA950 processor for
graphics, with 64MB of memory that's shared with the main computer memory.
The use of shared graphics means that the Mac Book won't be the best machine for
demanding games such as Quake 4, but for most music software that draws 2D graphics
without hardware acceleration, it probably won't make a dramatic difference initially. I say
"initially" because eventually 2D graphics will be fully hardware accelerated, and at that point
those using systems with shared graphics memory might achieve significantly less
performance. However, while shared graphics memory is often best avoided by those looking
for the best all-round system performance, early reports indicate that it may not be a deal-
breaking feature in the case of the new Mac Book, for those seeking a low-cost Mac portable
that's music and audio capable.
The low-end model features a slot-loading Combo drive, while the upper two models have a
slot-loading four-speed Super Drive. Turning to hard drives, the lower two models feature a
60GB 5400RPM SATA drive, with the high-end model offering an 80GB device. A variety of
options is available when purchasing, including 100GB and 120GB drives.
In terms of connectivity, the Mac Book offers one Firewire 400 port, two USB 2.0 ports, built-in
Airport Extreme and Bluetooth 2.0+EDR (Enhanced Data Rate), Gigabit Ethernet (for the first
time in an Apple consumer laptop), two mini-jacks for combined analogue and digital audio
I/O, and a mini-DVI port supporting DVI, VGA S-Video or composite output. One nice thing
about the mini-DVI port is that it now supports either mirroring of the built-in display (as
before) or extending of the built-in display across an external display.
The low-end Mac Book costs 749, which is really not a bad price, while the mid-range model
is priced at 899 and the high-end black Mac Book is yours for 1029. All models are
shipping as I write.
Published in SOS July 2006
Sound On Sound - July 2006 125 of 178
Benchmark Tests
Click & Buy PDF
PC Notes
Published in SOS July 2006
Technique : PC Notes

A promising new PC system benchmark test has emerged that
shows up a previously elusive audio interface problem. PC
Notes investigates...
Martin Walker
Back in SOS November 2003, I discussed benchmark testing of music PCs, pointing out that
the traditional tests used by most mainstream PC magazines don't shed much light on how a
particular computer will perform when running music applications.
For several years I've tested music PCs using the Cubase 'Five Towers' test, because its
needs are relatively modest, so you can run it successfully on a wide range of PCs and
compare their audio performance. However, its processor drain is so low on many modern
PCs that while its results are still valid they are beginning to bear little relation to most real-
world songs.
However, various more strenuous benchmark songs are now available that run rather more
plug-ins and soft synths, and, in most cases, a clutch of audio tracks, bringing them more into
line with what the majority of musicians are doing with their computers. Examples include the
Nuendo/Cubase SX3 'Thonex' song, the more demanding Nuendo/Cubase SX3 'Fudd' test,
with a different mix of plug-ins and soft synths plus loads of audio tracks, and two versions of
Scott Reams' Sonar 4 benchmark song. You can download all of these from the ADK Audio
web site at www.adkproaudio.com/downloads.cfm.

'DAW Bench'
There's now a new benchmark test around that has already caused quite a stir amongst
manufacturers and users alike. 'DAW Bench' (http://dawbench.vze.com) can be downloaded
and run in Nuendo/Cubase SX3 on both Mac and PC (although it's hoped that in future it can
also be adapted for other sequencers).
Developed by Australian Vin Curigliano of AAVIM
technology, it's been in development since August 2005,
with the periodic involvement of DAW vendors, some
audio manufacturers and various end users. The aim was
to produce a test that could be reliably used by all parties
as a reference for measuring DAW performance. What
actually happened was rather more revealing, as we shall
see.
The benchmark started life with the well-known 'Blofeld's
Return' demo song that can be found on the
Nuendo/Cubase CD-ROMs, which was then modified to
keep the audio (hard drive) loading more constant and
had 25 30-second audio tracks added to it, each
containing a sine-wave tone. Then a Magneto plug-in
(initially disabled) was added to each of the audio tracks.
Overall, this 'Blofelds DSP40' test runs 40 stereo audio tracks, 40 4-band EQ plug-ins, 40
VST Dynamics plug-ins, one Multiband Dynamics plug-in and up to 40 Magneto plug-ins. The
idea is to run the song and then start enabling the single Magneto plug-in on each track in
turn until you hear audio breakup, and then report the number of Magnetos your system can
manage.

With 40 stereo audio channels, each
running a 4-band EQ, VST Dynamics
and, potentially, a Magneto plug-in, the
new 'DAW Bench' provides a tough but
very informative test for modern dual-
core computers.
Sound On Sound - July 2006 126 of 178
There are two strengths to this approach, compared with running a static test containing a
fixed number of plug-ins and then simply reading the Cubase or Nuendo CPU meter. First,
you avoid inaccurate meter readings (particularly at low latencies), but second, you also find
out exactly how many plug-ins you can run on a particular system. Moreover, because even
the slowest dual-core PC can manage nearly 40 Magnetos at 12ms latency, and you're
enabling them one by one, listening for obvious audio breakup rather than relying on your
interpretation of a CPU meter reading, you can reliably measure performance increments to
about 2.5 percent (one in 40). Faster dual-core PC results become even more accurate
because they can run even more Magneto instances. Such incremental accuracy not only
makes it easier to quantify the relative performance of different dual-core processor families,
but even to spot fairly small differences between different PCs with identical dual-core
processors, which may be due to different BIOS settings, RAM speeds, and so on.

ASIO Driver Issues
I've never seen much point in testing how many instances of a plug-in you can run on a PC
before it falls over, as I feel this bears little relation to the real world of the musician. However,
in the case of 'DAW Bench' the balance of audio tracks, plug-ins and soft synths is a very
reasonable representation of many real-world songs. It has also exposed some fascinating
facts.
The most contentious of these is that while most PCs will manage to run a certain number of
Magneto plug-ins without problems, if you save the test song at this point and then re-load it,
it won't run without glitching unless you disable some of them again. The lower the latency,
the more pronounced this effect. To give you an idea of the scale of the problem, one system
managed 42 Magnetos at 6ms latency, but would only run properly with 29 when the same
song was re-loaded.
This phenomenon finally confirms anecdotal evidence from various musicians who've
reported that a particular song ran perfectly one night, but wouldn't run without serious
glitching when they booted up their PC next morning. Tracking down the cause could have
been an extremely frustrating exercise, but for one fact the Save/Re-Open 'droop' didn't
happen on any system running a Lynx Two soundcard. The Lynx Two not only managed to
run the tests with remarkable consistency between sessions, but was also the only product
across a handful of audio interfaces from different manufacturers that managed to run 'DAW
Bench' right down to 3ms latency at 44.1kHz (most others refused to run it without severe
glitching).
Further tests confirmed that the Lynx Two was immune to the above issues across a selection
of PCs running AMD and Intel hardware, whereas both PCI and Firewire interfaces from other
manufacturers, including MOTU, Presonus, RME and Terratec, had large variations reported
between sessions. This appears to be an ASIO driver issue, and that impression is reinforced
by the fact that RME quickly released a beta driver for their popular HDSP-series interface
that hugely improves its low-latency performance in this test, on both AMD and Intel systems.

PC Snippets

The Protoplasm TSM synth from
designer HG Fortune should excite any
Sound On Sound - July 2006 127 of 178
www.hgf-synthesizer.de
New mLAN Drivers: Yamaha have released a new 64-bit version of their mLAN musical networking
protocol drivers compatible with Windows XP Professional x64, with a view to making sure that their Windows
Vista drivers are ready well ahead of Microsoft's own schedule for the Vista operating system. Other good
news for PC users of mLAN is that by the time you read this another mLAN driver version will have been
released that finally fixes the annoying random latency offset error experienced in some systems, which foxed
the automatic latency-compensation features of applications such as Cubase SX.
www.mlancentral.com

System Results To Date
The test results so far have now been gathered together into graphic form on the DAW Bench
web site, and some initial conclusions drawn. Using the Lynx Two as the reference audio
interface, for consistency, systems based on Intel's Pentium D940 dual-core and AMD's X2
4200+ processors turned in fairly similar results. After the poor performance of Intel's D800
series, this is good news for Intel enthusiasts and those who need maximum compatibility
with audio hardware.
In this test, at least, PCI interfaces also performed better than Firewire ones with AMD
systems, but this interface variance was less pronounced with Intel-based PCs. On the other
hand, Intel dual-core system results proved to be quite dependent on memory bandwidth
so the most appropriate RAM modules and BIOS timings are important. Results for both AMD
and Intel overclocked systems have also been published that don't display a simple
proportional increase in audio performance with clock speed, which suggests that other
system variables are involved.

The Future
Overall, 'DAW Bench' already has a lot of potential for exposing issues with ASIO drivers, and
I suspect that it's already being used by interface manufacturers keen to improve this aspect
of their product's performance. No doubt driver revisions will emerge as a result, especially
now that this test is available to end-users, who will probably want to investigate how their
own interface performs at low latencies, compared to others.
I suspect that the test could also prove to be a great way for both professional and DIY DAW
builders to find the optimum BIOS settings for each system they assemble, since with a
suitable audio interface you can reliably push any system to the edge, reboot, tweak various
aspects of the BIOS, such as memory timings, and try again.
There will always be those who claim that a single test can be biased to favour certain
systems (Intel or AMD, and so on), via the choice of particular plug-ins, but if you suspect this
it's easy enough to replace Magneto with something else and check for yourself. This
benchmark was specifically designed as a torture test for the audio card, its drivers, memory
bandwidth and hard drives. However, it doesn't specifically stress the CPU (the component
that's often the limiting factor for many musicians), so I'm looking forward to the next
benchmark test in the series, which will concentrate more on gradually loading soft synths into
a project. I suspect that this test may be just as revealing in different ways.
Published in SOS July 2006
Sound On Sound - July 2006 128 of 178
Classic Tracks: Bryan Adams 'Run to You'
Click & Buy PDF
Producers: Bryan Adams Bob Clearmountain
Published in SOS July 2006
Technique : Classic Tracks

The Reckless album was a huge success for Bryan Adams,
giving rise to six hit singles - but the first one, 'Run To You',
was almost never even recorded.
Richard Buskin
One of the most recognisable names among the studio
elite of the past 25 years, Bob Clearmountain has
certainly earned his stripes as a producer and engineer.
Indeed, since the 1980s, 'Mixed by Bob Clearmountain'
has been an industry catchphrase. Suffice it to say, it
would almost be easier to list the major artists whose
records he hasn't worked on, such is the veritable Who's
Who of his track record.
Influenced by his guitar-playing older brother, Clearmountain began playing bass as a
teenager. However, it was his fascination with recording technology that led him to apply for a
job at New York's Media Sound after a band that he played with had cut a demo there. The
year was 1972, and although, with much persistence, he was initially hired as a delivery boy,
after just a couple of deliveries he found himself assisting on a session for Duke Ellington. Not
a bad start, and one that quickly led to several of the aforementioned engineering
assignments, as well as productions during the second half of the decade for artists such as
The Rezillos, Billy Cobham and Narada Michael Walden.
Nevertheless, while bigger things ensued at the start of the Eighties courtesy of projects with
the Stones, Roxy Music, Bowie and Huey Lewis, 1984 was arguably Bob Clearmountain's
halcyon year. Not only did he produce and engineer Hall & Oates' Big Bam Boom and mix
Bruce Springsteen's Born in the U.S.A, but he also co-produced and engineered Bryan
Adams' smash-hit Reckless album, having previously fulfilled the same role on Adams' You
Want It, You Got It (1981) and Cuts Like a Knife (1983).

Come Together
It was on the advice of A&M Records A&R exec David Kershenbaum that Adams initially
hooked up with Clearmountain, and the latter duly helped the Vancouver native assemble a
band in L.A. for the You Want It, You Got It sessions.
"He had been rehearsing with some musicians there and I guess he
was really disappointed with their performance," Clearmountain
explains.
"The Power Station had already been booked, and a couple of weeks
before he said, 'Look, do you know any musicians? I've fired every
one.' Well, I had worked with [drummer] Mickey Curry on a G.E. Smith
album that I'd produced, and another guy named Brian Stanley who
was the bass player, and then I also knew Tommy Mandel, a keyboard
player who had worked with Ian Hunter, whom I'd previously
engineered. So, I just called them all up, and that worked out really
well for the You Want It, You Got It record. For the next album, Bryan
brought in a different bass player, Dave Taylor from Vancouver, and
these were the guys who also formed the rhythm section for the
Reckless album."

Bryan Adams performing live around
the the same period as Reckless.

Photo: Fin Costello /
Redferns
Sound On Sound - July 2006 129 of 178
Reckless captured Bryan Adams at the top of his game, even if it would subsequently be
eclipsed in terms of sales by 1991's Waking Up the Neighbors. Boasting an idiosyncratic mid-
Eighties sound and spirit, it spawned no less than six American Top 30 singles, and the first
of these was 'Run To You', that paean to illicit love co-written by Adams and Jim Vallance,
and largely built around a chorus that melds melodic hard rock with the singer's trademark
raw-throated vocals. Still, while one of the track's distinguishing features is the obligatory
heavy drum sound, this was crafted by Clearmountain in unconventional fashion amid fairly
adverse conditions.

Simple Stuff...
While most of the Reckless overdubs would take place at New York's Power Station, where
the album was also mixed, the basic tracks were recorded at Little Mountain in Vancouver,
owned by Bruce Fairbairn and Bob Rock, where the setup included a Neve 8048 console, a
Studer A80 and, according to Clearmountain, little else. Indeed, one of his fondest memories
there is of assistant engineer Michael Fraser sitting cross-legged on the producer's desk in
front of the patchbay and re-patching whenever there was a need for playback.
"That thing had an antiquated design, so it was a lot of work,"
Clearmountain recalls.
"I'd look at Mike like, 'I don't know what the hell you're doing,' but
as long as I could hear what I wanted to hear, whatever he did
was fine by me. He was amazing, and I'm not surprised that he
went on to become a brilliant engineer. That studio was basically
just a console and a tape recorder, which was also a problem
because, while the A80s were great-sounding machines, their
motors were kind of under-powered for two-inch tape. I remember
one song, maybe 'Summer of '69', where we had a bunch of edits
it came right at the end of the reel, and as it would hit the edits
the tape would start to slow down a little bit.
"Although it was really well-known, Little Mountain was almost like
a low-budget studio, with virtually no outboard gear, a smallish
control room and these horrible speakers that were pretty much
unusable. I can't remember what they were I just listened to
them one time and turned them off. The main room, meanwhile, was enormous they
recorded orchestras in there but it was very dead. It was also used for jingles, and the
walls were all thick with insulation and padding. If you had your eyes closed, you'd swear you
were in a bedroom or a closet, but then you'd open your eyes and see this enormous high-
ceilinged room.
"On the first day I thought, 'Man, how are we going to get a rock drum sound in here?' But
then I walked around and found a door off to the side of the studio that led into a loading bay;
a big concrete garage into which you could back a truck. They just used it for storage, they
never really opened the garage door, but it had this incredible sound. I went in there and
clapped my hands and said, 'Wow, can't we record the drums in here?' As it turned out, we
decided it would be kind of awkward to have Mickey the drummer in a whole different room,
so I set up the kit right in front of the door, got these gobos on which one side was a real hard
wood surface, and made a big funnel-shaped device that focussed the sound through the
door into the loading bay. I put a couple of room mics in there, and that's how we got our big
rock drum sound.
"The funny thing is, someone apparently measured exactly how we'd set the drums up, and
when Aerosmith's records and other rock records were done at Little Mountain they'd set
everything up exactly the same way. So, if you listen to some of those Aerosmith records, the
drums sound almost identical to the ones on the Cuts Like a Knife and Reckless albums."

The recording layout at Little
Mountain.
Sound On Sound - July 2006 130 of 178
To the best of Clearmountain's recollection, for the latter album Mickey Curry's kit was miked
with an AKG D12 on the bass drum, Sennheiser 421s on the top and bottom of each tom-tom,
AKG 451s on the hi-hat and cymbals, and a Shure SM57 on top of the snare with an AKG
451 on the rim in order to capture a little more attack. Room mics were Neumann U87s. It
was, in essence, a straightforward setup that achieved an amazing sound, not least
considering the environment in which the recording took place.
"Having such a dead-sounding room was quite an obstacle," Clearmountain remarks.
"Then I found these big 4' x 8' pieces of sheet metal out in the loading bay. I don't know what
they were there for, but we put them up on the walls around where the drums were set up just
to try to get some ambience. The drums were set up at a sort of right-angle to the door, and
with the gobos in front of the kit the sound was bounced at a 45-degree angle into the loading
bay. It was interesting, to say the least, and was further proof that you can pretty much
achieve anything anywhere. I mean, I record drums now in my tiny little lounge, which is
certainly not a studio, and that works really well, so you can work just about anyplace."

Uncertain Beginnings
As with all the Bryan Adams albums that Bob Clearmountain worked on, the MO was to rehearse for a
couple of weeks before the start of recording. The material was all written beforehand and demo'd at the
home of Jim Vallance, and while these demos often served as blueprints for what ended up on the
finished record, Clearmountain used the rehearsal period to offer his own suggestions in terms of the
musical arrangements.
"When I first heard 'Run to You' I thought it was pretty good," he recalls, "but Bryan was thinking about
leaving it off the album. He was writing songs for other bands at the time, and there was some other
band that he was going to give that to. I remember riding around town in his car when I first arrived and
he was playing me the demos, and when we got to 'Run to You' he said, 'I'm not sure what I'm going to
do with this one,' and I said, 'You're gonna put it on this album! It's a great song.'"
In truth, it was a song of simple and somewhat incomplete structure, looping around a hook without ever
developing in the manner that might have been achieved by way of greater application during the
compositional process.
"That could have been the cause of Bryan's uncertainty," Clearmountain agrees. "I don't think he
considered it to be up to the standard of his other material. But it had such a great guitar hook, which
was there right from the start, and everything was kind of based around that hook. Sure, it was real
simple, with a nice and simple melody, but it just sounded like a hit song to me, as did a couple of
others. It was 'Summer of '69' that I wasn't too sure about."
'Run to You' was very straightforward, comprising about a half-dozen takes out of which the best two or
three were then chosen to edit between.
"Bryan was a good guitarist and he kept getting better as we went along, doing a couple of really good
solos on the [1987] Into the Fire album," Clearmountain says. "He really worked on his guitar playing
over the years and I now think he's a great guitarist he was both meticulous in his approach and
capable of letting it rip. He would let it rip and then we'd go back and fix bits. Both of us were pretty
meticulous, and that's one of the reasons why we got along so well."

