Nokia

DXT Plug-in Unit Descriptions

AS7-C, AS7-D
DN02176023
Issue 2-1
 AS7-C, AS7-D

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2 © 2016 Nokia DN02176023 Issue: 2-1

AS7-C, AS7-D

Table of Contents
This document has 35 pages

1 Summary of changes .................................................................... 6

1.1 Changes between issues 2-1 and 2-0............................................6
1.2 Changes between issues 1-4 and 2-0............................................6
1.3 Changes between issues 1-3 and 1-4............................................6
1.4 Changes between issues 1-2 and 1-3............................................6
1.5 Changes between issues 1-1 and 1-2............................................6
1.6 Changes between issues 1-0 and 1-1............................................6
1.7 Issue 1-0........................................................................................ 6

2 AS7-C/ -D overview........................................................................7

3 Capacity and performance of AS7-C/ -D........................................9

4 Structure of AS7-C/ -D..................................................................11

4.1 Mechanical structure.................................................................... 11
4.2 Logical structure........................................................................... 11
4.3 Interfaces..................................................................................... 13

5 Operation of AS7-C/ -D................................................................ 16

6 Power consumption of AS7-C/ -D................................................ 19

7 AS7-C C105007........................................................................... 20

8 AS7-D C110791........................................................................... 22

9 Connector maps...........................................................................25

DN02176023 Issue: 2-1 © 2016 Nokia 3

 AS7-C, AS7-D

List of Figures
Figure 1 Operational environment of the AS7-C plug-in unit.............................. 7
Figure 2 Operational environment of the AS7-D plug-in unit.............................. 8
Figure 3 Block diagram of the AS7-C plug-in unit.............................................12
Figure 4 Block diagram of the AS7-D plug-in unit.............................................13
Figure 5 Interfaces of the AS7–C..................................................................... 14
Figure 6 Interfaces of the AS7–D..................................................................... 14
Figure 7 AS7-C front panel............................................................................... 16
Figure 8 AS7-D front panel............................................................................... 17
Figure 9 Connectors and micro switches of AS7-C.......................................... 20
Figure 10 Connectors and micro switches of AS7-D.......................................... 22
Figure 11 Connectors and micro switches of AS7-D.......................................... 23

4 © 2016 Nokia DN02176023 Issue: 2-1

AS7-C, AS7-D

List of Tables
Table 1 AS7-C/-D processor and memory........................................................ 9
Table 2 AS7-C front panel LED indicators.......................................................16
Table 3 AS7-D front panel LED indicators.......................................................17
Table 4 Power Consumption of AS7-C............................................................19
Table 5 Power Consumption of AS7-D............................................................19
Table 6 SW1 switch settings........................................................................... 20
Table 7 Interchangeability code settings......................................................... 21
Table 8 Switch settings (SWA)........................................................................ 23
Table 9 Interchangeability code settings......................................................... 24
Table 10 P5 connector...................................................................................... 25
Table 11 P4 connector...................................................................................... 26
Table 12 P1 connector...................................................................................... 28
Table 13 P5 connector...................................................................................... 29
Table 14 P4 connector...................................................................................... 30
Table 15 P3 connector...................................................................................... 32
Table 16 P2 connector...................................................................................... 33
Table 17 P1 connector...................................................................................... 34

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Summary of changes AS7-C, AS7-D

1 Summary of changes
Changes between document issues are cumulative. Therefore, the latest document
issue contains all changes made to previous issues.

1.1 Changes between issues 2-1 and 2-0

Information on SWB switch added to AS7-D Advantech variant.

1.2 Changes between issues 1-4 and 2-0

AS7-D variant related information added to the document. Title of the document changed
accordingly.

1.3 Changes between issues 1-3 and 1-4

Ethernet interface information removed.

1.4 Changes between issues 1-2 and 1-3

Added a table for setting the SW1 interchangeability switch.

1.5 Changes between issues 1-1 and 1-2

Section AS7-C C105007 updated.

