R&S®GX410


Radiomonitoring & Radiolocation

Product Brochure | 03.00

R&S®AMLAB Signal
­Analysis Software
Analysis of unknown or
complex signal scenarios
R&S®GX410 Key facts
❙❙ Digital IF (complex baseband) signal snapshot processing
in connection with the R&S®GX400 sensor group,

R&S®AMLAB Signal delivering a bandwidth of up to 20 MHz (HF and VHF/UHF)

and unlimited bandwidth from other sources
(e.g. R&S®AMREC or WAV format)

­Analysis Software ❙❙ Signal extraction from the wideband signal record using
digital downconversion (DDC)
❙❙ Time and frequency domain signal analysis for

At a glance determining technical parameters

❙❙ Automatic recognition of modulation parameters
including bit stream classification
❙❙ Comprehensive library of demodulators and decoders
The R&S®GX410 is a system for the technical analy- ❙❙ Online recombination of frequency-agile short-time
sis of unknown or complex signal scenarios. It pro- emissions (hoppers)
❙❙ Analog IF output
vides solutions for conventional fixed-frequency
emissions as well as for the investigation of burst
transmissions and frequency-hopping (FH) radios.

R&S®GX410 with ­recommended

R&S®AMLAB workstation.

2
R&S®GX410 Automatic signal d
­results
­ etection for fast and reliable

❙❙ Wideband signal ­sample ­investigation

R&S®AMLAB Signal ❙❙ Detected emissions listed in a table and ­highlighted in

the spectrogram
▷▷ page 8

­Analysis Software Assisting the user by ­automatic classification,

­demodulation and decoding

Benefits and ❙❙ Powerful R&S®AMMOS classification unit

❙❙ Segmentation and modulation analysis
❙❙ Comprehensive library of demodulators and d
­ ecoders

key features ▷▷ page 9

Detailed manual modulation analysis

❙❙ In-depth modulation analysis with measurement ­cursors
Graphical user interface for controlling all in zoomable spectrogram
­analysis functions ❙❙ Using automatic and manual measurement ­together
❙❙ Spectrogram showing an overview of the complete ▷▷ page 10
signal sample
❙❙ Time domain analysis for selected emissions Analysis of short-time signals
❙❙ Case-sensitive controls for the R&S®GX410 processing ❙❙ Automatic detection algorithm
steps (signal acquisition, detectors, demodulators, ❙❙ Identifying different kinds of emitters in a ­complex
decoders, etc.) ­scenario
❙❙ Navigation center showing all signal samples and ❙❙ Evaluation of detected emissions for short-time signals
calculated analysis results ▷▷ page 12
▷▷ page 4
Online recombination of frequency-agile
Large variety of sources for signal acquisition short‑time emissions (hoppers)
❙❙ Processing of recorded digital signal data ❙❙ Realtime technical analysis using R&S®GX413OR
❙❙ Signals provided by sensors ❙❙ Combined input from several ­receivers
❙❙ Calculation of signal-adapted spectrograms ❙❙ Detection and extraction of frequency-agile ­short-time
❙❙ Selection of emissions of interest emissions
▷▷ page 6 ❙❙ Separation and classification of frequency-­agile
short‑time emissions
❙❙ Profile recognition
❙❙ Recombination of frequency-agile short-time ­emissions
❙❙ Signal demodulation/decoding by using the R&S®GX410
­demodulator library
▷▷ page 14

Bit stream analysis (using R&S®CA250)

❙❙ Display of bit stream in different representations
❙❙ Large set of bit stream analysis functions
❙❙ Powerful tool for code identification
▷▷ page 20

System integration
❙❙ Use as standalone system
❙❙ Use with R&S®AMMOS automatic production system
❙❙ Optional D/A converter board
▷▷ page 21

Rohde & Schwarz R&S®GX410 R&S®AMLAB Signal ­Analysis Software 3

Graphical user The R&S®GX410 graphical user interface makes it possible
to control all analysis functions. Gathered signal samples
and all processing results of the offline analysis are orga-

­interface for nized in a project (file tree) structure that is used for navi-
gation and for starting the following processing steps. All
relevant data is stored in an SQL database.