Altogether Now
Alongside the drums, the other musicians played together as a live rhythm section, scattered
around the room.
"The guitar amps would always be way off to the side, because unfortunately that studio
apparently had power mains that ran right down the middle of the floor," Clearmountain
recalls.
"So, if you got a guitar amp anywhere near there, it would just hum like crazy... It really wasn't
a terrific studio. But the room was big and a lot of people liked it. And it was also one of the
only games in town at that time.
Sound On Sound - July 2006 131 of 178
"[Guitarist] Keith Scott had a Marshall amp, recorded with
an SM57 in front, but I'd also sometimes use a couple of
mics, place a gobo nearby and face one of the mics away
from the amp, towards the back of the gobo, to get this
reflected sound. Then I'd mix that with the main mic,
maybe put it out of phase, just trying to get a bit more.
Sometimes we'd also combine amps a Marshall with a
Fender Twin, or something like that just to get different
sounds.
"In terms of the keyboards there was always a Hammond
B3, so I'd usually have four mics on the Leslie two 87s
on the top and two on the bottom, recorded in stereo.
Tommy [Mandel] also had this cheap little Casio keyboard
which sounded really good. You can hear it on 'Run to
You' these little tinkling sounds, especially coming out of the solo section. The Casio was
DI'd, and so was Dave Taylor's bass, which also used an amp I think it was an Ampeg
SVT.
"I would always put the bass player as close to the drums as I could get him, so they were as
tight as possible, and Bryan would be standing somewhat in the middle of the room because
he'd also be singing a rough vocal into an SM58 and directing the band. Keith Scott was off to
the right and facing the control room, standing in front of the drums that were at the back and
to the right."
An average of two backing tracks per day was the norm during the recording sessions all
of the pre-production evidently paid off yet the Little Mountain session ended up lasting
about three weeks due to some overdubbing of guitars, as well as the non-Pro Tools editing
of each number.

Powering Up
The decision to relocate to Power Station was borne largely out of Clearmountain's desire to
return to his home base.
"It was nice to be in New York, it was nice to get out of Vancouver for a bit," he says. "Then
again, we couldn't really mix at Little Mountain. They didn't really have the facilities for mixing,
and Power Station was great. I'd mixed tons of records there, so I was very comfortable, and
Bryan also liked being in New York. Plus the fact that the keyboard player Tommy [Mandel]
was from New York."
Before the mix took place on the SSL E-Series console in
Power Station's Studio C, the facility's Neve 8068 came
into use for more overdubs, as it had for all of the
recordings on the preceding You Want It, You Got It
album. Among the assignments this time around was to
capture the lead vocals, with a number of different
microphones being used.
"We would choose the mic for the song," Clearmountain
says. "We actually used a Shure SM58 for a couple of the
tracks because we wanted a real edgy sound, and then
for other songs that we didn't want to be as edgy we used
a U87 or an FET 47. That studio didn't have good vintage
mics, and neither Bryan or I could afford expensive mics back then, whereas now I've got a
few good microphones and he's got an amazing mic collection. So, back then we just used
what was in the studio, and I remember at one point lining up one of every mic there and just
getting him to try a verse and a chorus with each of them, before picking the one that we liked
best. Usually it was a U87.

Photo: John Abbott
The control room in Studio C as it is
today. The Power Station was renamed
Avatar Studios in 1996 and continues
to enjoy a reputation as one of the
world's best recording studios.

Photo: John Abbott
The live room in the Power Station's
Studio C as it is today.
Sound On Sound - July 2006 132 of 178
"Bryan was pretty confident about his vocal abilities and also very objective. He's got an
amazing ear. We'd be doing vocals and he'd go, 'Oh, I sang out of tune. Let's do that again'.
You see, we wouldn't do comps in those days, because it was all 24-track. We'd have two
tracks and keep punching-in on one track, and he was really good at that. He could punch
word after word and it would sound like a performance. He was pretty amazing at that. He
would perform a line and go, 'Okay, yeah, that was good,' and I would say, 'Well, let's try it
again.' He'd go, 'No, no, no, that was good,' and I would persist: 'Let's try one more on the
other track.' So, we'd give it a shot and then compare the two, and if it was better then I'd just
bounce it over. That was the extent of our comps."
Adams' aforementioned ability to punch-in is all the more remarkable in light of the sustained
high energy and rounded performance of a vocal such as that on 'Run To You'.
"He was unbelievable at that," Clearmountain confirms. "And he would never get worn out,
because he'd only do a couple of lines at a time. Each line was like a burst of energy, so it
wasn't a case of being a little bit tired by the time he'd get to the third verse. He'd just
concentrate on each line, and he would use that technique to really get something amazing.
In fact, he would often start off by doing a couple of complete passes to get a take that he felt
really good about, and then we'd go back and listen to it and say, 'Oh, we can do that line
better.' We'd go line by line, and he would always say, 'Yeah, I can do that better,' so we'd
usually end up redoing the whole thing. It was a case of having a blueprint to work with and
then just outdoing it.

Hurry Up & Wait
"Bryan always had a tendency to sing on top of the beat because he was so energetic, and
then I'd actually have to pull him back, saying, 'Okay, you're too far ahead of the beat. Keep
the energy and pull it back.' He would pull back so that he was still pushing it, and that's part
of where the energy came from. In fact, that's why I was disappointed when he started to
work with 'Mutt' Lange Mutt would actually sample each line of his vocal and lay it back in
so that it was exactly on the beat. Mutt had a mechanical approach where he wanted it to be
perfectly in time, and to me that kind of overlooked Bryan's energy, where he was pushing the
band, leading the band. I always thought that was an exciting thing about his voice, and the
later albums don't really have that. Of course, most listeners aren't aware of it, but there's an
immediacy to the way that he pushes everything."
Likewise, Clearmountain asserts that the energy of the thundering
chorus on 'Run to You' was more down to the recording than to the
mix.
"Most of it was the performance," he remarks. "We'd always push
for really exciting performances. Like on Into the Fire, there's a
song called 'Victim of Love' which has this long outro, and we had
Mickey Curry just go out and fill up a whole tape with drum fills. He
would play the end of the song and every four bars he'd do a
different drum fill, and then we'd go through it, pick the ones that
we really liked and place them in the outro. We did the same on
Reckless, where a lot of the songs were kind of pieced together
even though they sounded totally live. It was all about getting the
most exciting bits, and once in a while we'd also get a great take.
That was pretty rare, but occasionally we would actually have a full
take.
"To be honest, it was a great band. Mickey Curry is an unbelievable drummer, besides being
hysterically funny, and so we'd always have a great time cutting tracks. Everybody would be
cracking jokes in between cuts and sometimes they would just start jamming on something.
There was usually a Linn drum machine in the control room, which we'd use to provide a click
track, and so Keith would do these little rap things, I'd start playing handclaps on the Linn,
and we'd just crack ourselves up with these silly, stupid things and then go do a take.

Bob Clearmountain today.
Sound On Sound - July 2006 133 of 178
Everybody would be pumped up, having a great time, and it was all about getting this vibe in
the studio. I think that comes through on all those records, where it just sounds like there's
this energy going on. Well, that was there. It was in the original recordings.
"We didn't have the boxes back then to create different room sounds, so we did it the hard
way, and that was always the fun of recording for me. No matter what record I was producing,
I would always insist on having everyone in the band play together, even if ultimately we
weren't going to keep the tracks. It was about having everybody's vibe in there and the
drummer hearing as much as possible coming through his headphones. That energy was so
important, whereas a lot of the records nowadays are all done bit by bit and they don't have
that thing that those Eighties records had; the excitement of a band playing together.

Forever Delayed
"Sonically, I didn't leave much to the mix. Especially recording on analogue, which is so
different to digital. Nowadays you can record pretty much flat with digital and then do
everything in the mix, but you couldn't do that with analogue because you'd just get a load of
noise. You'd go to EQ and be bringing up tape hiss, and the more you'd play the tape the
duller it would get. So, I would always put extra top-end when I EQ'd, trying to make
something sound as if I was mixing it when I was recording it. You know, I'd really crank the
treble, because the nature of analogue was that as soon as you played it back it would be
missing something. That's why I was so glad when digital started to sound good!"
As for the mix of 'Run to You', Bob Clearmountain has never been completely happy with the
effects that were applied to Bryan Adams' vocal... Too much delay for his liking.
"That's one song I've always wished I could have remixed," he admits. "Looking back now, I
don't know why there was so much delay on the voice. It obviously seemed like it sounded
good at the time, but when I listened to it later I thought, 'Jeez, I wish I hadn't put so much
delay on the voice and I wish I hadn't put so much bass in the mix.' I thought there was too
much bottom-end, and it never sounded right to me, but then other people seem to think it
was fine.
"The song starts without any bass, just the guitar lick and a little cross-stick on the snare
drum, and it sounds so great. But then the bass kicks in and hits radio compressors and the
whole thing gets kinda quiet, and it always bugs me when that happens. At home it sound fine
and in the car it sounds fine, but on the radio it's another matter. Still, that didn't keep it from
being a hit, and nobody else has ever commented on the problem, only me. So, who
knows?"
Published in SOS July 2006
Sound On Sound - July 2006 134 of 178
Logic: Editing Chords & Signatures With Global Tracks
Click & Buy PDF
Logic Notes & Workshop
Published in SOS July 2006
Technique : Logic Notes

The Global Tracks can not only display chords, key/time
signatures, and transpose values - they also let you edit them
easily.
Stephen Bennett
In keeping with Logic's other Global Tracks, the ones dedicated to time signatures and pitch
manipulation generally clarify existing Logic functions and make them available in an way that
makes them easier to use than they were in earlier versions. As is usual in Logic, the Global
Tracks affect either the display of, or the actual data in, other areas of Logic. The Global
Tracks covered in this month's Logic article deal with the display and manipulation of
transposition (for you budding rock-ballad composers!), chords, time signatures, and key
signatures.
The Chord Global Track
You may have noticed that when you play a chord on a MIDI keyboard, its name is displayed
in the MIDI input/output section of the Transport window really useful if you want to pass
on chordal information to other musicians. If you've recorded a whole sequence of chords,
Logic can analyse and display chordal information in the Chord Global Track. To see this in
action, play in some chords, make sure the sequence is selected, and then open the Chord
Global Track from the View menu. If you then click on Analyse, Logic will display the detected
chords on the Global Track. The Change Display Only tickbox will be ticked automatically to
prevent your sequences from accidentally being transposed.
You can edit the chord display by double-clicking on its name (if the analysis algorithm has
got it wrong) or add chords using the Pencil tool (if it has missed any out). You can also drag
and delete chords from the Global Track display using the mouse, Eraser tool, and delete
key. But this feature isn't just there to help you pass on your parts to other musicians. The
Chord Global Track is closely linked to the Transposition Global Track, and any changes
made here can have an affect on the overall pitch of MIDI sequences and Apple Loops.

The Transposition Global Track
If you open up the Transposition Global Track alongside the Chord Global Track, you'll see
the effect the different Chords have on the 'root' key of the recording. Just playing back MIDI
parts with Change Display ticked will not affect their pitch. However, if you untick it MIDI parts
will be transposed accordingly you can see the amount of pitch change displayed on the
Transpose Global Track. Audio-based Apple Loops are always affected by the chord's affect
on transposition, even if you have the Change Display Only parameter ticked, so it can cause
a bit of confusion when combining the two. Using the Chord Global Track, you can thus easily
insert key changes into your Song using basic musical rules, if you like to work this way.
Sound On Sound - July 2006 135 of 178
Audio files recorded or imported into Logic
aren't affected by these transpositions, so if
you want to keep everything transposing
correctly, you'll need to convert your
recording into an Apple Loop first. First
select the sequence containing the recorded
audio and choose Open in the Apple Loops
Utility submenu of the Arrange window's
Audio menu the Apple Loops Utility will
start to load and you'll be asked to enter the
number of bars you want the Apple Loop to
be. It's always best to choose an integer
number of bars when you're creating an
Apple Loop. In this case, the guitar part is
eight bars long. The utility will open and you
can choose the key of the recording and some search tags if you want to make the loop easily
searchable from the Apple Loop browser. You may also want to add some transient
information too if it's a rhythmic recording.
When you're done, click on Save and exit the Apple Loops Utility. Now the guitar recording
will follow chord and transposition changes just like any Apple Loop. Note that only Apple
Loops which have a Key Definition will be transposed some, such as the Apple-supplied
drum loops, will not. You can use this feature to make sure only the Apple Loops you actually
want to change key will be transposed. If you like, removing the Key Definition of any Apple
Loop will make your drums to play two octaves lower, trip-hop style.
Of course, you can also edit key changes directly on the Transposition Global Track with the
mouse. You can add transposition nodes using the Pencil tool, delete them using the Eraser
Tool, and drag them around with the mouse and Arrow tool. If you click on a transposition
node while holding down the Control, Alt, and Apple keys, a small text box will open where
you can enter the transposition value directly for accurate Whitney Houston impersonations.
Setting the transposition value to zero resets the playback to the original pitch. You may
notice that changing the value of a node on the Transposition Global Track produces a
corresponding change on the Chord Global Track, and vice versa. The 'root' key or zero value
of the Transposition Global Track is defined in the Signature Global Track, and the
transposition values show the difference between the first key signature value displayed there
and the root note of the chord. So if the Key signature is set to 'C', an 'E' chord will produce a
transpose value of +4 or -8 (depending if it's transposed up or down), a 'G' will display +7 or -
5, and so on.

A Shift Too Far
When using Global Track components that deal with tempo or pitch changes of audio, the key to getting
usable results is to keep it simple, because Logic's pitch- and tempo-matching facilities are not that
brilliant (at least up to version 7.2), and you'll only get decent results if you go for minimal changes. Try
pitch-changes of a few semitones only, and choose the most suitable algorithm from the Time Machine
submenu in the Arrange window's Audio menu you'll have to use your ears to determine which
produces the best results. If you want to go for more exotic pitch changing, you may be better off looking
at using some third-party software alongside Logic, such as Celemony Melodyne (which integrates with
Logic using Rewire) or Serato's high-quality Pitch 'n Time plug-in. Although the latter is an AU plug-in, it
appears in Logic v7.2 or greater as an extra choice in the Time Machine submenu menu. Don't overlook
Apple's Tiger-based AUPitch Audio Unit either, as it's capable of some pretty high-quality transpositions.
It's exactly the same when dealing with tempo changes too. Try not to apply overly radical tempo
changes to audio files, and keep sections small and fixed to the nearest whole beat. Logic can't perform
miracles, so sometimes the only solution is to play it again, man...

The Signature Global Track
We've seen that the Signature Global Track is where key signatures can be displayed, added,
and edited, but it's also the home of time signatures too. A lot of music these days is
resolutely in 4/4 or one of its siblings albeit with the occasional excursion into triplet

Incoming MIDI data is
analysed and its chord type
automatically displayed in
the Transport window. The
Chord Global Track can
extract chord information
from any selected MIDI
sequence in much the
same way. If either
analysis proves faulty, you
can adjust how the
detection algorithm
responds using the Define
Chord window.
Sound On Sound - July 2006 136 of 178
territory. But if you're more musically ambitious, or into progressive rock or jazz, you may
want to experiment with some more esoteric time signatures. If you've been listening to early
Dave Stewart recordings, you may even want to try using multiple combinations of exotic time
signatures in the first four bars of a song!
If you want to record alongside a click in 7/8 or 11/8, you'll
need to set these values at the correct Song Position Line
(SPL) position. You can do this by typing time signatures
directly into the Transport bar, which will make sure that
you'll get a click that will be in the correct time signature
for you to play along with. To do this, just move the SPL
to the required bar, double-click on the time-signature
field in the Transport window and enter the required
values. If you do this, you'll see that these values are also
displayed in the Signature Global Track. However, if you want to add overdubs to previously
recorded audio, or set up a recording session with multiple time-signature changes for you to
play along with, you may want to add these directly into their required timeline positions on
the Global Track itself using the Pencil tool. Clicking on the Global Track opens a box where
you can enter the required values.
It's important to understand that time-signature changes made on the Signature Global Track
do not directly affect the playback of any MIDI or audio recordings or Apple Loops only the
click-track playback will be affected. However if you open the Score window you'll see the
time signature displayed there too, and you can also add and edit time signatures directly
here alongside any key signatures from the Signature Global Track. The Signature Global
Track is intimately linked with the Score window, and both will therefore find most use by
those who like to edit and print out their dots.

Have Your Say!
If you want to suggest changes or improvements to Logic, then here's your chance! The Apple
development team are inviting SOS readers to send in their suggestions of what they'd most like added
or changed in Logic. Email your top five suggestions (in order of preference) to
logicnotes@soundonsound.com, and we'll forward your lists on to the Logic team. We'll be asking them
for feedback on which changes users deem most important and how these might be addressed.
Published in SOS July 2006

When the Chord and Transposition
Global Tracks are linked, Apple Loops
and MIDI sequences can be made to
follow changes in the chord
progression.
Sound On Sound - July 2006 137 of 178
Making A Living From Music For Picture
Click & Buy PDF
Part 8
Published in SOS July 2006
Technique : Composing/Arranging


In music-for-picture work, there's never enough time to do
what you'd ideally like to. We look at what it's like producing
music under pressure.
Bill Lacey
When scoring music for picture, it's always worth bearing in mind that time is one luxury that
you will rarely have in sufficient quantities. Deadlines must be met; 'writers block' is
unacceptable, and a sharp sense of focus is essential (fresh coffee and snacks can be helpful
as well). Successful completion of a project will usually entail long hours and working late into
the night. You'll need to get along well with clients, and learn to accept criticism and make
changes regardless of your personal opinion. Be careful what you wish for, as making a living
doing what you love will demand much from you.
Last month, I introduced the trailer to the film The Narrow Gate. You've had a chance to rise
to the challenge and have a go yourself. Now we'll look at what I did and how I did it
despite not having enough time...