1.6 Changes between issues 1-0 and 1-1

AS7-B corrected to AS7-C in figure Operational environment of the AS7-C plug-in unit.

1.7 Issue 1-0

First issue.

6 © 2016 Nokia DN02176023 Issue: 2-1

AS7-C, AS7-D AS7-C/ -D overview

2 AS7-C/ -D overview
This document describes the AS7-C and AS7-D plug-in units. The AS7-C and AS7-D
preprocessing units for multichannel signalling are general purpose peripheral slot
computing plug-in units. The AS7-C and AS7-D plug-in units fulfil various
telecommunications protocols of the Nokia network elements such as SS7, LAPD and
X.25.
In this document the name AS7 is used when no distinction between plug-in unit variant
is needed.
Purpose of the AS7-C and AS7-D units
The AS7 plug-in unit function as a general purpose peripheral slot computing engine with
the necessary hardware to handle 256 HDLC (AS7-C), 512 HDLC (AS7-D), PPP or
transparent (TMA) channels in the Nokia network element. The plug-in unit provides the
hardware required by the DMX operating system and application software such as the
boot memory, SDRAM, interrupt handling, process timing and V.24/V.28 based serial
interfaces for service terminals.
The AS7 unit is connected to the backplane CompactPCI bus.The AS7-D variant also
provides a x1 PCIe port connection through the front panel MiniSAS connector.
The AS7-D plug-in unit can co-exist in the same cartridge with AS7-C or it can also
replace an AS7-C unit. In these cases it must be ensured that the power and cooling
requirements of the AS7-D are met.
The AS7-D cabling scheme is backwards compatible with the AS7-C and new cables are
required only if utilizing the additional PCM interfaces or other new features introduced
by the AS7-D. The serial ports have been moved to backplane connector J5.
Operational environment of the AS7-C and AS7-D
The following figures illustrate the operational environments of the AS7-C and the AS7-D
plug-in units.

Figure 1 Operational environment of the AS7-C plug-in unit

Clock Compact
GSW0/1 HostCPU
system PCIbus

4+1 2

8kHz/8MHz 4Minternal PCI/ Interrupt

clocks PCM-line PCIBridge signals
interface
AS7-C

Supplyvoltage Serial
interface interface

+5V,+3.3V
VDUs
-5v

DN70581748

DN02176023 Issue: 2-1 © 2016 Nokia 7

AS7-C/ -D overview AS7-C, AS7-D

Figure 2 Operational environment of the AS7-D plug-in unit

Clock Compact
GSW0/1 HostCPU
system PCIbus

8+1 2

8kHz/8MHz 4/8Minternal PCI/ Interrupt

clocks PCM-line PCIBridge signals
interface
AS7-D

Supplyvoltage Serial PCIexpress

interface interface interface

+5V,+3.3V PCI
VDUs
-5v expressx1

DN70521648

Notice that there are two V.24/V.28 based serial interfaces for service terminals to
provide an interface for controlling and monitoring the AS7 plug-in unit.
Data can be transferred between the AS7 and the host processor unit of the same
cartridge via the CompactPCI bus on the backplane. The AS7 is connected to the
CompactPCI bus with an Embedded PCI/PCI Bridge. In addition to the CompactPCI
connection, the unit also has two interrupt lines to the host processor unit connected via
the backplane.
The AS7-C plug-in unit is connected to the GSW0/1 via five (4+1) duplicated 4.096
Mbit/s full duplex PCM line interfaces. The AS7-D plug-in unit is connected to the
GSW0/1 via nine (8+1) duplicated full duplex PCM line interfaces, which can be
configured to 4.096 Mbit/s or 8.192 Mbit/s modes. In addition, AS7-D unit has one x1
PCIe port available in its front panel. This port can be used for a point to point connection
to external PCIe systems like Host Processor unit or an external PCIe Switch. It also
incorporates a non-transparent bridging function.
The AS7 unit gets the +5V, -5V and +3.3V supply voltages through backplane
connectors. V(I/O) pins are used for 3.3V supply.