­controlling all
­analysis functions

Main overview showing Spectrum tab,

Detection R
­ esults tab and Statistical Analysis tab.
The spectrogram shows an overview of the
complete signal sample.

4
Main overview showing Modulation Analysis tab,
Projects tab and case-sensitive controls.
Modulation Analysis tab: shows the time domain
­analysis for selected emissions.
Projects tab: contains the navigation center with all
­signal samples and calculated analysis results.
Case-sensitive controls for the R&S®GX410
­processing steps (signal acquisition, detectors, etc.).

Rohde & Schwarz R&S®GX410 R&S®AMLAB Signal ­Analysis Software 5

Large variety of Processing of recorded digital signal data
The R&S®GX410 processes recorded digital signal data:
❙❙ Digital IF data in R&S®AMMOS IF format provided by

sources for signal ­various Rohde & Schwarz receivers and direction finders;

this data may be imported from a file server, for example,
or from the R&S®GX425 recording/replay unit (AMREC)

acquisition ❙❙ Digital IF data from non Rohde & Schwarz receivers (after

conversion to the R&S®AMMOS IF format; the structure
of the R&S®AMMOS IF format is public); this data may be
imported from a file server, for example
❙❙ WAV files imported from a file server, for example

Signals provided by sensors

Online HF and VHF/UHF wideband signals are received by
the R&S®GX400 sensor group. The frequency range is pre-
sented using a realtime waterfall with a resolution (FFT) of
2048 points and a waterfall speed of up to 200 lines/s.

Signal attributes can be measured using time and frequen-

cy axis cursors. In the case of online control of a wideband
receiver, an online waterfall provides a panorama overview
of the signal scenario. By activating the recording, a wide-
band signal sample is stored for offline analysis as a con-
tinuous recording on the R&S®GX425 recording/replay unit
(AMREC).
Zooming to emissions of interest.

6
Calculation of signal-adapted spectrograms
Using the signal sample, a spectrogram is calculated. The
operator can calculate several spectrograms (with differ-
ent FFT lengths, for example, window types and overlap
factors may be used according to special emission types).
The spectrogram is presented in a zoomable and scrollable
window. Additionally, a spectrum can be activated.

Selection of emissions of interest

The operator selects emissions of interest and investigates
them with an automatic classification algorithm or by
manual measurement.

Calculation of several spectrograms.

Rohde & Schwarz R&S®GX410 R&S®AMLAB Signal ­Analysis Software 7

Automatic signal Wideband signal ­sample ­investigation
To speed up the investigation of a wideband signal sample
that may contain a large number of different emissions, an

­detection for fast automatic detection function is provided. The algorithm

operates on a selected sample portion and delivers the
time/frequency segments of all emissions matching the

and reliable ­results search criteria (such as frequency range of interest, emis-
sion power and bandwidth). The emission list is stored in
the database and serves as a starting point for the modula-
tion analysis.

Detected emissions listed in a table and

­highlighted in the spectrogram
The operator can refine the detection process and edit
the emission list in order to obtain a data set containing
all emissions of interest. This function may also enable a
user to reproduce online detection results delivered by an
R&S®GX400 sensor group (for more information, see the
R&S®GX403DT product brochure) and adapt the detection
parameters for difficult online search operations using the
R&S®GX403DT.

Detected emissions are highlighted

in the spectrogram.

8
Assisting the Powerful R&S®AMMOS classification unit
The R&S®GX410 contains the powerful R&S®AMMOS clas-
sification unit for the HF and VHF/UHF frequency ranges

user by ­automatic and can recognize the modulation type and transmission
system of a huge variety of analog and digital signals.
Information about supported modulation types ­included

classification, in the R&S®AMMOS classification unit is provided in the

R&S®GX410 data sheet. This library will be continuously
expanded.

­demodulation and Segmentation and modulation analysis

The classification algorithm provides a segmentation and

decoding modulation analysis result for every signal previously se-

lected in the emission list. The segmentation determines
the accurate center frequency and bandwidth of the sig-
nal. The modulation analysis determines the modulation
type as well as all relevant modulation parameters (symbol
rate, frequency shift, etc.).