Time Is (Not) On My Side
The circumstances surrounding the scoring of the trailer for The Narrow Gate were a little
different than the other films we've discussed. Shortly after completing the score and mix,
producer Heather MacAllister informed me that she would be travelling to the Sundance Film
Festival, and needed to quickly put together some promotional materials for the film that could
be handed out. We agreed that a trailer had to be cut for the web site, and that a DVD with
the trailer on it would be helpful as well. However, the film editor was not available, so I
tackled the editing job myself. This was just as well, as Heather only had one day available to
edit the trailer, have the music scored, and create the DVD!
Having previously given Final Cut Pro seminars for Apple Computer, I'm pretty well-versed in
the art of video editing, and I'm usually able to move quickly enough to get a job done.
However, first I had to digitise the film and select appropriate source clips for the trailer, which
took a few hours in itself. Once the trailer edit was finished, I created a Quicktime movie of it
and imported it into my sequencer. By this point, half the day was already gone and I had to
move fast to create the score. As I discussed last month, this trailer needed to be very
dramatic, to generate excitement and interest in the film (you can download the clip with the
finished music at narrowgatetrailerafter.mov).
Sound On Sound - July 2006 138 of 178
To get started, I selected a palette of instruments. For
dramatic percussion, I loaded the 'Taiko Earthquake' and
'Thunder Ensemble' patches from East West's
Stormdrum virtual instrument. Strings were covered by
the VSL (Vienna Symphonic Library) Horizon Opus 1
library loaded into Native Instruments' Kontakt. I wanted
an ostinato bass line, so I loaded 'KB-6_PZ', a pizzicato
bass patch. As I had to move very fast, I loaded a string
Multi patch which covered a large enough range;
'VI+VC+KB_Stacc' combines violins, cellos and basses in
a single patch with staccato articulation. I knew I would
not have time to load the individual patches with more
samples layered per note, and I would have to sacrifice
the violas for the sake of speed. To give the basses more
weight on some low sustaining notes, I also grabbed a
patch from my East West/Quantum Leap Symphonic
Orchestra Gold library, 'F CBS Big Sus'; I often layer
sample libraries together when I need a fuller, richer
sound than any one can provide. For French horns and
trombones, I went with the Project SAM libraries, loading forte patches '23 HN Sustain F' and
'30 TBN Sustain F'. Finally, I added a tam tam and, from the VSL Opus 2 library, a sustain
flute ensemble patch 'FL-3L_Sus'.
As I discussed last month, composers usually prefer to work in private, and present only
finished pieces for review. In this case, though, as with last month's Ghost Soldier, the client
was sitting right next to me in the studio. The clock was ticking and there was no time to be
shy; I just had to jump in and start scoring. Since we needed to open the trailer with
something dark and ominous, I scored the French horns and trombones at the lower end of
their ranges (see the screengrab of the arrangement on the previous page), playing sustained
whole notes against a quarter-note bass ostinato line. Astute readers will notice a similarity
between the bass line here and the one used in The Destruction Of Civilization, the film I
scored and used as an example in parts 5 and 6 of this series; in fact, it's almost identical.
Scandalous plagiarism ...not! No one ever accused the Beatles of ripping themselves off by
reusing a I-IV-V progression on the guitar, and the bass line is, after all, just a supporting
element here. When you have little time to compose, you'll often have to draw upon whatever
works to get the job done. End of story!
To add to the ominous character of the opening bars, I added a soft taiko drum hit on each
dissolve. The placement from scene to scene was a little inconsistent, as I wanted them to
land on a beat and in the black for maximum impact. It almost sounds like two simultaneous
time signatures happening, which is a musical effect I like. At bar 10, the pace quickens, as
the shots move inside the apartment of the central character and the viewer witnesses her
growing terrorist paranoia. Staccato cello lines take over here, and are overlapped with
slightly confused flutes to further emphasise the characters' state of mind. A low bass line
also comes in to set us up for our next section. Notice that despite the changes, I don't have
more than three musical parts playing at once I'm observing the 'Rule Of Three' that I
discussed in part 6 of this series.
At bar 18, the pace picks up even further, and the dramatic build to the finish line begins. The
French horns make a dramatic entrance, while the basses play a fast moving staccato line
that is doubled and tripled by the cellos and violins. The string textures thicken, and at the
point where the picture goes to black, the tam tam and taiko drum sound and ring out. To
push this a little further, I added a horn glissando from VSL's Epic Horns library, 'Ho-
8_Gliss_12_Up' to lead into the percussion sting. It's a bit of a clich, but very effective!
As I've mentioned previously, I'm really a guitar player with dreadful keyboard technique, and
playing this last section in real time without quantisation was a challenge for me. It didn't help
that the client was sitting next to me, hearing one embarrassing attempt after the next. Time
was getting short, and we needed to wrap up so that we could move on to the DVD. So I
politely explained to the client that I would prefer to put some headphones on and turn the
speakers off. Once that was done, I proceeded to slow the tempo down until I could play it

Part of the finished score for the
Narrow Gate trailer in MOTU's Digital
Performer. Note that the score is
written in on a now-completed version
of the Film Cues layout introduced last
month.
Sound On Sound - July 2006 139 of 178
just right. That went very well, and when finished, I put the tempo back up to the original
speed and played it for the client, who was extremely pleased. So whatever works to get you
to the finish line is fair game!
I bounced the mix and assembled the DVD in Apple's DVD Studio Pro. Once that was
accomplished, I created a smaller-sized Quicktime movie for the web site. It was a long day,
but by the end of it, we had a suitable film trailer, a dramatic music track, and a happy client.
All in a day's work!
Until now, I've focused on dramatic films destined for cinemas, and now it's time to change
gears a bit, and turn to the world of television, and to a documentary in particular. It is not
uncommon for documentaries to require a degree of authenticity that is not always called for
in the cinema; there can be less flexibility for artistic licence with the score, for example.
Documentaries often require the music to be representative of a particular locale, or even a
specific period in history, in addition to accommodating the subject matter. In the case of the
next film, the director had some very specific musical requirements.

Contracts
One area that we have not yet touched on in this series is work contracts. I'm not a lawyer, and would
prefer that you seek legal advice regarding contracts from appropriate professionals, but a few of my
thoughts on the subject might prove helpful.
Every job opportunity often requires a different approach. For much of my television writing, where most
of the clients have come about as a result of long-term relationships, contracts are rarely written up. The
same is true with music houses that I've worked with for many years. Verbal agreements regarding
terms and budgets are common. I think it is a general rule that the more money is involved, the greater
the need for some contractual agreement in writing. When the project you're working on is going to be
broadcast on major networks, contracts are required for musicians as well. Some independent films I've
scored, on the other hand, have proceeded on a handshake. For others, a simple contract was drawn
up after speaking with the client. And for a few others, it was necessary to have a lawyer review the
terms. Use common sense when proceeding in this area. It certainly doesn't make sense to get all
worked up and hire a lawyer for a low-budget job with a first-time filmmaker.
In the case of Dinka Diaries (see overleaf), producer Filmon Mebrahtu presented me with a fairly
detailed contract stipulating ownership, delivery dates and compensation. When dealing with films that
are funded, especially by private or non-profit organisations, it is necessary for everything to be done in
writing. Don't hesitate to ask questions or request revisions; after all, contracts are designed to protect
both parties.
On the whole, I have found that contracts are a good thing. As you get higher up the food chain, they
can get fairly complicated and deal with royalties, soundtrack recordings, cue sheets, session costs,
licensing issues, and so on. Read them carefully, and be sure to specify in writing exactly when you are
to be paid. If you don't, you can be sure that it will be much later than you hoped!

Meet The Director
The documentary film Dinka Diaries was written and produced by Filmon Mebrahtu. It tells the
stories of African immigrants living in Philadelphia and their experiences dealing with
American culture (for more about the film, see the box overleaf). Filmon was born in Eritrea,
located to the East of the Sudan in Africa. In the 1970s, when he was six, his family left to
escape the political and civil strife there. In 1984, after attending schools in India and the
United Arab Emirates, he arrived in the United States to study electrical engineering in
college. After working for a while in wireless communications, he developed an interest in
filmmaking, acquired a digital video camera, and began to learn the art of filmmaking. From
2002 to 2004, he participated in the Independent Television Service (ITVS) Mentorship
Program, working with award-winning filmmaker Louis Massiah. His most recent films include
Stop Killing Taxi Drivers (2001) and Rencontrer (To Meet) (2004), which have been screened
at various museums and festivals in the US. His work has also been broadcast on
Philadelphia's WHYY and WYBE television channels. In 2005, Filmon was a recipient of the
prestigious Pew Fellowship Award for the research and development of his new film project
migr, which chronicles the experiences of two Senegalese Muslim immigrant families over
the period of one year one family in Paris, the other in Philadelphia. It is through
documentary filmmaking that Filmon seeks to understand his own immigrant experience,
while exploring the experiences of others.
Sound On Sound - July 2006 140 of 178
Filmon contacted me after listening to some samples of music on my
web site. When I first spoke with him by telephone, we discussed the
subject matter of the film and some specific issues that were of
importance regarding the music. We also needed to determine the
feasibility or working together, as we were some 130 miles away from
one another. We agreed to meet at my studio and discuss the
particulars. Distance is less of a concern these days with the advent of
high-speed Internet access (more on this in a moment), and we were
able to put that issue to rest. The bigger hurdle to overcome was the
temp music.
Filmon was influenced by the music of African blues guitarist Ali Farka
Tour; he was attracted to the blues element of Tour's playing, and
felt it would work well to represent the universal experience that the
immigrant teenagers in the film were experiencing. The good news was
that I play the guitar. The bad news was that I had never heard of Ali
Farka Tour before. Luckily, Filmon brought along a few CDs of
Tour's music as a guide. While he did not edit the film with this music,
he had a few specific tracks that he felt were appropriate, and he asked
that I listen to them.
So began my education in the music of Ali Farka Tour! But then one of the benefits of
working on a documentary film is being introduced to music that you might previously have
been unaware of. I grew up admiring the great blues rock guitarists of my generation, but
African blues guitar was something a little different. We agreed that a solo acoustic guitar
playing in the style of Ali Farka Tour would be the best solution for certain scenes in the film,
although it was not important to exactly mimic his style. For other scenes, a string orchestra
would be suitable, along with African percussion, the idea being to make the music a
significant hybrid of American and African styles.
As I mentioned in Part 5 of this series, I like to take on jobs only if I feel that I can handle
them. Had Filmon wanted a virtuoso violin to be the focal point of the film, I would have
passed on this project, as such a task is beyond my skills, and the budget did not allow for
additional musicians. So being a guitar player was the deciding factor for me in accepting the
job. What's interesting is that there were few examples of my guitar playing on my web site!
Yet Filmon liked what he heard despite that, and in the end, it was a bonus that I was a guitar
player. Filmon is something of a guitarist himself, so it was fairly easy to communicate about
the specific parts that would be played.

About This Month's Film
Dinka Diaries is a documentary film that tells the story of three
Southern Sudanese teenagers who are uprooted from their
homes in the Sudan and find their way to America. In
November 2000, Mike Kuch, Abraham Kuol and Joseph Deng,
all under 18, arrived in the city of Philadelphia. Two years
later, they collaborated with Filmon Mebrahtu to document
their experiences as they assimilate into American society.
The goal of the film was to allow immigrant communities to
participate in the creation of the media that tells their story.
Through a combination of video diaries shot by the young men
themselves and scenes shot by their teenage peers and
filmmaker Mebrahtu, the film provides an honest and thought-
provoking account of the complexities of acculturation. The
film was shot in Mini DV format, and edited by Mebrahtu on a
PC using Adobe Premiere Pro. Dinka Diaries was produced in
association with various organisations in the US, including
ITVS (the Independent Television Service) and NBPC (the
National Black Programming Consortium), was co-produced
with Philedelphia Public Broadcast channel WYBE, and was
funded by the US Corporation for Public Broadcasting.

Scenes from Dinka Diaries (clockwise
from top left): the film explains the
background to the conflict in the Sudan
which leads to Dinka like Joseph and
Abraham coming to the States. Partly
guided by audio cassettes of advice
from their village elders in their former
homes, they begin to assimilate, both
into the community of other Dinka
based in the USA, and also into wider
American society.


Photo: Reel
Voices/Vera Viditz-
Ward
Dinka Diaries producer
Filmon Mebrahtu.
Sound On Sound - July 2006 141 of 178
Email, Web Or FTP?
The Internet has certainly changed our lives. Faster speeds and cheaper prices continue to
improve our ability to communicate and exchange files with clients. For years we've been able
to exchange small MP3 audio files via email, but it's only recently that it's started to be
practical to send video files around electronically, as the file sizes are so much larger.
However, clients usually prefer to hear the music in context, with the visuals, and there are
now a few solutions available to us to make this work.
The first thing I do when I'm ready to present a piece for review is bounce the mix with the
picture to a small Quicktime movie file, usually sized at 320x240 using the MP4 codec. This
gives me reasonably good-quality audio and video for review purposes. This size may be
small enough to email, especially if the scene is under a minute in length. However, some
mail servers reject attachments larger than 5MB, and almost all email hosts limit the storage
space available. Another method of delivery is to post your clip on your web page, and email
your client a link to it. This avoids email-related problems, but requires you to have a web
page, plus the knowledge of how to use web-design software, so it's not always the best
alternative, particularly if you have lots of files to send, and scant time to send them in. What's
more, this method won't help if your client needs to send you a revised video file quickly;
some degree of two-way communication is desirable here. You can connect with your client
via iChat or instant messaging and send the file that way, but that assumes your client is
available to be on line. And I have found that the latter solution, while it gets around the file-
size limits, is very slow.
For me, the best solution has been to use an FTP (File
Transfer Protocol) server to exchange files. There are
Internet file-transfer services that host these, or you can
get one yourself. I have found Yahoo's Web Hosting to be
a cost-effective solution, although there are many others
as well. For US$12 a month I get five Gigabytes of
storage, a web domain, a web site and email. I create a
directory that the client is given password access to,
allowing them to upload and download files at their
convenience.
One extremely important thing to remember when using
FTP transfers is to name your files appropriately. You
can't use any illegal characters, such as dashes and
commas, and you mustn't leave spaces in the name, although it's OK to use an underscore
('_'). Be sure to use the standard 'dot-and-three-letter' file extension after the name. For
instance, don't just name your movie file 'my_masterpiece' and post it to the FTP; instead, if
it's a Quicktime Movie, name it 'my_masterpiece.mov' to be sure the file won't be garbled by
the server. And be sure to add '.mp3', '.aif' or '.wav' to your audio files as well.
Using this method, I've been able to upload very large audio files for clients to review or for
post-production houses to download for mixing. And at times when a critical last-minute
change is made to picture, the client can upload the fix to the FTP for me to download, so that
I can make suitable changes to the score. It's a cost-effective solution that allows you to work
from home and with clients anywhere in the world where there is high-speed Internet access.
For Dinka Diaries, I would bounce each scene to a Quicktime movie, post it to my FTP server,
and then send Filmon an email advising that the files were ready to download. He would
review them, then call me on the phone to give me his thoughts. This allowed us to work
remotely for the majority of the work. It also facilitated his sending me a revised cut for one
scene, as well. Most of my clients prefer this method, as it means they don't have to attend
sessions, and yet they are able to communicate feedback and receive revisions almost
immediately.

Photo: Reel Voices/Howard Kellogg
Filmon Mebrahtu (with camera) working
on an interview for Dinka Diaries.
Sound On Sound - July 2006 142 of 178


Preparing Mix Files
This box just goes to show how opinions can vary in the world of music production. Hilgrove Kenrick,
who wrote the first half of this series based on his mainly UK-centric, television-oriented experience of
music for picture, advised you to compress and limit all of your finished music to within an inch of its life
before finally submitting it to your clients. Whilst I agree that this is reasonable practice when you're one
of several people pitching for work, and you're trying to make your material stand out (by dint of it being
louder), it's not something I'd advise for completed submissions.
So why the difference of opinion? After all, when preparing music for compact disc release, most
composers nowadays mix their music as loud as possible, and levels are then often maximised, leaving
virtually no headroom. Why should music for picture be different? Well, in film and television an entirely
different set of circumstances is at play. In addition to the headroom needed to accommodate broadcast
transmission (broadcast levels in the States do not usually rise above -10dB on a peak meter, to take
one example of this), audio mixers must accommodate dialogue, sound effects and location sound as
well as music. Consequently, I think it's best not to normalise your mixes, and avoid heavy compression
or slamming your tracks with a peak limiter unless it is an essential part of your track's 'sound'. Post-
production mixers will only have to lower the level of your track, so you might as well save yourself the
trouble.
There's another reason why I think you should go easy on the dynamics processing with your music-for-
picture work. I do lots of film and television mixing myself, and when I'm performing this role for clients, I
know that I prefer to have the option to add any compression or limiting myself in order to make the
track fit better in the overall audio mix. A track that is over-compressed or heavily limited might have to
be pulled further back in the mix than was originally intended; remember, in music for picture, dialogue
is king. And that's why I think that budding composers should let mix engineers do what they do best,
while the composers stick to composition.

Possible Mission 3
I'm going to cover three scenes from this film. The first contains the background information
that introduces the three boys from the Sudan (you can download this scene from
dinkaphotosbefore.mov). As is common in documentaries, this scene consists of a number of
still photographs that dissolve into one another, accompanied by narration. Filmon and I
decided that I should score this scene using guitar and string orchestra, and in particular a
nylon string guitar. The idea was to create a piece that was sympathetic yet not overly
sentimental. As there is dialogue, it is important not to score a piece that would be too
distracting.
The second scene follows one of the youths walking around the city of Philadelphia while
listening on headphones to an audio cassette made by the elders of their former village,
which imparts wisdom and advice to help them as they make a start in this new land
(download this scene at: villageelderbefore.mov). We hear the voice of the village elder
speaking in Sudanese, accompanied by subtitles. It is here that Filmon wanted the blues
guitar influenced by Ali Farka Tour (if, like me, you've not previously heard of him, try
searching the Internet for samples, or look at your local library for his recordings). Filmon and
I agreed that I would use an acoustic guitar, and I would play two parts in a conversational
style, with the two guitars symbolically representing the youth and the village elder. Having
the subtitles gave us a little extra breathing room for the music here, as viewers normally
focus on the subtitles when hearing a foreign language. Despite this, though, you should be
careful not to step on the voice.
The third scene involves a map, and can be downloaded for you to watch from
dinkamapbefore.mov. Maps are frequently found in documentaries, providing background and
perspective to the story being told. In this case, it is through maps that the filmmaker explains
the background to the conflict in the Sudan, the reason why the three boys in the film
emigrated to the USA. Filmon and I agreed on strings and percussion here, both pitched and
non-pitched. While the maps take us back to Africa, the music is not required nor intended to
be of any particular African style. There is a voiceover, so you should be restrained in your
scoring. Also, the maps represent the passage of time. The music should not plod along, but
have some rhythm and movement to reflect that. You'll notice that the clip begins before we
see the map. It is very common to overlap your score with the scenes before and after,
Sound On Sound - July 2006 143 of 178
allowing for a smoother transition. In this scene, the three young men are travelling by train
from Philadelphia with their friends to meet with the Sudanese ambassador in Washington
DC. The music should begin on the cut to the window looking outside the train, and continue
to the scene where they arrive and get into a taxi.
If you're up for the challenge, download the movie clips, do a little research, and brush up on
your guitar skills. And if you don't play guitar, consider collaborating with a friend who does.
After all, if you're planning a career in music for picture, you'll have to handle a situation
similar to this at some point.