8 © 2016 Nokia DN02176023 Issue: 2-1

AS7-C, AS7-D Capacity and performance of AS7-C/ -D

3 Capacity and performance of AS7-C/ -D

The AS7-C plug-in unit replaces up to four AS7-A plug-in units in M98 mechanics. The
AS7-D plug-in unit replaces up to two AS7-C plug-in units in M98 mechanics with forced
air cooling.
Processor and memory
The processor and memory information of both AS7-C/ -D plug-in units are listed in the
following table.

Table 1 AS7-C/-D processor and memory

AS7-C AS7-D

Processor Intel Mobile Celeron 650 MHz, 100 MHz Intel Celeron M ULV 1.0 GHz, 400 MHz
FSB (800 MB/s) FSB (Data quad pumped, 3.2 GB/s)
L1 Instruction cache: 16 kB L1 Instruction cache: 32 kB
L1 Write Back Data Cache: 16 kB L1 Write Back Data Cache: 32 kB
L2 Cache: 256 kB L2 Cache: 512 kB

Memory SDRAM: 128/256 MB SDRAM: 1 GB (with x8 memory

configuration)
256 Mbit PC100
1 Gbit (use of 1 Gbit memory
ECC: Yes
components required)
PC2-3200 (DDR2-400) (Memory bus
opearated in 400 MHz mode only)
ECC: Yes

North Bridge RadiSys 82600 "Estacada" Intel 3100 “Whitmore Lake”

Interrupt PIC APIC

Controller

CompactPCI Intel 21555 PCI to PCI bridge Intel 21555 PCI to PCI bridge
interface

Capacity 1x 2x
Channels: 256 Channels: 512
2M PCMs: 10 2M PCMs: 16 (32)

PCI Buses
The AS7-C unit has two internal PCI buses. The other bus is a 33 MHz, 32 bit PCI bus
and it is used as a compatibility PCI bus. Boot memory is located in this bus, which is
referred to as 'bus 0' in this document. The other PCI bus is a 33/66 MHz, 32 bit PCI bus.
This bus is referred to as 'bus 2' in this document.

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Capacity and performance of AS7-C/ -D AS7-C, AS7-D

The AS7-D unit has three internal PCI buses and two internal PCIe links. One PCI bus is
a 33 MHz, 32-bit PCI bus and it is used as a compatibility PCI bus. This bus is called
'PCI_BUS1' in this document. The second PCI bus is a 66 MHz, 64 bits wide bus. In this
document this bus is called 'PCI_BUS2'. The third PCI bus is a 66 MHz, 32-bit PCI bus
and it is called 'PCI_BUS3' in this document.
Serial interfaces
Serial interfaces for AS7 plug-in unit are as follows:

• Two V.24/V.28 based maintenance terminal connections are connected to the back
plane.
• Typical data transfer rate used is 9600 bit/s or 19200 bit/s. Maximum 38400 bit/s.
PCM interfaces
The AS7-C has five (4+1) duplicated 4.096 Mbit/s full duplex PCM line interfaces. Four
PCMs are connected directly (behind the slot) to the GSW0/1 and one is connected to
the GSW0/1 via a PCM connector of the cartridge.
The AS7-D provides nine (8+1) duplicated full duplex PCM line interfaces. Eight PCMs
are connected directly (behind the slot, through backplane PIU cabling area) to the
GSW0/1 and one is connected to the GSW0/1 via a PCM connector in the cartridge
cabling area. The PCM line interfaces are SW configurable to either 4.096 Mbit/s or
8.192 Mbit/s modes in groups of 4+4+1 interfaces, where the 4+4 are the eight interfaces
through the backplane PIU cabling area and the 1 is the interface through the cartridge
cabling area.