Comprehensive library of demodulators and

­decoders
The classifier results can be used to parameterize a de-
modulator from the R&S®AMMOS demodulation library in
order to demodulate a signal sample. The resulting sym-
bol/bit stream can be analyzed by using the bit stream
analysis tool or can be decoded by using the decoders of
the R&S®AMMOS decoding library. In addition, the data
stream can be exported to other customer-specific tools.

Information about the included demodulators and decod-

ers is provided in the R&S®GX410 R&S®AMLAB data sheet.
This library will be continuously expanded.

Automatic measurement/classification
of fixed-­frequency signals.

Rohde & Schwarz R&S®GX410 R&S®AMLAB Signal ­Analysis Software 9

Detailed manual Emissions are analyzed in detail with the high-precision
time domain analysis unit of the R&S®GX410. Zoomable
level, envelope, frequency, phase and spectrum plots

modulation analysis make high-precision measurements possible, e.g. of

start/end time of an emission, level range, frequency shift
and symbol rate.

In-depth modulation analysis with measurement Using automatic and manual measurement
­cursors in zoomable spectrogram ­together
Manual measurements of emission characteristics (band- The system's interactive modulation analysis feature is the
width, duration, S/N ratio) can be performed with mea- most powerful way to quickly achieve reliable modulation
surement cursors in the zoomable spectrogram. analysis. The automatic classification algorithm displays
all its results in a wizard, giving the operator access to all
For in-depth measurements, the selected emission is relevant intermediate results (including time and frequency
transferred (via DDC) to high-resolution modulation analy- segmentation, primary demodulation, symbol rate estima-
sis. The filter bandwidth is automatically adapted to filter tion, equalization, harmonic analysis and sampling).
out all disturbing out-of-band emissions and noise.
The operator can verify the output of the automatic clas-
sification process one step at a time and concentrate on
analysis steps where the algorithmic output might need
manual refinement. A new classification process can then
be started, taking into account the expert settings.

Emission selection for ­in-depth analysis.

10
Detailed high-precision time
domain analysis.

Spectra can be calculated with an

FFT length of up to 256k points
(irrespective of the signal band-
width).

Rohde & Schwarz R&S®GX410 R&S®AMLAB Signal A

­ nalysis Software 11
Analysis of short- Automatic detection algorithm
The R&S®GX410 provides an automatic detection algo-
rithm for digital and analog short-time emissions. The

time signals automatic detection has a special algorithm for SSB short-
time signals. By manual or automatic measurement of
some of the emissions (duration, bandwidth, S/N ratio),
the operator can set up a search pattern for the detection
algorithm. The algorithm will scan the signal sample to de-
tect all emissions that fit the defined pattern.

Identifying different kinds of emitters in a

­complex s­ cenario
All detected emissions are graphically marked in the spec-
trogram and stored in an emission result list where they
can be sorted, evaluated, and selected for the next pro-
cessing steps.

A special toolset enables the operator to distinguish be-

tween different kinds of emitters in a complex scenario and
to create an emission list for each detected emitter. These
emission lists are the basis for in-depth transmission sys-
tem analysis and successful recombination.

List of detected bursts.

Detected bursts.

12
 Evaluation of detected emissions for short-time
signals
The R&S®GX410 provides several statistical evaluation
­algorithms for the detected list of emissions.

The emission list data can be exported to a standard

spreadsheet (not included in the R&S®GX410), where
R&S®AMLAB operators can use their own macro library
with self-developed macros to perform special evaluation
operations on the selected emissions.

The evaluated emission result list can be used, for example,

for the recombination of selected baseband emissions to
build a continuous narrowband digital IF signal for further
analysis (e.g. classification or demodulation).

Histogram of signal power.

Recombined digital IF signal.

Rohde & Schwarz R&S®GX410 R&S®AMLAB Signal A

­ nalysis Software 13
Online recombina- Realtime technical analysis using R&S®GX413OR
R&S®GX413OR is a software option for the R&S®GX410
system. Frequency-agile short-time emissions are auto-

tion of frequency- matically analyzed, classified and recombined in realtime

by using the detection results provided by the R&S®GX400
sensor groups. The latency of this process is negligible,

agile short‑time lasting a few seconds.