Next Month
Next month, in the final part of this series, we'll take a look at how I scored each of these
three scenes. Appropriately, we'll also talk about scoring the closing credits to a film that is,
if the producer hasn't already inserted a pop song written by his nephew!
Published in SOS July 2006
Sound On Sound - July 2006 144 of 178
Mix Rescue
Click & Buy PDF
+ Audio Files
Published in SOS July 2006
Technique : Recording/Mixing

Ian McMillan's band recording presents some challenging drum
parts this month, and there are also tips for better mixing of
bass, guitars, and backing vocals.
Paul White
Steve Morano set up his band so he could start playing
his own songs around the Oxfordshire and Berkshire
area, and they have already had some interest from a few
promoters, including one in New York. The track 'Believe'
sent to Mix Rescue was made in Ian McMillan's studio
(everyone knows him as Mac), called Groutfinger (don't
ask!), which is mainly used by acoustic singer-songwriters
from around the area.

Original Recording Setup
This song turned out to be from Mac's first band recording
session involving acoustic drums, but as he could only record four audio streams at a time
into his PC, he pre-mixed some of the drum mics, which gave me a few headaches at the
remixing stage. He's currently looking for an audio interface with more I/O, which seems
sensible for this kind of work. According to Mac, he used a single AKG Solidtube as a drum
overhead, augmented by a Shure SM58 hung above the hi-hat. The toms were recorded via a
stereo pair of SE Electronics SE3s, while the snare was recorded using a Shure SM57. The
bass drum was picked up using a borrowed AKG mic, which was probably a D112. Dynamic
mics are less than ideal for cymbals and hi-hats, because of their limited high-frequency
sensitivity, but sometimes you just have to use what you have. For vocals, Mac used two SE3
mics routed via a Behringer DDX digital desk.
When the track was recorded, there were several vocal overdubs (all recorded using the AKG
Solidtube) and extra electric-guitar parts, some of which the band didn't seem to have used in
their own mix they sent me everything anyway. The two electric guitars were courtesy of a
Gibson Les Paul and a Gibson SG, both through Vox amps that were subsequently miked,
though I have no details on exactly how. There's also an acoustic guitar part that forms the
backbone of the song, and from the sound of the audio files I received, this was both miked
and DI'd. Of the two tracks, I preferred the sound of the miked guitar, and so used mainly that
for my remix. Given that the recording system could only handle four audio streams at a time,
I assume a lot of overdubbing took place in making this recording, something which may
account for some parts of the performance not being as tight as they might have been had the
band been playing all together.

Sound On Sound - July 2006 145 of 178

The track itself has an American pop feel to it and, given
the source material and the recording I/O limitations, Ian
had done a pretty good job on the mix, but I identified a
few problems with the individual tracks once I auditioned
them and felt I could make the mix a bit cleaner and
tighter sounding. Firstly, some tracks were recorded at
incredibly low levels, so I had to normalise them before I
could start work, and where noise became a problem, I
cleaned up the tracks manually by destructively silencing
all pauses and fading out any decaying notes prior to
pauses, so that any background noise also faded rather
than stopping abruptly.
The acoustic guitar had a slight tuning problem that
wasn't really evident when everything else was playing,
but in the intro to the song, where nothing else was
happening, it was very obvious, so I simply cut it out. I
suggested to Ian that he get Steve to replay just the intro
and send it to me to edit onto the song if he felt strongly
about keeping it, but in the end he decided not to.
The bass guitar part seemed to suffer from a lack of picking confidence, so the sound wasn't
quite as solid as I would have liked, and there were also some fluffed phrases and slight
timing errors. Fortunately I managed to find good bits elsewhere and copy them in place of
the dodgy bits, so getting a bass part free from obvious mistakes wasn't a problem.
As mentioned earlier, the acoustic guitar came as two audio files, one DI'd and one miked.
The miked version suffered a bit of spill and noise from other sources in the room, but it
sounded rather sweeter than the DI'd version from a musical viewpoint, so I used that with
just a little of the DI'd version added in underneath, after processing the DI track through a
clean guitar-amp model to give it a bit more focus.
For the drums, I was given three tracks called Kick, Snare, and Cymbals Plus Toms. As it
turned out, the kick track had an awful lot of spill on it, and sounded almost like a single-mic
recording of a complete kit, so I'm not sure where the mic was positioned. Similarly, the snare
channel was almost overwhelmed by ride cymbal when the ride cymbal came in. The
remaining track was also a bit of a mixture of the kit sounds, but it had a hard, filtered sound
to it as well, as though it was the result of two or more mics at different distances being mixed
to mono, causing some phase cancellation.
All the electric guitar parts were recorded with varying
degrees of distortion and, from my viewpoint, the amount
and type of distortion wasn't really ideal for this kind of
song. I felt it was a bit thick and impenetrable, and
perhaps a thinner-sounding guitar such as a Strat or
Telecaster might have suited the song better, as it would
have left more space in the mix for the other parts.
However, the least-distorted guitar part also seemed to
be the main one, so I was fairly confident I could make
that fit with a little tweaking.
In addition to Steve's main vocal, there were also four
tracks of backing vocals by his friend Claire (who'd
apparently never sung before), more done by Steve, and
one track of Claire and Steve singing together. To my ears, Steve's main vocal and Claire's
backing vocals were enough to create the right feel, and on scrutinising Claire's four vocal
parts I felt that some sections worked really well while others sounded a bit weak, so I simply
muted the bits I felt didn't work.


The drums had been recorded on only
three tracks, and had real problems
with spill and phase-cancellation, so
Paul needed to get fairly heavy-handed
with the EQ, as you can see in the
screenshot.

In order to get better-defined kick and
snare sounds, Paul triggered samples
from Toontrack's EZ Drummer in time
with the live performance.
Sound On Sound - July 2006 146 of 178

Rescued This Month...
The Steve Morano Band is based around Steve Morano, a singer-songwriter who also plays acoustic
guitar, electric guitar, and harmonica. Although originally based in Oxford and London, he has toured
and performed extensively in Australia and now takes his 'country punk' songs out to audiences around
the South of the UK, playing in the Reading, Brighton, and Aylesbury areas. The rest of the band
comprise Ian 'Mac' McMillan (acoustic/electric guitars, backing vocals, percussion), Ross Nelson (bass),
and Mark Acres (drums), but their friend Claire also helped out with backing vocals on this project. The
band have just released a seven-track EP, and you can see them on the Guilfest Ents24 stage on 15th
July.
www.stevemoranoband.com

Drums Overhaul
While EQ could help me improve the drum sounds, I couldn't achieve the balance between
the drums and Cymbals that I was looking for, due to the way the drum mics had been mixed
prior to recording. In the end I resorted to loading in some kick and snare samples from
Toontrack's new EZ Drummer, painstakingly lining these up, one beat at a time, with the drum
hits I could see in the audio waveform display. Initially I used Logic's Audio To Score facility to
find the beats, but, because of the amount of spill, I had to add and remove a lot of beats
manually as well as change the timing of individual hits.
I brought the EZ Drummer kick and snare up beneath the
existing sounds rather than tying to replace or drown
them, and this sufficed to restore some semblance of
balance to the kit sound. I simply followed the timing of
the original drum part rather than trying to improve
anything. The original kick track then formed the main
basis for the rest of the drum mix, with the snare track
and, to a lesser extent, the phasey tom/cymbal track
brought up to a level where the cymbals sounded
reasonably well balanced. A gentle application of an
Audio Ease Altiverb short ambience made the original
drums sit more believably in the mix without making them
sound over-treated. The addition of the sampled kick and
snare left the toms sounding a little weak, but as these
weren't available separately, there was little I could do
about it and the song didn't seem to suffer much because
of it.

Bass & Guitars: Reamping, Processing
& Effects
To firm up the bass track, I reamped it via IK Multimedia's
new Amplitube 2 plug-in using the Bass Amp model, but
switched the EQ section for a British EQ. I'm pretty sure
the bass amp part was originally miked, and there
seemed to be some slight resonance issues that caused
certain notes to dominate, so I put a Logic Compressor
before Amplitube 2 to level things out a bit.
For the acoustic guitar, I again used Logic's Compressor
to even out the sound and followed this with a low-cut
filter just to take some of the low end out of it (190Hz cutoff) so that it would sit more
comfortably in the mix without clouding the low mid-range area. A touch of Logic's Exciter
plug-in added a bit of sparkle, but nothing too radical here.
From the available electric-guitar tracks I settled on using the two main parts, with some odd
emphasis chords taken from a third. The first part was treated to a little compression and both


Some over-prominent notes in the bass
track were brought under control with
Apple Logic's Compressor, and the
signal was then reamped using the
Bass Amp model from IK Multimedia's
Amplitube 2 to firm up the overall
sound.
Sound On Sound - July 2006 147 of 178
high- and low-cut filtering, and I then passed it into the UAD1 model of a Roland Dimension D
chorus before adding a touch of Logic's Tape Echo. This gave it a nice swirly, almost 12-
string feel that suited the song well, but was spoiled slightly by the presence of clipping on
some loud notes which was very obvious when the part was soloed. I tackled this using a
24dB/octave low-pass filter set to 5.3kHz, and used the mix automation to dip this to around
2.2kHz on the overdriven peaks, which hid the worst of the clipping without having any
detrimental effect on the guitar tone.
The other main guitar part, which comes in around halfway through the song, was a bit more
crunchy, so I opened another Amplitube 2 and used something approximating a Fender Twin
model to give the sound some bite and definition. I felt it sounded a bit muddy as it was. The
two main electric guitars were panned slightly either side of centre.

Mono Or Stereo?
In his email to me, Ian said that he wasn't sure whether to record in stereo or in mono, or what the
benefits were. In my view, instruments in a multi-layered mix like this (other than drums and stereo
keyboards where used) are best recorded in mono, as it eliminates the risk of phase problems that can
occur when you use two or more mics on the same source. I suspect that the odd sound of one of the
drum tracks was caused by mixing two mic signals to mono possibly the overhead and the hi-hat mic.
Acoustic guitars are essentially mono sound sources made stereo by their interaction with reflective
surfaces in the performance area, so in the studio it makes perfect sense to record them in mono and
then add stereo reverb or ambience when you mix. It is possible to use two mics to make a stereo
recording, but the results are rarely natural, and you can end up with mono-compatibility problems
unless you record using a coincident pair. The same is true of electric guitar, but because the electric-
guitar sound is essentially artificial anyway, it is quite common to record using two mics at the same
time, adjusting the relative mic positions so that the phase differences between the two contribute to the
sound in some useful way. Once you add stereo reverb or ambience and pan the sound within the mix,
it takes on an adequate sense of space without losing its focus.
Where you do record in stereo, as you would normally do in the case of a drum kit, it helps to limit the
left-right panning to avoid the drum kit sounding as wide as the entire band. I tend to keep the pans
between the 10-o'clock and two-o'clock positions for this reason. This argument also holds true for
stereo keyboards or pianos miked in stereo, though you may want to offset the pans slightly to place the
instrument to the left or right of centre.

Sorting Out The Vocals
I ditched all the backing vocals other than those provided by Claire, and I only used the
phrases from those that I felt worked best. This was a purely personal choice, but sometimes
I feel the 'less is more' adage really is true. There were a couple more doubled parts that were
bounced onto the main vocal track, but I couldn't do anything to change those, as the parts
were not sent to me separately. Claire had done her parts in four layers, so I tightened up the
pitching using Logic's Pitch Correction plug-in set to chromatic mode, then used the Antares
Choir plug-in (part of their Avox suite) on two of them to split them into four parts each,
producing what I hoped would be a ten-part choral effect. Without the pitch-correction, the
vocal parts were still pretty good, but I could just hear them going off in places. The
combination of pitch-correction and Choir actually worked pretty convincingly and gave a very
lush and believable choral sound that worked nicely against Steve's main vocal line.
For Steve's lead vocal, I again tightened up the pitching using Logic's Pitch Correction plug-in,
this time set to an 'F'-minor scale and with a medium correction speed. This actually worked
fine, except for on the short sections where there were two vocals on the track. These
sections it ignored and left as they were. As usual, the vocals were compressed to keep them
sounding dense and even, this time using the Waves Renaissance Compressor set to
emulate an opto-compressor, and I also added some EQ that comprised mainly some broad
high-end lift with some 200Hz cut in the mid-range to take out a boxy 'honk'. A little very low
cut was also added just to take care of any low-frequency wind noise or other unwelcome low
end that might have crept into the mic. By way of effects, I added both UAD1 plate reverb and
a little tape-style delay (both set up on busses so I could access them from the channel
sends) as this seemed to help the vocal gel with the backing. As there was a bit of crosstalk
and noise on the vocal track I also gated it before processing it.
Sound On Sound - July 2006 148 of 178
The ever-popular PSP Audioware Vintage Warmer was used to pump up the mix energy
slightly, but the settings were quite subtle, as you can see from the screenshots. Other than
that, I used some level automation to nudge up the vocals a hint in the chorus sections and to
feature a couple of prominent guitar riffs, but otherwise the track almost mixed itself. I also did
a second mix with more top cut on the electric guitar parts on the Vintage Warmer to try to
emulate a typical '70s mix, as that's the kind of vibe I thought the song had. I feel that the
track is now a pretty good demo, and if the band were to re-record it paying more attention to
the tightness of the performance and the pitching/tuning of the various parts, they could make
it sound very polished and professional. I'm also amazed at how good a mix Ian had done
given his four-input limitation, so he's going to be off and running when he gets a bigger
interface that lets him record most of the band in one go.

Need Help With Your Mix?
If you're having trouble with a mix, then you can submit your track for the Mix Rescue treatment. Either
email an MP3 file of your mix to the address below, or post a CD to Mix Rescue, Sound On Sound,
Media House, Trafalgar Way, Bar Hill, Cambridge, CB3 8SQ, UK. Please include a daytime contact
telephone number, some information about how you recorded and mixed your version of the track, and
your views about what aspects of your mix are causing you most concern.
mixrescue@soundonsound.com

Remix Reactions
Steve Morano: "The song sounds really together it's captured what I am trying to say on the record. I
love my vocals, which are a lot cleaner, and taking out the acoustic intro really works. The backing
vocals and reverb guitar riffs are also great."
Mark Acres: "I'm impressed with how the various drums have been cleaned up to tighten the sound,
particularly the bass drum. The snare is a lot less cutting, and the cymbals are light and distinctive
they've clearly been kept at a constant level."
Mac: "I think I've been sacked! Really though, the mix is great, and it gives me something to aim for
now. It'll be useful to practice on the original recordings and make use of the experience which Paul has
passed on. The song is tight, together, and really clean. The band are really happy with the result and
we're honoured to be in the magazine. Thanks a million!"
Hear The Differences For Yourself!
Listen to the effects of my mixing decisions by checking out the following audio examples available for
download at www.soundonsound.com/sos/jul06:
/audio/OriginalBass.mp3
A few bars of the bass-guitar track as provided, but after normalisation.
/audio/ProcessedBass.mp3
The bass-guitar part after compression and treatment by Amplitube 2's Bass Amp.
/audio/OriginalClaireBV.mp3
This is the backing-vocal section that we decided to use, prior to my adding any processing.
/audio/ProcessedClaireBV.mp3
The backing vocal again, after processing with Logic's pitch-correction and Antares Choir. There's also
some added plate reverb.
/audio/OriginalDrums.mp3
A best mix of the three original drum parts, which leaves us with a cymbal-heavy sound.
/audio/OriginalCymbalsToms.mp3
This is the original drum track with the phasey sound.
/audio/ProcessedDrums.mp3
The final drum mix comprising a mix of the three original parts plus kick and snare samples from
Toontrack's EZ Drummer. Audio Ease Altiverb was used to add some short ambience to the kit.
/audio/OriginalElecGtr.mp3
The main electric guitar part prior to processing, showing the clipping problem.
/audio/ProcessedElecGtr.mp3
The same guitar part after filtering and the addition of simulated Roland Dimension D chorus and tape
delay effects.
/audio/OriginalMix.mp3
Ian's original mix with acoustic-guitar intro.
/audio/RemixVersion1.mp3
My remix, which isn't subjectively as loud as the original because it's not so heavily limited.
/audio/RemixVersion2.mp3
Slightly less bright version aimed to match vintage US mixes from the '70s. This sound was achieved
mainly by cutting high end from the electric guitar parts, the cymbals, and the master processor settings.
Published in SOS July 2006
Sound On Sound - July 2006 149 of 178
PC System Overload Problems & Workarounds
Click & Buy PDF
PC Musician
Published in SOS July 2006
Technique : PC Musician

There are many factors that can cause your PC to struggle
when playing back your songs - including RAM, your hard drive,
your CPU and your system settings. But how do you know
which is to blame, and do you have to upgrade or can you work
around the problem?
Martin Walker
In my PC Musician feature of SOS June 2003, I explained
how the various PC resources (CPU, RAM and hard
drive) are used up by audio tracks, soft synths, soft
samplers and so on, to help PC users decide on the spec
that would meet their needs when buying or building a
new model. However, many musicians face the opposite
dilemma: they have a PC that has problems running
some songs and are not sure whether they need to
upgrade their soundcard, install more RAM, buy a faster
processor or get a larger, faster drive to resolve them.
As you can see from the SOS Forum survey results in the
box on page 70, there's no such thing as a typical song,
so if you're in the situation described above you need to
do a little detective work to find out what's causing the
problems in your particular case. To help, I decided to
take some typical problems reported by SOS Forum
members, explain their most likely cause and point out the best solution, as well as offering
temporary workarounds for those who can't afford to upgrade at the moment or have a project
that urgently needs to be finished.

Running Out Of RAM
The Problem: "I'm having big problems ever since I bought Spectrasonics' Atmosphere to
plug into my Fruity Loops Studio software. It takes up a lot of space on my hard drive (3GB)
and it's now come to the point where, if I add more than, say, six channels of it into FL Studio,
the whole piece stutters so much that I can't play it for more than three seconds. The CPU
meter also hits 100 percent every time it starts stuttering. I have 512MB RAM in my computer.
Should I get more? I think my processor is running at 3.19GHz. If I don't need more RAM,
would an external soundcard be the answer? (I have a laptop.)"
The Diagnosis: This user suspects his RAM, processor and audio interface. As an
Atmosphere user myself, I instantly know which of these three is the real culprit: lack of RAM.
This is simply because Atmosphere (and its stablemate Trilogy) load their patches entirely
into system RAM and each one can consume up to 125MB. With six instances, a PC that has
512MB RAM could well be struggling, and once the RAM is nearly all in use Windows will
start to ferry whatever data it can to virtual RAM (a cache on your hard drive). Thus every
time the song tries to access a different Atmosphere patch, some of the data may have to be
retrieved from the hard drive hence the severe stuttering. The CPU meter hits 100 percent
because the PC can no longer process the song in real time, due to the extra time it takes to
keep reloading that data.