10 © 2016 Nokia DN02176023 Issue: 2-1

AS7-C, AS7-D Structure of AS7-C/ -D

4 Structure of AS7-C/ -D

4.1 Mechanical structure

The size of the AS7 PWB is 233.4 x 220 mm and its nominal thickness is 1.6 mm.
The AS7-C unit connects to the backplane with two shielded (P1, P4) and one
non–shielded (P5) 2 mm Hard Metric connectors. The front panel contains two LEDs that
indicate the state of the unit, and it is fastened to the PWB with four M2.5 screws. The
holes for the screws are copper plated to ground the front panel to the PWB. The front
panel has cooling fins and a heat pipe is also connected to it. The other end of the heat
pipe is attached to a heat sink that covers the processor.
The AS7-D unit connects to the backplane with five shielded 2mm Hard Metric
connectors. In the front panel there are two LEDs to indicate the state of the unit. The
front panel is fastened to the PWB with screws. For this fastening the PWB has minimum
of four holes, two holes are to be located near the upper corner and two holes near the
lower corner. These four mandatory holes are copper plated to ground the front panel to
the PWB. There is also a PCIe port connector and the cooling fins with expansion of
30mm.

4.2 Logical structure

The AS7-C unit has a Mobile Celeron processor with an internal speed of 650 MHz and
a 100 MHz front side bus. The processor has 256KB L2 cache integrated on the same
die, running with full processor core frequency. The Mobile Celeron uses the Tualatin
technology (0.13 µs process).
The processor is connected to RadiSys 82600 north bridge. In addition to the front side
bus, the 82600 contains a 33 MHz, 32 bit PCI bus and a 33/66 MHz, 32 bit PCI bus. The
first PCI bus (33 MHz, 32 bit), bus 0, is used as the compatibility PCI bus (the South
bridge is located on this bus).
The following block diagram illustrates the logical structure of the AS7–C.

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Structure of AS7-C/ -D AS7-C, AS7-D

Figure 3 Block diagram of the AS7-C plug-in unit

82600
Celeron
Estacada SDRAM
Processor
NorthBridge

CompactPCI
Embedded Bus
PCI/PCI

33MHz,32bitPCI-bus0
33/66MHz,32bitPCI-bus2
Bridge

Interrupts
V.24/V.28
I/OBridge etc
("SouthBridge")
Including:
-DMXspecificI/O
I/OBus
("Universal"
non-multiplexedbus)

BootFlash

AS7-
HDLC-
10 specific
Controller
FPGA
2Mbit/sfull
duplexPCM 4Mbit/sfull
2 8K
Alarm 5 duplexinternal
Int 8M
DN03275349
PCM

The AS7-D unit contains an Intel Celeron M ULV 373 processor. The processor has
internal speed of 1.0 GHz and a 400 MHz front side bus. The processor has 512 kB L2
cache integrated on the same die, running with full processor core frequency. The
Celeron M ULV 373 uses the Dothan technology with 0.90 um process and does not
support the Intel SpeedStep technology and, thus, under normal operating conditions
runs only at fixed speed of 1.0 GHz.
The processor is connected to the Front Side Bus (FSB) interface of the Intel 3100. The
Intel 3100 integrates Memory Controller Hub (IMCH) and an I/O Controller Hub (IICH)
functionalities. It also provides one 32-bit, 33 MHz PCI bus interface along with one x8
PCI Express port (PEA) and one x4 PCI Express port (PEB). The x8 port can be split
down to form two x4 or x1 capable ports (PEA0 and PEA1) whereas the x4 port can be
configured as four x1 ports (PEB[0…3]).
The 32-bit, 33 MHz compatibility PCI bus (PCI_BUS1) of the Intel 3100 is used for
interfacing with the DMX Support FPGA (interface to the unit I/O and Boot Flash). The
compatibility PCI bus can have PMC connectors for measurement purposes.
On AS7-D the PEA is split down to provide two separate ports. The PEA0 is used to
connect to the PCIe to PCI Hub providing two of the on board PCI Buses (PCI_BUS2
and PCI_BUS3), whereas the PEA1 is reserved for the front panel PCIe port which is
implemented for future use to provide option for inter board connections. The PEB
provided by the Intel 3100 is not utilized on AS7-D.
The PCI_BUS2 interfaces with the AS7-D FPGA. The PCI/cPCI Bridge interfacing to the
backplane compact PCI bus is also located on the PCI_BUS2. The PCI_BUS3 is
dedicated for interfacing with the Infineon Munich256/512 HDLC controller(s). Also at
least the PCI_BUS3 can have PMC connectors for measurement purposes.