Combined input from several r­ eceivers

emissions (hoppers) R&S®GX413OR can use multiple wideband receivers in

the R&S®GX400 sensor groups at the same time and
thus seamlessly covers a bandwidth between 1 MHz and
60 MHz per sensor group.

Block diagram of ¸GX410, ¸GX413RC, R&S®GX413OR and ¸GX400

¸GX400 sensor group(s)

J Detection and extraction of short-time emissions (bursts)
in a wideband signal scenario

¸GX410 ¸AMLAB
J General signal analysis visualization and measurement tools
J Demodulators/decoders

¸GX413RC software option

Sensor control
J Remote control of ¸GX400 sensor groups containing several
wideband receivers and short-time emission detectors Transfer of all detected bursts
J Additional remote control of several ¸GX425 recording/replay including the digital IF information
units for recording and delayed processing of signal scenarios
J Visualization of wideband receivers, detectors and detected bursts

Detected bursts including digital IF information

R&S®GX413OR software option

J Analysis of detected bursts
J Sorting and separation
J Profile recognition
J Recombination
J Storage of results and recombined digital IF
J Processing of recombined signal, e.g. with demodulator/decoder
J Visualization of calculated results

14
 Detection and extraction of frequency-agile
­short-time emissions
In the R&S®GX400 sensor groups, the wideband IF data
streams are processed on multiple parallel R&S®GX401EM
VXI DDC/DSP signal processing modules. R&S®GX403DS,
a detection algorithm for short-time emissions, automati-
cally detects and extracts all relevant short-time emissions,
and then transfers these signals to R&S®GX413OR for
processing. The user may set all adjustable parameters of
the detection algorithm, e.g. short-time emission length,
short-time emission bandwidth or minimum signal-to-
noise ­ratio.

Broadband signal scenario with multiple different

frequency-agile transmission systems.

Rohde & Schwarz R&S®GX410 R&S®AMLAB Signal A

­ nalysis Software 15
 Separation and classification of frequency-­agile
short‑time emissions
R&S®GX413OR measures and weights the detected short-
time emissions. The transmission systems can be assigned
to specific classes by using the detected technical param-
eters, e.g. hop rates or modulation mode. A subsequent,
in-depth statistical analysis enables users to automatically
separate various transmissions.

Profile recognition
The profile recognition will automatically match the tech-
nical parameters of the detected transmissions with user-
defined profiles. The result list provides an overview of the
activity of hopper radios.

Example
Start time Stop time Profile Duration Technical parameters
10:15:20 10:15:29 Digital Radio A 9s 300 hops/s, FSK2, etc., 60 MHz to 70 MHz/25 kHz
10:15:25 10:15:27 Digital Radio B 2s 100 hops/s, FSK2, etc., 45 MHz to 51 MHz/25 kHz
10:15:33 10:15:40 Digital Radio A 7s 300 hops/s, FSK2, etc., 60 MHz to 70 MHz/25 kHz
10:16:01 10:16:12 Analog Radio 11 s 10 hops/s, AM, etc., 55 MHz to 56 MHz/25 kHz

For a detected hopper transmission system, statistical analysis made it

­possible to assign the volume of detected short-time emissions to six
­different transmissions.

16
 Recombination of frequency-agile short-time
­emissions
After the transmissions have been separated,
R&S®GX413OR performs signal recombination for each of
them.

An IF signal is calculated for each transmission by ­putting

together the short-time emissions assigned to the trans-
mission using precisely defined time parameters. All re-
combined signals are stored as a digital intermediate fre-
quency together with their essential technical parameters
(e.g. start time, message length, frequencies used, hop
rate, modulation mode).

The technical parameters can be exported immediately

via an interface and then remain available for tasks such
as creating a situation picture in combination with other
recorded results from monitoring and/or direction finding
systems.

Signal demodulation/decoding by using the

R&S®GX410 ­demodulator library
R&S®GX413OR enables the immediate processing of a se-
lected signal in the R&S®GX410 system. The recombined
signal is demodulated by using the R&S®GX410 demodula-
tor library. In the case of a digitally modulated signal, auto-
matic bit stream analysis can subsequently be performed
(search for bit patterns, preambles, code structures). As
with the technical parameters, detected structures are out-
put via an interface. Online decoding is possible for spe-
cific, identified digital systems.