You don't need to make 'guesstimates'
about how much of your system RAM is
being used in total by all your currently
running applications just use a
freeware utility such as Cacheman,
shown here.
Sound On Sound - July 2006 150 of 178
If you suspect that lack of RAM may be the cause of your
own problems, there's never any need to guess, or to
blindly upgrade just in case just load in your most
complex songs and monitor their RAM usage for yourself.
You can read the Available Physical Memory in Kilobytes
from the Performance page of Windows Task Manager.
However, I've always found that the freeware Cacheman
utility (www.outertech.com) provides a much clearer and
easier-to-use display of both Physical and Paging File
memory, as a percentage bar-chart, so you can see at a
glance what proportion of your RAM is already used and
what remains (see screen on left). Just launch this
periodically to see how much RAM is still available.
Out of interest, I ran Cacheman as soon as I reached the
Windows XP desktop on the Internet-enabled General
Purpose partition of my PC, and 300MB (30 percent) of
my 1GB total had already been used up. However, on my
stripped-down, music-only partition, only 200MB (20
percent) had been used. An extra 10 percent of available
RAM is well worth having, and it's yet another reason to
create a multi-boot setup.
Once I'd loaded Gigastudio 3.1, the 'RAM in use'
percentage rose to about 30 percent, and to about 40
percent once I'd launched Cubase SX 3.1, leaving my
system with 600MB for instruments. My typical projects
have about half a dozen soft synths and the same again of Giga instruments. As long as I'm
careful, I can keep loading stuff in until the Cacheman memory gauge reads 99 percent
without any juddering or other mishaps.
The Workarounds: Once a RAM shortage is indicated, the obvious cure is to install more
RAM, although there are some limitations when running Windows XP, if you need more than
2GB (see PC Notes May 2005 for more details). Some soft samplers offer engine
adjustments that reduce RAM consumption in favour of more CPU load, which may be worth
a try if you're a heavy sampler user.
If you're running close to the edge with RAM, try saving your song, closing your sequencer,
and then relaunching it and reloading your song. If you've been making lots of edits and trying
lots of soft synths, Windows may be caching unused data that will be released using this
method. However, the easiest way to release RAM is to choose different soft synths as you
can see from the chart below, some can need only a few MB per instance, while others can
swallow 100MB!

The Typical Song?

Here are the results of an SOS Forum

Many musicians don't realise how much
soft synths vary in their RAM
consumption. Here's a chart showing
how some of the ones in my collection
compare. This demonstrates that while
simple analogue-style synths may only
take a few megabytes, those that rely
on samples can take considerably
more, while synth 'designers' such as
Native Instrument's Reaktor can vary
considerably from Ensemble to
Ensemble. Notice also that multitimbral
synths such as Edirol's HQ Orchestral,
Emu's Emulator X soft sampler, Korg's
M1 and Steinberg's Hypersonic may
take lots of RAM for the first patch, but
no more when you access several
instruments on different MIDI channels
using the same engine.
Sound On Sound - July 2006 151 of 178
I think it's fair to say that each PC musician will approach each
of their songs in a completely unique way. In the case of
sound sources, for instance, some people will exclusively
record audio tracks, some will mostly rely on triggering
external MIDI synths, some will solely use soft synths and
others will rely almost totally on software samplers (particularly
for orchestral creations). Where effects are concerned, some
purists may rely totally on mic positioning to capture the live
audio sounds they want, and not use a single EQ, compressor
or other effect, while others may load an EQ, compressor and gate plug-in on every audio channel, as
well as other insert and send effects.
With this in mind, some months ago I organised a small survey on the SOS PC Music Forums, to find
out just what the spread was. You can see the results so far in the screenshot on the right, and if you
want to add your votes you can still do so, at www.soundonsound.com/forum/showflat.php?
Cat=&Board=PCMus&Number=217340.
As you can see, a large majority of musicians who replied seem to use between 10 and 30 audio tracks
and mostly one or two plug-ins per track, but occasionally three or four, and very few software sampler
instruments. However, there's a huge variation in the typical number of soft synths used in each song,
although most people seem to use less than eight.
Given the very different demands of specific soft synths, few musicians are therefore likely to stress their
PCs in exactly the same way. However, if your PC is set up sensibly, and isn't running loads of
background tasks, we can deduce from the results of the survey that everyone who took part should find
a lowly single 5400rpm hard drive quite sufficient to fulfil their audio track requirements and would
probably get away with 1GB of RAM (although 2GB is always welcome, as memory doesn't cost that
much nowadays).
The limiting factor in most cases is likely to be processing power, which is why so many musicians find
their sequencer 'freeze' functions so handy, as these let you return the CPU overhead of a track to the
pool, by converting the track to a new processed audio version.
content of a PC musician's typical song.
As you can see, the biggest variable is
soft synths, which can also consume
the biggest proportion of your CPU
power. The reason why there are fewer
votes in the soft synth and soft sampler
categories is that some musicians run
none of them.

Hard Drive Dramas
The Problem: "My Cubase SX audio glitches when it's playing back just one audio track,
when there are another 52 muted. I'm using my Audiophile 2496 ASIO driver and have a
3.2GHz Pentium 4 PC with 1.5GB RAM."
The Diagnosis: Here's an intriguing one. You wouldn't expect any PC to have problems
replaying a single audio track. The twist in this tale is that while the muted audio tracks aren't
contributing to the mix, they are still being streamed by Cubase, just in case you hit those
mute buttons and want the tracks instantly added to your mix. Whichever sequencer you use,
you can confirm such behaviour either by watching its Disk Meter load, or by saving your
song, deleting all but the one track and trying again. Your hard drive should now show
minimal loading. Even the CPU overheads of plug-ins used by muted tracks are still weighing
down your song, whether you hear them or not, although in this case you can temporarily
disable them via their on/off switches.
So in reality this person is running 53 audio tracks and, assuming that these are 24-bit/96kHz,
is beginning to aproach the limits of most single 7200pm hard drives. I've personally managed
to run 76 mono 24-bit/96kHz tracks on my Seagate Barracuda SATA 80Gb ST380013AS
audio drive before it ran out of steam, but this was with long tracks, each lasting the whole
duration of a song. With shorter parts being dropped in and out, some audio editing and some
inevitable file fragmentation, this figure will certainly drop.
Sound On Sound - July 2006 152 of 178
If you're also running a soft sampler such as HALion or
Kontakt inside your sequencer, this can greatly increase
the load on your hard drive. You need to be especially
careful if you're running a separate soft sampler such as
Gigastudio, since its additional load (both CPU and Disk)
may not show up on your sequencer's performance
meters.
There's another fairly common reason for a hard drive to
conk out when it's only playing back a couple of dozen
audio tracks. This problem is often exhibited as
intermittent glitches (even though the sequencer's CPU
meter displays a low overhead reading), and it's due to an
unsuitable Buss Master DMA mode. You can check this
inside Device Manager:
Select 'View Devices By Connection'.
Locate the Storage Controllers on the list, expand their
entries, and you'll find your hard drives and optical drives attached to either Primary or
Secondary Channels.
Right-click on the Channel connected to each drive and select 'Properties'.
Click on the Advanced Settings tab. For each of the two devices that can be connected to
each channel you'll find a Device Type (normally set to 'Auto Detection'), and a Transfer
Mode, which should read 'DMA if available'.
If it reads 'PIO Only', your hard drive will be running well below par, so change it to the
other setting, click on the OK button and then reboot your PC. (When this Transfer Mode
does read 'DMA if available', the 'Current Transfer Mode' box beneath it should typically
display 'Ultra DMA Mode 5'.)
A quick way to check the performance of your hard drive is with a utility such as Dskbench
(www.sesa.es/us/dl/dskbench.zip) or HDTach
(www.simplisoftware.com/Public/index.php?request=HdTach). These will show up whether or
not your hard drive is using the most suitable DMA mode. You should achieve an average or
sustained read speed of at least 40MB/second with most modern hard drives, with a CPU
utilisation of two percent or less.
The Workarounds: If your hard drive is operating in the correct mode but you still regularly
find it beginning to struggle, there are several ways forward. For a start, defragmenting your
audio drive may improve matters (although occasionally this may make things worse see
PC Musician June 2005 for more details).
If you're running a VST soft sampler and have plenty of spare system RAM, you may be able
to offset some drive load into this, courtesy of its disk-streaming parameters. Alternatively, it
may be time to investigate the partitioning options I discussed in the 'Partition Decisions'
feature in SOS May 2005. Creating a separate partition just large enough for the current
project, on the fastest 'outside' portion of your drive, may let you run more audio tracks
without spending any more money at all, assuming that you've already got a suitable partition
utility, such as Symantec's Partition Magic, Paragon Software's Partition Manager, or Acronis'
Disk Director Suite.
In the long term, you should also ask yourself whether you can actually hear the
improvements offered by higher sampling rates such as 96kHz on your system. Remember
that not only will these more than double the hard-disk load over using a 44.1kHz sample
rate, but also that any plug-ins and soft synths you use will consume more than twice as
much CPU overhead, as proportionally more calculations are needed per second. At the very
least, anyone whose final format is to be Red Book Audio CD should consider moving from

In this Cubase SX Project, you can see
that the Disk Meter (lower left) is
displaying an overload, even though
only a single audio track is actually
playing. Muting the other 50 or so
tracks makes no difference, because
they are still being streamed in
anticipation of you un-muting them and
wanting to hear them immediately.
Sound On Sound - July 2006 153 of 178
96kHz to 88.2kHz on future projects, if their audio interface offers that sample rate. This will
reduce drive loading by over eight percent.
If you're running absolutely loads of audio tracks (one SOS Forum poster admitted to a song
containing 330, but with only 50 to 75 at any one time!) you should perhaps take a closer look
at your working methods, unless you're mocking up an orchestral score and layering multiple
instruments for each part. If this isn't the case, perhaps rethinking your working methods will
result in significantly less hard drive torture.
However, ultimately it may be time to invest in faster hard drives: a 10,000rpm model should
boost your audio track count significantly, or you could investigate RAID (Redundant Array of
Independent Disks) by installing two identical drives configured as RAID 0, to potentially
double the overall transfer rate. Just remember that your data is more precarious on such a
system, because it's spread across multiple drives. Also bear in mind that both 10,000rpm
and multiple drives are likely to increase the overall acoustic noise level of your PC.

Soft Synth Overheads
As discussed in the main text, running out of processing power is probably the most likely reason why
songs might start glitching or coming to an untimely halt. Buying a faster processor, or a completely new
PC with faster everything, is the obvious answer. However, not all of us can have that luxury, and
fortunately there are various other things you can do to stretch the CPU you do have as far as possible.
Cap polyphony: Many soft synths let you set a maximum
number of playable notes, and you can often greatly reduce CPU
overhead by simply reducing this number. Solo the track in
question, slowly reduce the number of notes until you hear the first
signs of note-stealing, and then advance the setting to the next
highest value. You may be surprised at how low you can go
without this capping becoming audible, and it may even
(depending on the algorithm used) clean up your mix by removing
notes late on in their decay phase that contribute little to the
composition.
Adjust Sequencer Settings: Some sequencers (Cubase, for
instance) provide a similar 'Restrict Polyphony' function, this time
shortening any overlapping notes when required, to avoid
overstepping the mark. However, this may produce audibly
different results than directly capping the soft-synth polyphony,
because the soft synth may have more sophisticated algorithms at
its disposal to determine which notes are least likely to be noticed
when removed.
Examine Sustain: If you've used a sustain pedal during your
performance, it can often be difficult to know what the true
polyphony of your track is, so look for special functions in your
sequencer, such as Cubase's 'Pedals to Note Length', which
scans for MIDI sustain controller on/off commands, lengthens
affected notes to match the pedal 'off' position and then deletes
the sustain commands. Once you see the true length of your
notes it may become obvious why a particular track is so resource-hungry!
Select Appropriate Instruments: Each soft synth takes a different number of CPU cycles for each note,
depending on how many oscillators, filters, LFOs and so on it uses, or the complexity of its physical modelling.
Spend a little time getting to know the appetites of your favourite soft synths, so you can bear this in mind
when choosing your sounds. For instance, I love the AAS String Studio software, but its physical modelling
can eat processors for breakfast, so I only use it for exposed 'lead' instruments. Take a look at the chart below
for a breakdown of how a selection of different soft synths compare.

Here's a chart showing how some of
the soft synths in my collection
compare when running on my Pentium
4 2.8GHz processor, arranged in
ascending order of CPU 'appetite'. In
each case I either ramped up the
polyphony to its maximum value, using
a specially prepared sequence, or took
it to a point where the CPU load was
fairly high. In the fourth column I've
calculated the relative amounts of CPU
power that each would need to play 16
simultaneous notes. It's quite revealing,
so choose your instruments carefully!

Processor Pitfalls
The Problem: "I have a PC laptop with a 2.8GHz P4 processor and 1GB of RAM. Recently
I've been using a lot more VST Instruments than I usually use in Cubase SX 2 and also in
Fruity Loops. My CPU use hits around 50 percent and is fine for a couple of minutes, then will
suddenly jump to 95 or 100 percent, where it stays (slowing the computer down immensely)
until I finally close Fruity Loops or Cubase (stopping the song from playing doesn't help). I've
loaded the same song on my housemate's 1.8GHz Athlon desktop, it only registers 40
percent on his CPU meter and the spikes and crashing aren't an issue. What's going on? Is
Sound On Sound - July 2006 154 of 178
this a Pentium 4 issue, an overheating issue, or possibly a problem with some software on my
computer?"
The Diagnosis: Some PC laptop owners have experienced their CPU meter slowly rising for
no apparent reason, and the surprising cause turns out to be overheating due to dirt and
muck completely clogging up the cooling fans underneath the laptop. As the processor
temperature rises, the processor clock speed is automatically throttled down to prevent
damage. The cure in such cases is either to have the computer dismantled and properly
cleaned by the manufacturer, or to attempt DIY cleaning using compressed air or a vacuum
cleaner.
However, in this case the CPU rise is sudden, which points instead to 'denormalisation'
problems (discussed in PC Notes October 2002 and affecting several processors, most
notably the Pentium 4 range). Most plug-ins have long since been tweaked to avoid the issue,
but if your CPU usage suddenly jumps at the same specific point in the song each time, this
could be when an elderly plug-in causing the problem has an extremely low audio-input level
or silence to deal with. You can track down which one by selective disabling, and cure it by
inserting a corrective plug-in such as Sascha Eversmeier's freeware Normalizer
(www.digitalfishphones.com/binaries/normalizer_PC_Win.zip).
Another major cause of laptop CPU problems is the increasing sophistication of technologies
such as Speedstep, Smart CPU and Cool 'n' Quiet, used by processor manufacturers to
minimise the power consumption of their products. These work by throttling CPU clock speed
down to a lower value when you're not using 100 percent of your processor, as well as in
some cases reducing CPU voltage and fan speed, keeping temperatures and fan noise down
and extending laptop battery life.
Although these are wonderful features for most computer users, unfortunately musicians have
to battle with the audio consequences of them such as clicks, pops or longer interruptions.
These normally happen when the CPU clock speed is ramped up or down, so the safest
option is to disable such behind-the-scenes trickery and leave your CPU at its top speed.
Some laptop users have also found their CPU being reported by Windows as having a much
slower clock speed than the one they bought once again, this could well be due to
throttling.
The easiest way to ensure maximum performance is to open the Power Options applet in
Control Panel and select the 'Always On' Power Scheme. If you want a more versatile way of
switching between the various Power Scheme options, including those normally hidden from
the user by Windows XP, try downloading the Speedswitch XP utility
(www.diefer.de/speedswitchxp/index.html) that I discussed in some detail in PC Notes
December 2003. You may also want to disable any special drivers involved in throttling, if
there's such an option.
The Workarounds: Apart from the issues just mentioned, most CPU 'maxing out' problems
are simply a result of attempting to run more plug-ins or soft synths than your PC can handle.
Since soft synths are the most likely culprits, I've dedicated a box to Soft Synth Overheads
(on page 72). Elsewhere I also mention track 'freezing' and reducing project sample rate, as
the most radical cures.
However, there's another step you can take before having to get out your credit card to
upgrade your processor or buy a DSP card such as the TC Powercore or Universal Audio
UAD1. It's now fairly well known that below about an audio buffer size of about 12ms the CPU
load rises due to ASIO driver overheads, so if you're running out of CPU and using a latency
of less than this you'll reclaim processing power by changing the latency value. If you're
running at 3ms or below you may be able to reduce your CPU load by 50 percent or more!
Sound On Sound - July 2006 155 of 178


CPU & Disk Meters
Most sequencers offer some sort of meter
displaying what proportion of your
processor is currently occupied with
playing a song, and some also offer a
similar meter for the load on your hard
drive (not how much space is left on it, as
one musician thought the manual can
occasionally be useful, you know!).
However, there's a lot of confusion about
what these meters actually measure,
particularly when the processor figures
may vary significantly from Windows' own
CPU Usage meter (found on the
Performance page of Task Manager).
Steinberg's Cubase range doesn't actually
measure CPU overhead, but instead times
how long it takes to calculate all the plug-in
and soft-synth contributions in your song, mix them together and use this data to fill one of your audio
interface buffers. If (for instance) you've set your buffer size to 6ms and the calculations required to fill it
take 3ms, then the meter will read 50 percent. Similarly, drive meters measure the time taken to retrieve
the audio data that needs to be sent to your audio interface and compares it with the total available. A
few applications 'hang on' to remaining CPU time, so while their own CPU meter may register a realistic
figure, the Windows one remains permanently at 100 percent.

You can't always rely
on CPU meters to tell
you the whole story.
Here's AAS' String
Studio running as a
stand-alone synth on
a Hyperthreaded
CPU. As you can see, String Studio itself measures an 80.9
percent CPU overhead, while Windows Task Manager
measures just 41 percent. The reason is that only one of the
two processors is being used, Task Manager indicating the
'average' overhead of the two. If you were running String
Studio inside a multi-threaded application such as Cubase
SX, the various soft synths would be more evenly shared
between the two processors.