12 © 2016 Nokia DN02176023 Issue: 2-1

AS7-C, AS7-D Structure of AS7-C/ -D

The AS7-D FPGA, the PCI/cPCI Bridge and the HDLC controller(s) need to be able to
act as bus masters on PCI buses they are connected to. The DMX Support FPGA can
only be target in this application but the design must be done so that the FPGA can be
also a bus master in any future application. This means that REG/GNT pair is reserved
also for the DMX Support FPGA.
The following block diagram illustrates the logical structure of the AS7–D.

Figure 4 Block diagram of the AS7-D plug-in unit

Block
plane
interface

Compact
PCIbus
32/64bit
x4PCIe(PEA0) Intel Intel /33MHz
6700PXH 21555
PCIetoPCI PCIetoPCI

Intel
celeronM
ULV373 PCI_bus3 PCI_bus2
1GB 32bit/66MHz 32bit/64bit
SDRAM 33/66MHz
FSB,
registered, Control
400MHz
ECC bus
integrated interfaces
Whitmore
onboard
lakeIntel3100 2
2Mbit/s
fullduplex 4/8Mbit/s
HDLC PCM fullduplex
eDMA PCM
controller 16
IMCH
9
AS7-D
NSI 8kHz
DDR2-400 2Mbit/s FPGA
8MHz
fullduplex
HDLC PCM
IMCH Int
controller
16
(optional) 2
Alarm

x1PCIe(PEA1)
PCI_bus1 2xRS232V.24/V.28
32bit/33MHz DMX
support
FPGA
PCIetoPCIe
NT bridge 3.3V
Onboard
x1PCIe Bootflash, power 5V
to front panel 8Mb supplies
DN70555077 -5V

4.3 Interfaces
The connections of the AS7-C/ -D with the system are presented in the following figures.

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Structure of AS7-C/ -D AS7-C, AS7-D

Figure 5 Interfaces of the AS7–C

CLK
_RST
AD[31:0] DR00B,DR00A...DR03B,DR03A
DR10B,DR10A...DR13B,DR13A
DT00B,DT00A...DT03B,DT03A
C/_BE[3:0] SERIAL TERMINAL
DT10B,DT10A...DT13B,DT13A
PAR R0A,R0B INTERFACE
COMPACTPCI _FRAME R1A,R1B
BUS _IRDY T0A, T0B
INTERFACE _TRDY T1A, T1B
_STOP
IDSEL RxD0,RxD1 SERIAL BUS
_DEVSEL AS7-C TxD0, TxD1 INTERFACE
_PERR
_SERR CPU_INT0
CPU_INT1 INTERRUPT
_REQ
_GNT CSA,
_INTA CHANGEOVER
CSB

CLOCK
8M0A,8M0B +5V
SYSSTEM
8K0A,8K0B -5V POWER
INTERFACE
0V SUPPLY
+3,3V
JTAG

DN00249545

Figure 6 Interfaces of the AS7–D

_REG64
_ACK64
_PAR64 FRONT PANEL
PCIe Tx-,PCIe Tx+
CLK PCIeBUS
PCIeRx-,PCIeRx+
_RST INTERFACE
AD[63:0] DR00B,DR00A...DR07B,DR07A
DR10B,DR10A...DR17B,DR17A
DT00B,DT00A...DT07B,DT07A
C/_BE[7:0] SERIAL TERMINAL
DT10B,DT10A...DT17B,DT17A
PAR R0A,R0B INTERFACE
COMPACTPCI _FRAME R1A,R1B
BUS _IRDY T0A, T0B
INTERFACE _TRDY T1A, T1B
_STOP
IDSEL RxD0,RxD1 SERIAL BUS
_DEVSEL AS7-D TxD0, TxD1 INTERFACE
_PERR
_SERR CPU_INT0
CPU_INT1 INTERRUPT
_REQ
_GNT CSA,
_INTA CHANGEOVER
CSB