A recombined signal with precisely defined time para­

meters represented in various ways. Top to bottom:
­oscilloscope, amplitude versus time, frequency versus
time. The time guard period between the short-time
­emissions and the modulation mode of the short-time
emissions (FSK2) are clearly displayed.

Rohde & Schwarz R&S®GX410 R&S®AMLAB Signal A

­ nalysis Software 17
 Configuration example for online processing
This configuration can cover a bandwidth between 15 MHz
and 60 MHz (3 × 20 MHz). In the defined frequency range,
up to approx. 3000 short-time emissions per second can be
detected and extracted in realtime. All detected short-time
emissions are recombined, and the signals are stored as
digital intermediate frequency in the R&S®GX410 system.
Technical parameters are transferred to the system level for
processing. One of the signals can be processed immedi-
ately in the R&S®GX410 system.

The configuration consists of one R&S®GX410 system

with the R&S®GX413RC and R&S®GX413OR options as
well as three R&S®GX400 sensor groups. R&S®GX413RC
controls the R&S®GX400 sensor groups. R&S®GX413OR
automatically evaluates the data that is delivered on-
line. Each R&S®GX400 sensor group includes one VHF/
UHF wideband receiver (R&S®EM050 combined with
R&S®GX405BP) and six R&S®GX401EM VXI DDC/DSP sig-
nal processing modules. The sensor groups are synchro-
nized to a common time base using GPS time and linked
to the R&S®GX410 system via Gigabit Ethernet.

If more than 3000 short time emissions per second have to

be processed, the processing capacity can be ­expanded by
connecting additional R&S®GX400 sensor groups. Another
way to expand capacity is to connect R&S®GX425 recording/
replay units (see next configuration ­example).

Online processing

Three ¸GX400 sensor groups with

six ¸GX401EM modules,
detection and extraction of bursts

¸GX410 system,
sensor group control,
LAN evaluation, recombination and
storage of detected bursts

18
Configuration example for combined online frequency is fed back to the wideband receivers by the
­processing and recording/­replay processing R&S®GX425. The following processing steps – detection,
This configuration, like the online configuration, can cover extraction, recombination, etc. – are identical to those in
a bandwidth of 15 MHz to 60 MHz (3 × 20 MHz). In the online processing. If more than 3000 short-time emissions
defined frequency range, up to approx. 3000 short-time per second are detected simultaneously, the replay speed
emissions per second can be detected and extracted in re- of the R&S®GX425 will be reduced as long as necessary.
altime. All detected short-time emissions are recombined, This makes sure that no data is lost even if significantly
and the signals are stored as digital intermediate frequen- more short-time emissions are present than can be pro-
cy in the R&S®GX410 system. Technical parameters are cessed in realtime.
transferred to the system level for processing. One of the
signals can be processed ­immediately in the R&S®GX410 The configuration consists of one R&S®GX410 system with
system. the R&S®GX413RC and R&S®GX413OR options as well as
three R&S®GX400 sensor groups and three R&S®GX425.
If more than approx. 3000 short-time emissions per sec- R&S®GX413RC controls the R&S®GX400 sensor groups
ond are received in the monitored frequency range, seam- and the R&S®GX425. R&S®GX413OR automatically evalu-
less processing can no longer be achieved with the avail- ates the data that has been provided online or from a
able online resources. The system reports these moments recording. E­ very R&S®GX400 sensor group includes one
to the user. Even as online processing is taking place, VHF/UHF wideband receiver (R&S®EM050 in combination
seamless recording of the digital intermediate frequencies with R&S®GX405BP) and six R&S®GX401EM VXI DDC/DSP
of all wideband receivers can be initiated. signal processing modules. The sensor groups are syn-
chronized to a common time base via GPS time and linked
The recorded digital intermediate frequency can be re- to the R&S®GX410 system via Gigabit Ethernet. Each wide-
played later. The system is switched off­line in this case, band receiver is connected to one R&S®GX425 unit and
i.e. work is no longer performed on the antenna, but with can store its broadband intermediate frequency.
the recorded IF data instead. The wideband intermediate