Interface Issues
Judging by posts on the SOS Forums, quite a few musicians point the finger of blame at their audio
interface when songs run into problems, but apart from occasional driver issues the interface is rarely
the culprit except at low latency. As mentioned in the main text, if you reduce your interface buffer
size below about 12ms your CPU overhead will nearly always rise, and will do so radically below 6ms.
So to rule out your interface from song problems just increase latency to 12ms or above, if only
temporarily.
Nevertheless, some musicians have, over the years, complained that a song they were working on one
evening that played back perfectly won't do so without severe glitching when they load it up the next
morning. Others may find this scenario hard to believe, but a new benchmark is now demonstrating that
this behaviour is indeed possible at low latency with some interfaces (see this issue's PC Notes column
for more details).
If your songs suffer from occasional clicks and pops you should note down when the clicks happen and
what you (and your song) were doing at the time. If the clicks are fairly regular it could be a background
task cutting in, so examine the ones that are running, using Windows' Task Manager, and try
temporarily stopping them, to see if that cures the problem. If clicks only happen on some songs and not
others it could be a rogue plug-in or soft synth. You can temporarily move the contents of your VST
plug-ins folder elsewhere and methodically move them back until the problem recurs. If the clicks seem
totally random, the problem might unfortunately be some incompatibility between your audio interface
and another hardware component in your PC, so try searching on-line audio forums for anyone suffering
from similar problems.
Published in SOS July 2006
Sound On Sound - July 2006 156 of 178
Refining Rhythm In Reason
Click & Buy PDF
Reason Notes & Technique
Published in SOS July 2006
Technique : Reason Notes

Last month we took a look at some basic applications of the
Redrum module in Reason drum programming. Now it's time to
move on to more sophisticated techniques for your rhythm
parts.
Simon Price
In last month's Reason workshop feature, we looked at the
Redrum drum machine, its built-in step sequencer, and how to
build drum arrangements by chaining patterns together. At the
end of the process, we converted the whole arrangement into
individual note events in the sequencer, using the Convert
Pattern Track to Notes command. This time, we'll look at some
of the ways in which this data can be manipulated. The same
techniques also work with drum tracks created using the NNXT
sampler.
Firstly, why bother getting into all this when you've got the
perfectly adequate pattern sequencer inside Redrum? There are
several answers to that question. Firstly, if you want to make
small alterations to data in some places and not others, it may
be more practical to do it with individual notes than to create a new pattern and slot it into the
pattern track. Also, when you use Reason's traditional 'linear' sequencer in its Arrange View
(all tracks showing), it's much easier to see what's going on in drum tracks if they contain
notes rather than patterns (although you can have both). A more musical consideration is that
Redrum patterns only allow three velocity levels per sample, so if you need anything subtler
or more expressive than this, you need to use notes. Also, while the pattern sequencer can
have its timing shuffled, if you want to groove-quantise the drums, or do anything that's not
strictly grid-based, patterns don't cut it. Finally, there are other instruments in Reason that can
be used for drums and percussion, in particular the NNXT sampler, and using the linear
sequencer will allow you proper access to these.

Arrangement Groups
Before getting down to the nitty-gritty, let's have a look at
how arranging drum tracks as notes differs from using
patterns. The first screen opposite shows an arrangement
in the sequencer Arrange View. The top track is the drum
part I discussed last month, which we converted to notes
using the Convert Pattern Track to Notes command
(under the sequencer's Edit menu). The track is divided
into coloured blocks, called Groups. Groups act as single
objects, so are easier to deal with than big clusters of individual notes. (They're useful in
many situations besides drum programming: see the 'Get Into Groups' box for more details.) If
you record drums in as notes using the keyboard, there will be no automatic Grouping on the
track, and you'll just see a series of red lines, as in the 'Combinator 2' track in the screenshot.
The reason why our drum track is nicely grouped is that when you use the Convert Pattern
Track to Notes command, Reason cleverly places Groups where each pattern was in the
pattern track. What's more, each instance of the same pattern will become a group with the
same colour. In the regions where we used an empty pattern to drop the drums out entirely,
no Group is created. For large-scale arrangement changes, you can pick up and move, or
copy and paste Groups.
The second screen (above) shows what you see after double-clicking the first Group in the
track, to open the Edit View. A useful feature of Reason's sequencer is that it remembers the
display settings you've set up in each of the two views (Arrange and Edit). These settings


The notes created by the 'Convert
Pattern Track To Notes' function are
arranged into colour-coded edit groups.
Sound On Sound - July 2006 157 of 178
include zoom factors and which of the data 'lanes' are displayed. In the screenshot, the piano-
roll (notes) view and the velocity view are showing.

Check Out This Groove
With all the notes selected, this is a good time to try some
groove quantising. I like to do this in the piano-roll view,
as it's then easy to see the results of quantising. Choose
a groove from the pop-up menu in the sequencer's tool
bar (see the bottom screenshot overleaf). There are three
preset Grooves, plus Shuffle and the User groove. (Note
that if you had Shuffle enabled on Redrum when you
converted the pattern to notes, the shuffle will already
have been written into the sequence.)
The User groove is a clipboard that temporarily stores a groove template that has been
created elsewhere in the song. This has been discussed before in these pages, but is worth a
recap, as it is one of the most powerful ways to make different tracks in a song sit well
together. You first select a sequence of notes from any instrument, then choose Get User
Groove, from the Edit menu. Reason will analyse the selection and create a groove template
based on how the selected sequence deviates from the grid. The selection must therefore
have some rhythmic feel to it, or your User Groove will be no different to a regular grid
quantise. Normally, you would select one or two bars from the performance you want to
'sample'. A common trick we've mentioned before is to find a REX loop that has a groove you
like and use the Copy to Track command to create notes in the sequencer from it. You can
then use 'Get User Groove' on these notes and apply it to your other tracks, instantly forcing
the components of your song to gel together rhythmically.
Getting back to our selection of notes, now that you've
chosen your quantise type, choose a percentage from the
pop-up to the right. If your drum sequence came from a
Redrum pattern, this value determines how far the hits
will be moved away from the grid. If you recorded the
drums directly into the sequencer, the quantise
percentage controls how far notes are moved from where
they were recorded towards the groove template. Most
grooves tend not to affect notes that fall on the beat, so
applying groove quantise to a MIDI recording will tend to
tighten up the timing, as well as introducing the groove.
However, if your timing was quite sloppy, you can first
apply a grid quantise (typically using the 1/16 setting), and then apply the groove quantise
afterwards. Once you're happy with the results of your quantising, you can switch back to the
Arrange View (click the first button in the sequencer's toolbar) and apply it to the rest of the
track.

Get Into Groups
Groups are commonly seen in the Reason sequencer as a result of using the 'To Track' button in the Dr
Rex loop player, but they can be used freely in any track and make arranging in Reason much easier.
To create a Group, select a range of notes in any sequencer track and press Command-G (Mac) or Ctrl-
G (Windows), or choose Group from the Edit menu. The selected area will become a coloured 'brick'
that can be moved and edited as a single object. Different Groups are coloured differently, but Groups
with identical contents are automatically assigned the same colour. Double-clicking a Group opens the
Edit View, with the Group's contents selected and placed at the start of the viewable area. If you trim a
Group by clicking at its edge and dragging, the bounds of the Group will be extended. This does not
affect the contents, it merely extends the Group to encompass more adjacent notes. If there is another
Group adjacent to the first, this will automatically be shrunk, as groups cannot overlap. Multiple Groups
can be combined by selecting them and choosing Edit / Group again, or you can extend the first group
until it encompasses all the others. You can also edit the boundaries of a Group with the Pencil tool.


Double-clicking a group in the Arrange
View switches you to Edit View.

Our drum track as viewed in the
sequencer's Drum Lane. The Velocity
Lane reveals Redrum's Soft, Medium
and Hard velocities.
Sound On Sound - July 2006 158 of 178

Editing Notes
There's much more you can do to your drum tracks in the sequencer
in fact, your preference may be to start work here, drawing in notes on
the grid. Notes can be added, moved, deleted and extended, and may
have their velocity altered. In the previous example, we worked in the
piano-roll, or 'Key Lane' view. There's also a Drum Lane, as shown in
the screen above. The data displayed here is exactly the same as in
the piano-roll, except that only the 10 Redrum notes are shown, and
the note order is inverted i.e the channels run top to bottom. If you're
working with drums in an NNXT sampler, the Drum Lane shows all 128
notes, simply labelled Note #1, Note #2, and so on.
To add a note on the Drum Lane or Key Lane, use the Pencil tool. The
best method is to stay in Selection tool mode and hold down the
Command key (Mac) or Alt key (Windows) to temporarily access the
Pencil. This is because you can't delete notes with the Pencil tool, and
if you're experimenting with a pattern you'll want to add and remove
notes on the grid quickly. You should have Snap mode active, and
mostly likely set to restrict your drawing to 1/16ths. If you click in the
grid, a note 1/16th long will then be created; however, if you need to create longer notes you
can click and drag. To create notes whose length is not restricted to multiples of the grid, hold
down the Shift key. The initial placement of the note will still snap to the grid, but you can drag
it to any length. If you need to remind yourself which note plays which sample, click the name
of the note if you're in the Drum Lane, or click the keyboard graphic if you're in the Key Lane.

Drum tracks created by
step sequencing can
be 'humanised' with a
little groove quantising.
Sound On Sound - July 2006 159 of 178

The 'Converted Notes' Sustain Problem
Reason is very clever in the way it creates note sequences from pattern
sequences and groups the patterns, but there is one problem that can
occur when you do this. The screenshots in this article reveal that the
notes created by converted patterns are very short. This is fine, except
for notes sourced from any channels in Redrum that have their
Gate/Decay switch set to Gate (see picture). When played from the
sequencer, channels in Gate mode only sound for as long as the note
triggering them is held. This means that they will be short and clipped off
after you convert patterns to notes. In some cases, you may just want to
switch the channels to Decay mode and set an appropriate Length. If
that doesn't sound right, the solution is to select all the notes in the
sequencer that trigger the problematic channel and extend them.

The two-position
switch (centre right
of the channel) sets
Gate (top) or Decay
mode for the sound
going through that
channel. The
choice of position
may be significant
when a pattern is
converted to notes.

Velocity Editing
If your drum track started life as a Redrum pattern, the Velocity Lane will look something like
the one in the top screen on the previous page, with most drums' velocities hard-quantised to
just three values. Some variation in velocity will greatly enhance the feel of your drum
programming. Velocity has an even greater effect on the NNXT-based acoustic drums, which
respond differently to different velocities. Velocities are edited using the Pencil tool, or you
can use the Line Drawing tool to set several notes to the same velocity or create crescendo or
diminuendo effects.
Looking again at the top screen on the previous page,
you may spot a problem: how can you change the
velocity of the first kick drum when there are three other
hits at that point, all with their velocity bars on top of one
another? If you draw a velocity value at this point with the
Pencil tool, all four hits will be affected. What you must do
is click the note you want in the drum lane, which brings
its velocity bar to the front, then hold down Shift while
drawing in the value. This works across a range of notes
too. For example, you might wish to introduce some
velocity variation across all the hi-hat hits. To do this, first
select all the hi-hats in the Drum Lane (or Key Lane). Now, while holding Shift, draw across
the Velocity Lane with the Pencil tool, and each hi-hat that you pass over will be set to the
Pencil's position (see screen above). As long as you keep using the Shift key, you will be able
to make further changes to any of the hi-hats until you have the sound you want.

Here, the Pencil tool has been used to
add some velocity variation to the hi-hat
part.
Sound On Sound - July 2006 160 of 178


Reason News
Free Refills: Line 6 are offering free 'Refills of the Month' at www.line6.com. A new download will be added
each month for the rest of the year. The Refills are 'lite' versions and compilations of commercial Refills, and
are each about 60-70Mb in size.
Props On Tour: Propellerheads are taking Reason on tour around Britain and Ireland. The nine-date tour
will stop at Sound Control stores in England and Scotland and at the London Calling exhibition and conference
at Earls Court, before crossing the Irish Sea to Dublin. There are sure to be great give-aways at each event!
Dates are as follows: 28th June, Sound Control, Bristol, 12-8pm (+44 (0)117 934 9955); 29th-30th June,
London Calling at Earls Court, London; 1st July, Sound Control, London, 10-4pm (+44 (0)207 631 4200); 3rd
July, Sound Control, Leeds, 12-8pm (+44 (0)113 242 6601); 4th July, Sound Control, Newcastle, 12-8pm (+44
(0)191 232 4175); 5th July, Sound Control, Edinburgh, 12-8pm (+44 (0)131 229 8211); 6th-7th July Dublin,
Ireland (visit the www.futuresounds.ie web site for full details).

Final Flourishes
Once you've reached the point where your drum track has been fine-tuned and arranged, you
may want to add fills, cymbal crashes and other points of interest throughout your song. It's
much easier to do that at this stage than trying to account for it all from the beginning, when
you don't know exactly how the arrangement for your song is going to turn out. The easiest
method is to play through the song a few times and play along with your Redrum or NNXT,
controlled from your keyboard or pads. When you know what you want, you can drop in and
record. There are two options here.
First, you could record on to the existing drum track. If you do this, make sure you have the
record mode set to Overdub (not Replace) in the transport bar. The other method is to use a
separate sequencer track, which is safer and will make it easier to locate and edit your new
additions. Choose Create / Sequencer Track, and name the new track 'Fills' or 'Extras', or
whatever. Then, in the 'Out' column in the sequencer, choose the Redrum or NNXT and you
have an extra track controlling the same device as your main drum sequence.
Published in SOS July 2006
Sound On Sound - July 2006 161 of 178
Region Looping In Pro Tools 7
Click & Buy PDF
Pro Tools Notes & Technique
Published in SOS July 2006
Technique : Pro Tools Notes

When your project includes repeated MIDI or audio parts, the
new Region Looping tools in Pro Tools 7 enable you to work
faster and with greater flexibility.
Mike Thornton
In this month's Pro Tools workshop, we are going to look
at a new feature in Pro Tools 7: Region Looping. Whether
I am working in 'post' mode or 'music' mode, I often need
to fill a gap between two sections. In previous versions of
Pro Tools, I would first create a Region to loop, and then
use the Duplicate command from the Edit menu
(Command / Ctrl+D) to add extra copies until the hole
was filled. Region Looping takes this process and makes
it so much easier, whilst enabling lots of additional
options.
You can consider a Looped Region as consisting of a
master loop with a number of 'aliases' that follow it.
Nothing special about that, you might say isn't that in
effect what the Duplicate command does? Not quite. For
one thing, the aliases created using Region Looping
automatically change to reflect any modifications made to
the master loop. Region Looping also brings in another
new Pro Tools 7 feature Region Grouping in such a
way that the master and aliases work together as one
region. Finally, automation attached to a Looped Region doesn't get repeated, as would
happen with the Duplicate command.
Every instance of a Looped Region displays the Loop icon in the bottom right-hand corner so
that you know it is not a simple duplicate of the original.

Looping The Loop



Using the Duplicate command to copy
a Region creates lots of independent
Regions, and copies any automation
that was attached to the original
(above). The new alternative in Pro
Tools 7 is Looped Regions (below),
which display a loop icon in the bottom
right-hand corner.

Sound On Sound - July 2006 162 of 178
To create Looped Regions, first select an audio or MIDI
Region, then choose the Loop option from the Region
menu or press Command+Alt+L (Windows: Ctrl+Alt+L).
The Region Looping dialogue box will open, with three
options available.
If you choose the Number of Loops option, you can
simply enter the number of times you want the Region to
be looped. The other options are designed to provide
ways for Pro Tools to do the maths when it comes to
working out how many times the Region needs to be
looped to fit into your Session. Loop Length allows you to
enter the duration required in the format of the main
timebase ruler (in this screenshot, Minutes & Seconds).
Note that if the duration is not an exact multiple of the loop length then the last alias will not
be complete. Alternatively, the 'Loop Until End of Session or Next Region' option repeats the
selected Region until another Region on that track is reached, or until the end of the Session
if there are no further Regions on the track. Again, the last alias will be a fragment unless the
gap is an exact multiple, in length, of the Region being looped.
If desired, you can also select the Enable Crossfade option which will create a crossfade at
each loop point. To do this click the Settings button and set the crossfades as required,
before clicking the OK button to return to the Region Looping window. Finally, click the OK
button in the Region Looping window and Pro Tools will create the appropriate loops.
You can loop multiple Regions across several tracks: simply select all the Regions you want
to loop and then run the Region Looping command as above. Region Looping also works with
Region Groups as well, but if you select more than one ungrouped Region on the same track,
Pro Tools will only loop the last region.

Unlooping The Loop
Just as it is possible to ungroup Region Groups, so it is
possible to unloop Region Loops. Select your Looped
Region and choose the Unloop option from the Region
menu to see the Unloop Regions dialogue box, where
you can choose from two options. Remove simply deletes
all the aliases, leaving you with just the original 'master'
loop. Flatten retains all of the aliases, but converts them
to conventional Regions in their own right in other words, what you would have had if you'd
used the Duplicate command to create all those Regions in the first place. If you want to
unloop and ungroup a Looped Region Group, you can use the Ungroup All option in the
Region menu.

Editing Region Loops
Looped Regions can be edited as a group or individually.
Single-clicking with the Grabber or double-clicking with
the Selector tool anywhere on the Region Loop will select
the whole group. Now you can move the group to the
desired location with the Grabber. To select an individual
loop within the group, you can use the Smart tool: as you
hover close to the loop icon you will see that the cursor
changes to the loop icon, and a single-click will select that
loop. If you are using the Selector tool, hover over the
loop icon and wait for the cursor to change to a 'loop and
selector' icon, then click and drag left until Pro Tools
highlights the individual loop.




Multiple Regions on separate tracks
can be looped.
Sound On Sound - July 2006 163 of 178
The normal tab feature where the Tab key on the keyboard moves the cursor to the next
Region boundary to the right works differently in Region Loops. The conventional tab feature
treats a Region Loop as one complete Region, so using the Tab key will make the cursor go
the end of the Region Loop, missing out all the individual loops. However, when Tab to
Transient is enabled, it will still function within a Region
Loop.
Using the Trim tool in the conventional way will trim the
Region Loop as if it was one single Region, cutting the
block of loops to the desired length and leaving a
fragment of a loop at the end if needs be holding down
the Ctrl key (Mac) or the Start key (Windows) forces the
Trim tool to trim only to the nearest Region boundary
within the loop, so leaving no fragment at the end. Using
the TCE Trimmer will produce a single consolidated
Region rather than a master plus aliases.
Alternatively, you can trim every individual Looped
Region within the group (it is not possible to change the length of just one of the Regions
without flattening the loop first). Select the Trim tool (this doesn't work with the Smart tool
enabled) and hover over the loop icon on one of the Regions. You will see that the cursor
changes to an icon combining the loop and trim icons, and now you can adjust the length of
the individual Region. Note too that the number of repetitions will automatically be increased
or decreased such that the total length of the Region
Loop stays the same.
You can also use the Trim to Fill feature to extend a
Looped Region to fill an available 'hole'. Use the Selector
tool to make a selection that includes some or all of the
Looped Region, choose Trim Region from the Edit menu
and in this case select End to Fill. Pro Tools will add loop
aliases to fill the hole rather than the exact space you've
highlighted. If the hole is before rather than after the
Looped Region, Pro Tools will move the original loop
back and put the aliases after it, so that the original
'master' Region is always the first loop in the Looped
Region.