CLOCK
8M0A,8M0B +5V
SYSSTEM
8K0A,8K0B -5V POWER
INTERFACE
0V SUPPLY
+3,3V
JTAG

DN70581787

Serial Interfaces
The AS7 has two serial terminal interfaces which are connected to the back plane
connector. For AS7-C the connector is identified as P7 for AS7-D as J5.
Compact PCI bus
AS7 is connected to the back plane Compact PCI (cPCI) bus. The AS7-C back plane
connector P1 pin assignment supports 32 bit cPCI bus only, P2 connector is not
assembled. The AS7-D backplane connector J1 and J2 pin assignment and the cPCI
bus interface is designed to provide a 64-bit cPCI bus interface. This is in order to
support future Host CPUs. The current Host CPUs only support 32-bit transactions.
5V signalling is used on CompactPCI bus. However, V(I/O) is connected to 3.3V on the
back plane. V(I/O) pins are used for 3.3V supply. These V(I/O) pins are not used as
specified in CompactPCI Specification.
AS7-D Front Panel PCIe

14 © 2016 Nokia DN02176023 Issue: 2-1

AS7-C, AS7-D Structure of AS7-C/ -D

The AS7-D provides a x1 PCIexpress (PCIe) interface through the MiniSAS connector J8
at front panel. The x1 PCIe interface operates at 2.5 GT/s and provides maximum data
rate of 2 Gbit/s. The interface uses LVDS differential signaling and the signal pairs are
referenced to the AS7-D signal ground and the nominal impedance of the interface is
100 Ohms. Each lane of a PCIe link has to be AC coupled. For this purpose there are
AC coupling capacitors at the outputs of the transmitters. The PCIe reference clock for
the non-transparent PCIe to PCIe Bridge is provided on the AS7-D. The AS7-D will not
drive the reference clock out to its front panel port.
PCM line interfaces
The AS7-C interfaces with five 4,096 Mbit/s , the AS7-D interfaces nine 4,096/8,192
Mbit/s, serial lines (internal PCM lines) in the back plane. Four (AS7-C) or eight (AS7-D)
of these internal PCM lines (DT/DR) are connected directly to the GSW0/1 and one of
these PCM lines (T/R) are shared with other AS7 plug-in units in the same cartridge so
the termination resistors of this PCM line are not in AS7. The interface logic
multiplex/demultiplex a 4,096 Mbit/s serial line to two 2,048 Mbit/s PCM lines
respectively 8,192 Mbit/s to four 2,048 Mbit/s connected to the HDLC controller.
The PCM line interfaces are duplicated. The AS7 transmits on both sides of the PCM
lines and it receives data from the side selected by the change over signal. If the change
over signal is set low then PCM lines from the GSW0 are selected in receive direction.
Interface to basic timing signals
The AS7 interfaces to 8,192 MHz and 8 kHz basic timing signals. One kΩ serial resistors
are used in the basic timing signal inputs. Both the 8 kHz and the 8.192 MHz signals are
5V signals
Power feed
AS7 gets the +5V, -5V and +3.3V supply voltages from the back plane. All other voltages
needed in the unit must be generated in the unit. Back plane V(I/O) pins are used for
3,3V supply.
Processor voltages must be generated from 5V to divide the load of power supply
voltages.
The power up order of +5V and 3.3V of the cartridge power source is not specified.
The AS7 has current limiting electronics, including fuses, when it is plugged into a
powered on cartridge.
The PCI to Compact PCI Bridge is powered directly, through an automatic fuse, from the
backplane in order to ensure an unpowered AS7 doesn’t interfere with the backplane
Compact PCI bus.