Online processing and recording/replay processing

Three ¸GX400 sensor groups with

¸GX425 six ¸GX401EM modules,
for recording/replay of detection and extraction of bursts
digital wideband IF

FPDP

¸GX410 system,
sensor group and
recording/replay control,
FPDP LAN evaluation, recombination and
storage of detected bursts

FPDP

Rohde & Schwarz R&S®GX410 R&S®AMLAB Signal A

­ nalysis Software 19
Bit stream analysis
(using R&S®CA250)
For information about bit stream analysis solutions
from Rohde & Schwarz, see the “R&S®CA250 Bit Stream
­Analysis” data sheet.

Bit stream analysis.

20
System Use as standalone system
The R&S®GX410 can be used as a standalone system for
HF and VHF/UHF technical analysis. Signal samples may

integration be archived by using the built-in DVD/CD writer. An option-

ally attached R&S®GX425 recording/replay unit (­AMREC)
allows the recording of digital wideband and narrowband
IF data streams (from the R&S®GX400 sensor group).
In addition to its technical analysis capabilities, the
R&S®GX410 provides the optimal starting point for the Use with R&S®AMMOS automatic production
­following tasks: ­system
❙❙ Using the complete R&S®AMMOS based HF and Similarly, recordings made with the R&S®GX400 sensor
VHF/UHF communications intelligence (R&S®GX400) group on the R&S®GX425 recording/replay unit (AMREC)
for manual and automatic detection, classification, may be imported to the R&S®GX410 for technical analysis.
demodulation, decoding
❙❙ Teaching operators the basics of modern digital Optional D/A converter board
modulation/transmission methods and low probability of By using the optional D/A converter board, any detected,
intercept (LPI) signals extracted, or recombined signal can be replayed as analog
IF for processing in customer-specific analysis equipment
(not included in the R&S®GX410).

System integration
R&S®GX400 sensor group R&S®GX425 recording/replay unit (AMREC)

R&S®GX410 with ­recommended R&S®AMLAB workstation

Rohde & Schwarz R&S®GX410 R&S®AMLAB Signal A

­ nalysis Software 21
Ordering information
Designation Type Order No.
Base units
R&S®AMLAB Signal Analysis Software (R&S®GX410 application base software, including R&S®GX410 4063.9681.02
signal import, manual measurement of modulation parameters and analog demodulation)
R&S®AMLAB Workstation R&S®GX410WS 4063.9869.02
Options
Control of HF VXI Wideband Receivers (requires R&S®GX400 sensor group and R&S®GX410AR) R&S®GX410HF 4063.0013.03
Control of VHF/UHF VXI Wideband Receivers (requires R&S®GX400 sensor group and R&S®GX410VU 4063.0071.03
R&S®GX410AR)
R&S®AMREC Control for recording continuous IF on R&S®GX425 and import from R&S®GX425 R&S®GX410AR 4063.9930.02
D/A Converter Board and Control Software (requires R&S®GX410WS) R&S®GX410DA 4063.9969.02
Technical and Statistical Analysis of Short-Time Signals R&S®GX410DS 4063.0107.02
Automatic HF and VHF/UHF Modulation Analysis R&S®GX413MA 4069.4317.02
HF and VHF/UHF System and Code Recognition (bit stream classification) R&S®GX413SR 4069.4498.02
(requires R&S®GX413MA)
HF and VHF/UHF Demodulation R&S®GX413DM 4069.4430.02
HF and VHF/UHF Decoding (requires R&S®GX413DM) R&S®GX413DC 4069.4552.02
Expanded Digital Civil HF Communications (requires R&S®GX413DC) R&S®GX413DC-C 4069.4517.02
Expanded HF and VHF/UHF Decoding Capability (requires R&S®GX413DC) R&S®GX413DC-E 4069.4575.02
Expanded Digital Military HF Communications (requires R&S®GX413DC) R&S®GX413DC-ML 4069.4500.02
Expanded CODAN3012 Decoding Capability (requires R&S®GX413DC) R&S®GX413DC-CO 4069.4598.02
System Integration, including order management, reporting, system resources R&S®GX410SY 4069.4630.02
Software Option for R&S®GX410, recombination of frequency-agile short-time emissions (hoppers), R&S®GX413OR 4069.4652.02
online (requires R&S®GX413RC and R&S®GX400; R&S®GX425 optional)
Software Option for R&S®GX410, hardware-supported recombination of frequency-agile short-time R&S®GX413RC 4069.4623.02
emissions (hoppers), offline (requires R&S®GX400 and R&S®GX425)