Automation And Region Loops
As I said earlier, automation doesn't get copied when you use the Region Loop command. If
you want the automation to be repeated, you need to use the Copy Special and Paste Special
commands from the Edit menu. Select the source Region, which will contain the automation,
and use Copy Special from the Edit menu. Then select the Region Loop, ready to paste the
automation, and use the Paste Special Repeat to Fill Selection command. This will paste
the automation over the complete Region Loop.
Published in SOS July 2006

If you hover the Smart tool over its loop
icon, you can select an individual
Region within a loop.


Trimming an individual Region within
the loop changes the length of all the
Regions. Pro Tools will also add or
remove additional Regions so that the
loop is still the same length.
Sound On Sound - July 2006 164 of 178
Using Automation in Cubase SX
Click & Buy PDF
Cubase Notes & Workshop
Published in SOS July 2006
Technique : Cubase Notes

This month we continue to explore Cubase's automation
features with a look at the different modes available to SX
users, and the issues you'll face when using automation and
MIDI Controller data on MIDI Tracks.
Mark Wherry
In last month's Cubase workshop we looked at how to
write automation data on a track. By default, Cubase
writes automation data in a mode that's known as 'Touch
Fader' in Cubase speak. This basically means that
Cubase will write automation data (when in write mode) at
any time you're touching the fader, even if you aren't
actually moving the fader, overwriting any pre-existing
automation data for the parameter being 'touched'.
Obviously it's not actually possible to 'touch' an onscreen
control, so if you're using a mouse, 'touch' means to click
and hold an onscreen control without releasing the mouse
button. However, if you're using a hardware control
surface with Cubase that offers touch-sensitive controls,
'touch' literally means touch.

The ARTful Dodger
In Cubase SX and SL, Touch Fader automation is used in
conjunction with the Automation Return Time setting,
which is part of the Automation Mode toolbar on the
Project window. If you can't see this setting, right-click on
the Project window's toolbar and make sure Automation
Mode is checked. The Automation Return Time (ART) is
the time it takes from when you stop overwriting
automation data for the value of the parameter to return
to the value of the next Automation Event of that same
parameter, and can be between one and 2000ms.
For example, say you have automation data written for
volume that keeps the level roughly at 0dB and you overwrite this with a fade-out in one part
of the track. If the ART setting is 1000ms and you release the fader at around -64dB, Cubase
will automatically write automation data so that the channel smoothly returns to the level of
the pre-existing automation data (from -64 to 0dB) over a period of a second. This prevents
the volume suddenly jumping from -64dB to 0dB, which would happen if there was no ART
feature, or if the ART was very short.
In Cubase SL (and SE), Touch Fader is the only way in which automation can be written, but
Cubase SX users have four other modes available to them: Autolatch, X-Over, Overwrite, and
Trim.
In Autolatch mode, as with Touch Fader, Automation Events are recorded (overwriting
existing data) from the minute you 'touch' a parameter. However, in this mode Automation
Events will continue to be recorded once you have released the parameter and until you
stop the transport.


In these two screens you can see a
second pass of automation data being
recorded on top of a previous pass
where the level is higher during the
second pass than the first. In the first
screen the Automation Return Time
(ART) parameter is set to 100ms, while
in the second screen ART is set to
1000ms: notice the how this affects
how Cubase joins the point between
the two automation passes.
Sound On Sound - July 2006 165 of 178
X-Over is similar to Autolatch mode, except that once the parameter you're automating is
released, Cubase will stop recording Automation Events as soon as existing Events are
encountered on the track.
Overwrite mode is again similar to Autolatch mode,
with two exceptions: firstly, Overwrite mode only works
with Volume Automation Events, and, secondly,
Automation Events are recorded (overwriting existing
data) the instant the transport is running, until you stop
the transport.
Finally, Trim mode, like Overwrite, also only works with
Volume Events; but rather than writing completely new
Automation Events it allows you to proportionally adjust
existing volume automation data. When you start the
transport running in Trim mode, the volume fader moves
to a central position where moving the fader up
increases the level of all Volume Events relative to each
other before the Project Cursor, and moving the fader
down decreases the level of all Volume Events ahead of the Cursor.
Usefully, you can also use the Trim mode offline as well. With Write Automation enabled on a
given track, selecting Trim mode and moving the volume fader for that track will trim all the
Volume Automation Events on that track between the Left and Right Locators. The last part of
that sentence is the most crucial, as it's easy to forget to set the Locators appropriately,
although it is really neat to be able to trim certain sections of a track by setting the Locators to
specific locations. To ensure you're trimming all the Automation Events on the track,
right/Control-click in the Volume Automation track and choose 'Select All Events', followed by
'Transport / Locators to Selection', which will set the Locators to encompass all of the Volume
Automation Events on the track.

The Automation Mode pop-up menu in
Cubase SX enables you to select
different modes to use when writing
automation data.
Sound On Sound - July 2006 166 of 178

Editing Automation Events In The Project Browser
In addition to using Automation
tracks (and sub-tracks) to edit
Automation Events graphically, it's
also possible to edit this information
numerically in Cubase's Project
Browser window, which you can
open by choosing Project / Browser
or pressing Control/Command-B. In
the Project Structure list, select the
track containing automation data
you want to edit and click the
triangle beside it to reveal an Automation sub-folder, which has an entry for each of the Automation
tracks (or sub-tracks) used for that track. Selecting the appropriate Automation track in the Project
Structure list will display all the Automation Events for that track in the main Event Display area, where
you can edit the Position or Value of Automation Events.

The Project Browser
provides a numerical way to
edit Automation Events.
Here you can see Volume
Automation Events for an
audio track represented on
both an Automation Sub-
track in the Project window
and in the Project Browser.

MIDI Automation
In the examples discussed in last month's Cubase workshop, we were looking at automating
parameters on audio-based tracks; but it's also possible to read, write and edit automation
data for parameters on MIDI-based tracks in exactly the same way, via a track's [R] Read and
[W] Write buttons, along with the Automation sub-tracks. The parameters that can be
automated for MIDI-based tracks include Volume, Pan, Mute, the Send and Insert Enables
(along with the controls for any MIDI Insert plug-ins you might be using), and most of the
controls from the Track Parameters Section (including a global on/off toggle), such as
Transpose, Velocity Shift, and the Random and Range settings.
Being able to automate some of these parameters might not
seem especially useful at a first glance, but being able to
automate pitch- and velocity-modulating parameters such as
Transpose and Velocity Shift can lead to some interesting
creative ideas. Back in the Cubase VST days, for example, I
was once asked to hack together a makeshift transpose fader to
add variation to some taiko samples. Because the taiko samples
were laid out on the keyboard with a different (but similar drum)
sound assigned to each pitch, you could take some very basic
rhythmic patterns and move the transpose fader to create more
complex, varying patterns. This would work especially well with
fast, straight patterns, and is effective when there are random
notes on the keyboard that have no sample assigned, so as to
create gaps. Creating these types of effects is now much easier
in Cubase SX with the ability to automate a track's Transpose
parameter.
Standard MIDI Controllers can also be added as Automation Parameters, but this where
things can get a little complicated because working with Controller data as Automation Events
is completely separate to working with Controller data as MIDI Events in one of the editor
windows, such as the Controller Lanes in the Key editor. This is a problem because both
types of data can co-exist and produce conflicting results that are confusing for the user and
for Cubase.
If you're not completely sure what I'm talking about, let's consider the Volume parameter as
an example: when you move the volume fader on a MIDI track in Cubase, the program will
send MIDI Controller 7 (Volume) data to the appropriate MIDI device. To save the conflict of
two automation parameters producing the same data, you'll notice that Controller 7 isn't
available from the Add Parameters window, since it's effectively the same as the track's
Volume parameter. But what if you have Controller 7 data programmed in your MIDI Parts
and you have recorded volume automation data on the MIDI Track as well?

The Add
Parameter
window for a
MIDI track
shows which
parameters can
be automated.
Parameters for
MIDI Insert
plug-ins will
also appear
here for any
Insert plug-ins
you're using on
a MIDI track.
Sound On Sound - July 2006 167 of 178

Multiple Track Trickery
When you have multiple adjacent tracks in the Track List that you need to rename (such as after adding
several MIDI tracks via the 'Add Multiple Tracks' command), renaming each one individually can be a
real pain. Fortunately, there's a quicker way of carrying out this task: double-click the name of the first
track you want to change and type in the new name as normal, but instead of pressing Return (or
clicking outside the text field) to exit, you can simply press Tab to jump to the next track's name in the
List, or press Shift-Tab to move to the previous track's name.
When you have finished renaming tracks, press Return or click outside the text field to exit as normal.
The track that was selected when you started renaming tracks will still be the track that's selected in the
Track List.

MIDI Controllers Vs. Automation
To take a worst-case scenario, imagine you have MIDI Controller 7 data recorded that
represents a fade-out over two-bars. What would happen if you had Track Volume
Automation Events in the same two-bar period that were performing a fade-in? On playback,
the MIDI output of the track would contain both the MIDI Controller 7 fade-out data, and the
Automation Events, which Cubase would also translate into MIDI Controller 7 data. Because
we can have two sets of volume data represented in two completely different ways, that end
up sending the same type of message to our MIDI device (be it an external or VST-based
instrument), the result is completely garbled.
One easy solution is to only use one area of Cubase to work with MIDI Controller data: either
work with this data as Automation Events or MIDI Events. However, the problem here is that if
you choose Automation Events, you can only work with the data on the Project window, and if
you choose MIDI Events you can work in one of the MIDI editor windows. Since both sets of
tools have advantages and disadvantages, it's no wonder that users naturally gravitate
towards mixing and matching to get the best of both worlds, which leads to the type of
conflicts described earlier.
In terms of volume, one good approach is to think about
how, in a musical sense, track-based automation is used
compared to how MIDI Controllers are used. Track-based
automation is intended, at the most basic level, to record
the movements of Cubase's internal mixer. While MIDI
Controllers can and have been used to remotely control
mixers, they also have a second purpose, which is to
provide articulation data for a MIDI instrument. By
articulation data, I mean parameters such as modulation,
or even volume in the dynamic sense, such as when you
record MIDI Controllers to mimic the way someone would
produce louder and softer tones while playing an
instrument. In this case, we're talking about a
performance and not a mix parameter.
The good news is that when the list of MIDI Controllers was drawn up, somebody was
obviously thinking about this problem. One Controller often forgotten is Expression (despite
the fact that most instruments, hard and soft, support it), which is basically a volume fader
that sits before the regular MIDI Controller 7 volume fader. This means you can record your
dynamic volume as Expression MIDI Controller data and leave Cubase's track-based volume
control as a trim for the output of that channel. You can have two different types of volume
data playing back at the same time without interfering with each other.
The above workaround is obviously only suitable for avoiding volume conflicts, and right now
there isn't a really good workaround for other types of MIDI Controller data. On the plus side,
though, a command called 'Extract MIDI Automation' was added in SX 3 that allows you to
convert Controller data represented as MIDI Events in MIDI Parts into track-based
Automation Events. To use this command, simply select the MIDI Part (or Parts) in question,
choose MIDI / Functions / Extract MIDI Automation, and MIDI controller data will be converted
into automation data.

Here you can see MIDI Controller 7
(Volume) data represented by the
vertical lines in the MIDI Part, with
Volume Automation Events recorded
over the same period of time. When
played back, both sets of data send
MIDI Controller 7 to the MIDI device,
which produces a rather unintelligible
result.
Sound On Sound - July 2006 168 of 178

Last But Not Least
A final Preference that's handy if you use a hardware MIDI controller for recording Controller
data is 'MIDI Controller Input to Automation Tracks', which is found on the MIDI page in the
Preferences window. When this is disabled, MIDI Controller data is recorded as normal (if
you're in record mode), as MIDI Events in MIDI Parts; but when it's enabled, incoming
Controller data remotely controls automation parameters on the selected MIDI track instead.
In this mode, you can record Controller data and some track parameters (volume and pan) as
Automation Events in the same way you would normally write automation data, but using your
regular MIDI hardware controller. However, note that this only works with MIDI tracks (you
can't write volume data for a selected audio channel in this way, unfortunately), as the
purpose of the feature is to prevent you from recording Controller data as both MIDI and
Automation Events.
Understanding automation can greatly improve the quality of mixes produced entirely in
Cubase, and, once you've got the hang of it, you'll start to see why hardware control surfaces
are so useful. Although they don't actually add anything sonically to your work, one area
where they really are useful is writing automation data especially if they have touch-
sensitive controls. Stay tuned for more about this in a forthcoming Cubase workshop
article.
Published in SOS July 2006
Sound On Sound - July 2006 169 of 178
Using Virtual Instruments In Ableton Live
Click & Buy PDF
Ableton Live Notes & Technique
Published in SOS July 2006
Technique : Ableton Live Notes

When Ableton added MIDI support to Live, they also added
virtual instrument support - this month we look at how to take
full advantage of software synths within Live.
Craig Anderton
One of Live's more appealing aspects is how it has
managed to add increased functionality while retaining
the simple, yet clever, operational paradigm that was its
initial source of appeal. It's understandable that when
Live 4 added MIDI, the 'Live faithful' were concerned the
program would veer precariously in the direction of bloat.
Instead, Ableton crafted a seamless MIDI implementation
that added another dimension to the program, including
virtual instruments.
However, Live's virtual instrument implementation
requires an understanding of how signals are routed
within Live, as well as the differences (and similarities)
between MIDI, audio, and instrument tracks. We'll cover
these topics, and more, in this issue's column.
Let's start by covering the simplest way to use a virtual
instrument, then build on that foundation.

Simply Soft Synths
A virtual instrument requires a MIDI track, but once inserted, the track becomes a hybrid
MIDI/audio track. Here's how the process works.
Begin by dragging an instrument from the Live Browser into the Mixer Drop Area. This
automatically creates a MIDI track, inserts the instrument into the MIDI Track View, and
opens up the instrument GUI for editing. An alternate method is to create a MIDI track by
going Insert > Insert MIDI Track, then dragging a VST instrument from the browser into the
track's MIDI Track View.
In the track's upper MIDI From field, select your MIDI controller (which should be enabled in
the Preferences menu) and select the controller channel you want to monitor in the lower
MIDI From field. Typically this will be All Channels, unless you need the instrument to respond
to a specific channel; in this case, choose a specific channel.
Set Monitor to Auto if the track is record-enabled. If it isn't, set monitor to 'In'. 'In' will also work
in Auto mode, but if set to 'In', remember to return the Monitor function to Auto when you want
to play back the track.
With an instrument inserted, the MIDI track accepts MIDI at its input, but outputs audio from
the soft synth's audio output. As a result, you'll need to specify Audio To; usually this will be
the Master Out. However, as we're now dealing with an audio track, the Master Out could
also feed the Sends Only, or the input of another audio track.
Finally, play a few notes on your controller, and you should hear the soft synth play. If not,
check the MIDI setup and the track input and output assignments.


The MIDI track contains a Scale MIDI
effects plug-in, an instance of
Cakewalk's Rapture, and Live's
Saturator audio plug-in at the output.
The MIDI track's Monitor is set to Auto,
so the track needs to be record-
enabled in order to pass the incoming
MIDI data through to the instrument.
Sound On Sound - July 2006 170 of 178
More To The Track Than Meets The Ear
You're not limited to dragging an instrument into a MIDI instrument track. You can drag MIDI
effects into the MIDI Track View prior to the instrument (to the instrument's left), or audio
effects after (to the right of) the instrument.
Also note that the configuration of the track itself
changes automatically, depending on whether you're
recording MIDI data or playing back the instrument
sound. When the track is record-enabled, the meter
shows incoming MIDI velocity. When it's set for
playback, the meter changes into an audio output
meter.

Simultaneous Audio Recording
It's possible to simultaneously record the instrument
output into an audio track as you record the MIDI
data. Sound useless? Well, remember that Live is
about being able to make decisions and changes on
the fly, so consider this: You're using Live in a live
performance, and building up loops over which you can play. You're playing a soft synth via
MIDI, and then plan to switch over to another sound and play that. Of course, you can just
record the sound of the soft synth into an audio track, and be done with it. But if you record
into MIDI and audio simultaneously, you have the option of going with the audio track 'as is',
or tweaking the MIDI track if there are problems, then recording this data through the
instrument, which converts it into audio for the audio track. Once recorded as audio, you can
move on to recording the next MIDI part.
Doing this takes advantage of Live's flexible routing, which you can consider as a sort of
'matrix modulation without the matrix' as you can choose an input from any of several
sources, and send an output to any of several destinations.
It's easy to set up Live for this scenario: first set the input of the MIDI instrument track to
receive input from your MIDI source, record-enable the MIDI track, and set monitor to Auto.
Send the MIDI track output to an audio track and set the audio track's input to monitor the
MIDI instrument track. Record-enable the audio track by control-clicking on its Arm Session
recording button, and set monitor to Auto. Now when you record in Live, you'll be recording
MIDI data into the MIDI track and audio data into the audio track.

The MIDI track has a
USB keyboard chosen
as its input, and is
sending the output to
audio track one. The
audio track is receiving
its input from MIDI track
two, and sending its
audio to the Master out.
As both tracks are
recording simultaneously
(Ctrl-click to enable
multiple record buttons),
both are record-enabled
and Monitor is set to
Auto.

Data is being
recorded via a MIDI
track (four), and
sent to channel
three of the MIDI
track (one)
Sound On Sound - July 2006 171 of 178
There are a few fine points. Because the audio track is monitoring the
MIDI track output, it doesn't really matter where you send the MIDI track's
out it could go to the sends, or even an external out, and you'll still hear
the MIDI instrument through the audio track. Similarly, if you're sending the MIDI instrument
track out to the audio track input, then the audio track input can be set to any input because
it's always going to receive input from the MIDI instrument track.

Let's Get Multitimbral
In case you're wondering why I used Cakewalk's Rapture in the first example, it's because it
has the 'Live mentality'. Rapture has six different 'elements' (basically, voices) that offer lots of
looping and tempo-sync options, and can be set up for multitimbral operation so that each
element receives data over a separate MIDI channel. When loaded into Live, this allows a
variety of MIDI-based looping options that complement the way Live treats digital audio.
Anyway, taking advantage of this requires setting up Live for a multitimbral synth. In this
instance, the 'MIDI + instrument' track becomes a kind of container for the soft synth, and is
fed by multiple MIDI tracks (one for each channel you want to address). As an example, we'll
set up Live to play back three MIDI tracks into Rapture elements one, two, and three, which
are set to those respective channels.
Create the MIDI instrument track, which we'll call track one. I generally set this to No Input to
avoid confusion, as I want to add inputs only from other MIDI tracks and create as many MIDI
tracks as there are multitimbral channels to be driven. In this case, there are three. Set the
input for each of these MIDI tracks as desired.
In each MIDI track's upper MIDI To field, select the track containing the instrument (in this
case, MIDI track one).
In the lower MIDI To field, assign the MIDI output to the desired instrument channel (in this
case channels one, two, and three for the three element channels). Now set the Monitor
switches for the three MIDI tracks to Auto. If you record-enable a track, it will send the
incoming MIDI data to the channel that you have just selected, and of course, you'll also be
able to record this into the sequencer.
Now you can record as desired into the various tracks, and play them all back when
completed into the MIDI Instrument track.

What About Multiple Outputs?
Live can also accommodate instruments with multiple outputs. We'll use the Impulse drum
machine as an example, as it comes with Live and is a cool little instrument anyway. In this
scenario, we'll play the drum sounds from a MIDI controller, and send each Impulse sound to
its own output for individual processing. Here are the
steps required to accomplish this.
containing the
instrument.

Impulse, the drum module included with
Live, provides up to eight individual
Sound On Sound - July 2006 172 of 178
Create a MIDI track.
Set the MIDI From field to whatever will receive your
controller's MIDI output (such as All Ins).
Decide how many individual outputs you want to use, and create an equivalent number of
audio tracks. For example, if you want to assign each of the eight Impulse sounds to an
individual output (and you can indeed do this), you would create eight audio tracks
dedicated to Impulse.
Set each audio track's upper Audio From field to the MIDI track.
Each audio track's lower Audio From field provides a pop-up menu showing Impulse's
individual outputs. Choose the desired output for each track.
In terms of monitoring, you have the usual two options: Record-enable a track and set
Monitor to Auto, or simply have the track monitor the input ('In'). I generally prefer not to
record all the outputs as Audio, but simply monitor the 'In' while recording so I can hear the
results of playing the MIDI part. After the part is recorded, I switch Monitor to Auto.
Of course, when using instruments which have multiple outputs, you need to make sure that
you've assigned sounds properly to output channels within the instrument itself.

Creating Splits & Layers
A basic MIDI function is creating a split, so that a master controller can be divided into
regions, with each region triggering a different sound. The stereotyped application is a bass
sound played by the left hand and a lead sound with the right hand, but splits are good for
special effects as well high 'C' might trigger a special sample, for example.
Thanks to MIDI effects, Live allows setting up as many splits as you like. We'll use the
example of splitting a keyboard so that playing C2 or below plays through one instrument,
while playing C#2 or above plays through a different instrument.
Set up two MIDI tracks with the instruments that will play the two different
sounds. Set each of their MIDI From fields to respond to your MIDI
controller, or to the same MIDI data track.
Drag the Pitch MIDI effect from the Browser into the instrument that's
intended to play C2 and below.
The Pitch effect passes notes in a certain range while rejecting all others.
To edit it the way we want, set the Lowest parameter (the lowest note of
the range) to C-2. Set Range to 48st, which means that the range will
extend 48 semitones above C-2. This places the range's upper note at C2.
Do not adjust the Pitch parameter itself leave it at zero.
As we did before, drag the Pitch MIDI effect from the Browser into the
instrument that's intended to play notes C#2 and above. Set the Lowest
parameter to 'C#2'. For Range, as we want to play anything above C#2,
we can just choose the maximum range of 127st. As before, leave the
Pitch parameter at zero.
And now we have a keyboard split. Note that the Pitch plug-in has a small light below the
Pitch control that glows yellow when the plug-in is receiving a note outside of its specified
range. This is very thoughtful, because if you don't hear anything, you can check here first
and make sure the problem isn't just that you're playing out of the specified range.
audio outputs (one for each drum
sound). This screenshot shows channel
nine feeding Impulse MIDI data, and
each sound appearing over its own
audio track.

The Pitch MIDI
plug-in can be set
up to create
keyboard splits.
Sound On Sound - July 2006 173 of 178
Layering two (or more) synths so that they play together is easy. All you need do is to have
the two MIDI instrument tracks monitor the same MIDI data track at their inputs. And as
expected, you can combine splits and layers by simply creating an overlapping range with the
Pitch plug-in. For example, you could place the highest note of the lower split above the
lowest note of the upper split, thus creating a range where the two sounds overlap.
If you're still using Live strictly as a digital audio-oriented machine, that's all well and good
but you're missing out on a lot. Start by exploring the Impulse and Simpler instruments
included with Live; you might be surprised at how getting MIDI instruments involved can
expand your musical horizons.
Published in SOS July 2006
Sound On Sound - July 2006 174 of 178
What's New In Digital Performer 5
Click & Buy PDF
Digital Performer Notes
Published in SOS July 2006
Technique : Digital Performer Notes

After being extensively trailed at this year's NAMM show and at
Sounds Expo in London, DP5 is finally here. But besides its
shiny new additions, such as the six bundled MAS instruments,
there are some unexpected and intriguing new features that
might just prove to be more useful to some...
Robin Bigwood
When MOTU publicised details of DP5 earlier this year,
there was some grumbling. Various contributors to online
discussion forums and email lists made the point that
they'd be willing to forgo the bundled synths and Track
Folders if only MOTU could make DP more efficient and
banish the processor-spiking issue that had affected
some users under DP 4.5 and 4.6. So it's encouraging to
see that in DP5 we've been given the synths and some
intriguing tweaks to the MOTU Audio System. The latter
seem to have hit the nail on the head when it comes to
improving user experience on a range of Macs.
First of all, DP5 just seems to run better. On my dual
2.0GHz G5 I instantly noticed a lower processor hit when
DP was hosting various virtual instruments. And on my
1GHz G4 Powerbook the spectre of the spiking CPU meter seems to have all but vanished. It
now seems to be possible to push the processor much harder without running into spikes,
with DP's graphic interface remaining comparatively smooth and responsive.
This in itself is a great development, but there's more, especially for those who like to get
'under the hood'. Go Studio menu / Configure Audio System / Configure Studio Settings and
you might get a shock. You can no longer set a Studio size, control how many audio voices
DP has available, or set the rather arcane 'disk read/write size' or 'buffer size per voice'.
Instead, DP itself takes care of all the audio-voice allocation stuff and the user-configurable
aspects of MAS performance are now represented by two rather bizarrely named settings:
'Prime Seconds' and 'Work Quanta'.
Work Quanta is apparently the interval (in milliseconds) at which the MAS engine does its
calculations. Work Quanta is not Buffer Size that's still there in the Configure Hardware
Driver dialogue box and MOTU suggest it should normally be left at its default value of
100, but they also say that increasing it favours audio performance at the expense of
graphical interface smoothness. At its maximum value of 500, I fancied there was a slight
reduction in processor hit for an instrument-heavy sequence I was working on, so it may be
worth experimenting with on your own Mac.

There are some pretty high-profile new
features in DP5, including six rather
good bundled instruments and a fast
and flexible Meter Bridge. However, it's
some of the less flashy and more
unexpected developments that are
receiving a lot of attention.
Sound On Sound - July 2006 175 of 178
Prime Seconds is more mysterious. This setting seems to
control how far ahead DP looks to 'pre-cue' the audio in
your tracks when you locate the playback wiper in a
sequence. Higher values potentially help with processor
spikes that occur shortly after playback begins. But Prime
Seconds also relates to something else new, and more
puzzling still: pre-rendering.
Specific details on this new feature are tantalisingly scant,
but it seems to work like this: when you place a plug-in on
an audio track, dial in some settings and then close the
plug-in's window, DP5 'pre-renders' audio in the track just
ahead of the playback wiper, to sound exactly as though
it was being treated in real time by the plug-in. The
amount that is pre-rendered would seem to be equal to
the Prime Seconds value, and is heard as soon as you
start sequence playback.
What is absolutely not happening is any sort of automated Freeze of entire tracks pre-
rendering only works on a temporary basis and even then only for a couple of seconds worth
of audio. But presumably, by whenever possible cueing up this short amount of audio,
complete with plug-in effects, DP is able to reduce the processor usage associated with
playback (and particularly with starting playback).
Pre-rendering is permanently 'on' in DP5, but the only time you might be made aware of its
presence is if you hear a burst of dry audio as you open and close plug-in windows
apparently, an unavoidable side-effect. It only works on audio tracks, not Aux tracks or
Instrument tracks, and even then not for mono-to-stereo, mono-to-surround or stereo-to-
surround effects. If, for any reason, you don't want a plug-in to use it, you can check a new
'Always Run in Real time' option in the plug-in's mini-menu. There are apparently no
implications for plug-in automation in either case.

Tidy Up With Track Folders
Winning the award for 'easiest new feature to get your head around' are DP5's Track Folders. They are
purely an organisational feature but they make dealing with high track counts and sprawling Sequence
Editor windows much easier. Related tracks (all your backing vocal tracks, or all your virtual instruments,
for example) can be grouped in a Folder and then hidden away inside it by clicking the so-called
'disclosure triangles' that appear in the Tracks window, Sequence Editor and edit windows' Track
Selector Lists. Doing this keeps all your tracks readily available and beautifully organised, but can save
hugely on the amount of screen area your track lists use up. Try this to get started:
In the Tracks window, select a group of tracks for example, MIDI tracks by clicking and dragging over
their track names.
In the Project menu, go down to the new Track Folders sub-menu and choose 'New Track Folder from
Selected Tracks', or hit Shift-Apple-R. The tracks you selected are grouped into a Folder called 'New Folder'.
Alt-click the Folder's name to re-name it, perhaps just 'MIDI tracks' and hit Return to enter this.
Now try clicking its disclosure triangle. The MIDI tracks are folded up inside the Track Folder. Clicking the
triangle reveals them again.
Moving an additional track or tracks into this Folder is easy. In the Tracks window, first make sure that
the Folder is open, then grab a track's move handles (in the 'MVE' column) and drag it on to the Folder.
Moving a track out of a Folder is also easy: grab its move handle and drag it to a position that's outside
the Folder in the track list.
New, empty track Folders can be created by choosing 'New Track Folder', via the Project menu, and
tracks can be dragged into them as described above. If you want to get rid of a Track Folder, choose
'Delete Track Folders' from the same menu, and in the dialogue box that appears click the relevant
Folder or Folders. You can then choose to Delete, which gets rid of the Folder and all the tracks within it,
or Remove, which retains the enclosed tracks.
Working with Track Folders in the Sequence Editor window is very similar, except that tracks there don't
have a ready-made Move handle. Instead, to move them you place your mouse pointer towards the left
edge of their information pane. The pointer should turn into a 'Move' symbol (which is a pair of triangles)
and you can then click and drag.


Perhaps pointing to some reworking of
DP's audio system, MAS, the Configure
Studio Settings dialogue box in DP5
sports some interesting new settings.
Sound On Sound - July 2006 176 of 178

Track Enable/Disable
Also aimed at helping you manage processor usage is a new Enable/Disable option on all
audio, Aux and Instrument Tracks in DP. In the Tracks window, this option appears as a new
column labelled 'ENA' with dots showing that individual tracks are enabled. Clicking one
of these dots causes it to disappear and the track to be disabled. You can also enable and
disable tracks in the Sequence Editor and Mixing Board, by checking or unchecking 'Enable'
in their settings pop-up menus.
Disabling a track is like muting it and then some. A
disabled track takes up zero processing power, no matter
what plug-ins are being used on it, but of course it won't
be heard during playback either. Also, disabling and re-
enabling tracks during playback will cause audible burps
and glitches, as DP reallocates system resources, so that
practice isn't advisable. Nevertheless, this is a useful new
feature, as it means you can keep any number of
processor-intensive audio, Aux and Instrument tracks
available in your project, complete with plug-ins, but
easily take them off-line when they're not needed.
So when might you choose to disable a track? Well, let's say you're working on a sequence
that uses several convolution reverbs and your processor use is running quite high. In a flash
of inspiration, you decide you need to add some tracks with a CPU-intensive virtual
instrument maybe a monster like Arturia's Moog Modular V. To free up resources for this,
you could quickly disable all the reverb tracks, and after bouncing the Moog tracks and
disabling them, re-enable the reverbs to pick up where you left off.

Digital Performer 5 Tips
If you've just upgraded to DP5, don't forget a great new feature
that can easily be overlooked. The Meter Bridge, displayed by
clicking its button in the central pane of the Consolidated
Window, or by hitting Shift-Z, is almost laughably easy to use.
There are buttons for displaying meters for hardware Inputs
and Outputs, DP's Busses, pre-configured audio Bundles, the
outputs of multi-output virtual Instruments and Rewire
channels in use and, last but not least, audio tracks
themselves. The Meter Bridge resizes to fit as best it can into
its window, and buttons at the top left allow you to choose a
linear left-to-right or vertically stacked layout. The width of
meters can be adjusted by clicking and dragging on the
magnifying glass button, and their range adjusted by dragging
either end of the vertical 'Scale' bar.
Also check out the new information-pane resize handle in the
Sequence Editor. Just to the right of a track's settings pop-up
menus is a little group of six dots. Click and drag here to resize the information pane and the pop-up
menus rearrange themselves to fit. With this enhancement, you can have full access to all of a track's
settings in the Sequence Editor, via dedicated pop-up menus, even when the track has been vertically
resized to be quite small.

Some graphical elements in DP5, such
as pop-up menus, have been tidied up
to give a rather smart new appearance.
In the Sequence Editor, the information
panes at the left of each track lane are
now resizeable, so you can choose
how many pop-up menus are displayed
particularly useful when a track's
vertical size is very small.

Bundles Of Joy
DP's established system of defining 'bundles' of audio inputs, outputs and busses is inspired.
It allows you to work with a group of inputs, outputs or busses as if it was an individual entity,
to name it descriptively, and to 'rewire' and reconfigure it when necessary. If you're relatively
new to DP and this sounds like something new and complicated, don't panic! The beauty of
the Bundle system is that you don't have to work with it directly unless you want to: you just
configure the inputs and outputs of audio tracks as normal as you work on a sequence and
DP will do the donkey work. If you want to know more, look at my Performer Notes column

DP5's Tracks window is a little different
to previous versions. As well as some
re-vamped fonts, there's now an Enable
('ENA') option with which tracks can be
enabled or disabled while keeping their
settings and plug-ins in place. Also
seen here are two Track Folders, one
open and one closed.
Sound On Sound - July 2006 177 of 178
from way back in November 2001:
www.soundonsound.com/sos/nov01/articles/performnotes1101.asp.
In DP5, the Bundle concept has been extended into the realm of virtual instruments. Some
users might not notice a difference it's not compulsory to get into the detail of bundles if
you don't want to but if you work much with Reason, Live or virtual instruments with
multiple audio outputs, you might just find the new features invaluable.
With the advent of the new version, DP is much more helpful in handling virtual instruments
that have multi-channel outputs. Take, for example, MOTU's Model 12 drum module that
ships with DP5. By default, all its drum voices are routed to its Main output the output pair
that is set for the Instrument track. But individual drum voices in Model 12 can be routed to
one of six additional Aux outputs instead of the Main output, via their audio-output menus.
Voices routed like this are removed from the Main mix and can be dealt with separately,
allowing you to use entirely different plug-in effects on them, for example. In DP5 this has
become laughably easy to set up, because as soon as you instantiate Model 12 its Aux
outputs (and its two Sends) instantly 'publish' themselves to the mixing environment. They
become available as inputs in audio tracks, via the 'New Stereo [or Mono] Bundle' option in
input pop-up menus.
To see how it works in practice, try the following. You're about to use DP5's new capabilities
to treat a Model 12 snare sound with a reverb, while keeping the rest of the kit completely dry.
1. Instantiate Model 12 on an Instrument track and make sure you give the track a valid
output pair.
2. Load up a standard kit, such as 'Acoustic Kit 1', from the mini-menu in the title-bar of Model
12's window. Then, for the third drum voice from the left (titled 'Snare Cent...'), click where its
information pane says 'MAIN' and choose 'AUX1' instead.
3. In the Project menu, choose Aux Track from the Add Track sub-menu. Switch to the Mixing
Board (Shift-M) or Tracks window (Shift-T) and locate this new Aux Track you've just created.
Configure it with a valid audio output and then for its input choose New Stereo Bundle and
scroll down the (potentially long) list of inputs until you find 'Model 12-1 7-8'. This should be
amongst a group of Model 12 inputs running from 'Model 12-1 3-4' to 'Model 12-1 17-18'.
4. On your new Aux Track, instantiate your reverb plug-in of choice and set it up as you wish.
5. Play Model 12 and you should find that all the drums except your snare remain dry,
reaching DP's mixing environment via Model 12's main outs. But your snare is handled by the
Aux Track, having been routed using an Instrument Bundle.
Sound On Sound - July 2006 178 of 178

In the example above, in step three you chose 'Model 12-1 7-8'? But why? What do the
numbers mean? First of all, 'Model 12' is obviously the name of the virtual instrument you're
setting up. The '-1' bit indicates that you're working with the first Model 12 instantiated in your
sequence. Instantiate another one, on another Instrument track, and you'd be able to choose
'Model 12-2' if you wanted to. And the '7-8'? To understand this, you need to think about how
many outputs a Model 12 has in total. There's a main stereo out (two channels), six stereo
aux outs (12 channels) and two stereo sends (four channels). That's 18 outputs in total. The
numbering goes like this:
Model 12 Output Numbering In Input Pop-ups
Main Out Doesn't appear as an input!
Send 1 3-4
Send 2 5-6
Aux 1 7-8
Aux 2 9-10
Aux 3 11-12
Aux 4 13-14
Aux 5 15-16
Aux 6 17-18
It's a shame that users have to deal with a numbering scheme like this, rather than choosing
from a more descriptive list of names, but it's not that hard to get to grips with. Furthermore, it
provides a flexible scheme for dealing with any virtual instrument in MAS or Audio Unit
format that has multiple outputs. I've tested all the ones I own and it works perfectly.
Published in SOS July 2006