For data sheet, see PD 5214.0353.22 and www.rohde-schwarz.com.

For more information, see the data sheet for the R&S®AMMOS system family.

22
From pre-sale The Rohde & Schwarz network in over 70 countries ensures
optimum on-site support by highly qualified experts.
The user risks are reduced to a minimum at all stages of

to ­service. the project:

❙❙ Solution finding/purchase
❙❙ Technical start-up/application development/integration

At your doorstep. ❙❙ Training

❙❙ Operation/calibration/repair

Finland

Norway

Sweden
Estonia
Latvia
Denmark
Lithuania
United Russian
Kingdom Hamburg Poland Federation
Belarus
Netherlands
Belgium Czech Republic
Slovakia Ukraine
France Austria Hungary
Switzerland Slovenia Romania
Milan
Italy
Iceland Spain Azerbaijan
Portugal
Greece Turkey

Malta Cyprus
Canada
Germany
Cologne
Munich Kazakhstan
Portland Ottawa Mongolei

Beijing
USA South
Baltimore/Washington Korea
Los Angeles China
Syria
Dallas Tunisia Japan
Israel Iran
Jordan
New Delhi Shanghai
Algeria
Pakistan
Egypt Saudi
Mexico Arabia India Shenzhen Taiwan
United
Oman
Arab Vietnam Hong Kong
Hyderabad
Emirates
Thailand
Senegal Sudan
Nigeria Bangalore
Philippines
Ethiopia
Ghana
Sales Level Colombia
Kenya Malaysia Singapore

Sales Locations Manaus

Indonesia
Tanzania
Service Level
Brazil
Backup Service

Area Support Center

Local Service Center

Calibration and maintenance with standardized

automatic calibration systems available São Paulo Australia
South Africa
Calibration and maintenance Chile

Maintenance Uruguay
Argentina

New Zealand

Rohde & Schwarz R&S®GX410 R&S®AMLAB Signal A

­ nalysis Software 23
 About Rohde & Schwarz
Service you can rely on Rohde & Schwarz is an independent group of companies
J Worldwide specializing in electronics. It is a leading supplier of solu-
J Localand personalized tions in the fields of test and measurement, broadcast-
J Customized and flexible
J Uncompromising quality
ing, radiomonitoring and radiolocation, as well as secure
J Long-term dependability communications. Established more than 75 years ago,
Rohde & Schwarz has a global presence and a dedicated
service network in over 70 countries. Company headquar-
ters are in Munich, Germany.

Environmental commitment
❙❙ Energy-efficient products
❙❙ Continuous improvement in environmental sustainability
❙❙ ISO 14001-certified environmental management system

Certified Quality System

ISO 9001

Rohde & Schwarz GmbH & Co. KG
www.rohde-schwarz.com

Regional contact
❙❙ Europe, Africa, Middle East
+49 89 4129 137 74
customersupport@rohde-schwarz.com
❙❙ North America
1 888 TEST RSA (1 888 837 87 72)
customer.support@rsa.rohde-schwarz.com
❙❙ Latin America
+1 410 910 79 88
customersupport.la@rohde-schwarz.com
❙❙ Asia/Pacific
+65 65 13 04 88
customersupport.asia@rohde-schwarz.com

R&S® is a registered trademark of Rohde & Schwarz GmbH & Co. KG

Trade names are trademarks of the owners | Printed in Germany (ft)
PD 5214.0353.12 | Version 03.00 | September 2010 | R&S®GX410
Data without tolerance limits is not binding | Subject to change
© 2008 - 2010 Rohde & Schwarz GmbH & Co. KG | 81671 München, Germany