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Operation of AS7-C/ -D AS7-C, AS7-D

5 Operation of AS7-C/ -D
Front panel of AS7-C
Figure 7 AS7-C front panel.

AP

DN03275434

The AS7-C plug-in unit has two software-controlled LED indicators (red and yellow) on
its front panel. The red LED indicator is lit when the plug-in unit is in start state; otherwise
the LED indicators are software-controlled, as indicated in the table below.
The size of the front panel is 20 x 262 mm.

Table 2 AS7-C front panel LED indicators

LED Colour Function

Red The LED is turned on after power-up and

when processor reset is activated.

AP Yellow The LED is turned off after power-up and

when processor reset is activated.

Front panel of AS7-D

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AS7-C, AS7-D Operation of AS7-C/ -D

Figure 8 AS7-D front panel

J8

AP

DN70542627

The AS7-D plug-in unit has additional one MiniSAS type connector for the external x1
PCIe interface.These interface is reserved for future use providing option for inter-board
connections. The front panel PCIe port interface is provided through a PCIe switch
device. The switch can be configured to a mode where it acts as a non-transparent PCIe
to PCIe Bridge performing the separation of the memory and PCI address domains
between the AS7-D and the external PCIe system, like the Host CPU.
The size of the front panel is 20 x 262 mm.

Table 3 AS7-D front panel LED indicators

LED Colour Function

Red The LED is turned on after power-up and

when processor reset is activated.

AP Amber / The LED (Bicolored) is turned off after

Green power-up and when processor reset is
activated.

Back plane connectors

The AS7-C back plane has the following connectors:

• P5 type: B(22), female 2mm Hard Metric connector, unshielded

• P4 type: A(22), female 2mm Hard Metric connector, shielded
• P1 type: A(22), female 2mm Hard Metric connector, shielded

DN02176023 Issue: 2-1 © 2016 Nokia 17

Operation of AS7-C/ -D AS7-C, AS7-D

The AS7-D back plane has the following connectors:

• P1 and P4 type: Z-pack connector A5x25F 50mm ANGLE PRES shielded

• P2 and P5 type: Z-pack connector B5x22F 44mm ANGLE PRES shielded
• P3 type: Z-pack connector B5x19F 44mm ANGLE PRES shielded

18 © 2016 Nokia DN02176023 Issue: 2-1

AS7-C, AS7-D Power consumption of AS7-C/ -D

6 Power consumption of AS7-C/ -D

AS7 gets +3.3 V, +5 V and -5 V supply voltages through its back plane connectors.

Table 4 Power Consumption of AS7-C

State +3.3 +5 V –5 V Total

Idle 8,98 W 2,75 W 1,02 W 12,75 W

Memory test 11,39 W 5,61 W 1,02 W 18,02 W

Boot up 9,72 W 5,87 W 0,87 W 16,46 W

Table 5 Power Consumption of AS7-D

State +3.3 +5 V –5 V Total

Idle 4,6 W 13,5 W 0,8 W 18,9 W

Memory test 4,6 W 17,3 W 0,8 W 22,7 W

DN02176023 Issue: 2-1 © 2016 Nokia 19

AS7-C C105007 AS7-C, AS7-D

7 AS7-C C105007
The figures below shows the AS7-C layout with location of switch block and connectors.
AS7-C layout
Figure 9 Connectors and micro switches of AS7-C

SW1 P5

P4

SW1

OFF ON
1 12
2 11
3 10
4 9
5 8
P1 6 7

DN03309124

Interchangeability code settings

The Interchangeability Switch Block consists of a 6–position DIP switch. This switch
contains the four interchangeability code bits. The interchangeability lines drive to '0'
when the switches are OFF.

g Note: 'OFF' is GND, 'ON' is VCC.

Table 6 SW1 switch settings.

Switch 1 Setting Meaning

1-12 OFF*) Interchangeability code bit 3 (MSB)

2-11 OFF*) Interchangeability code bit 2

3-10 OFF*) Interchangeability code bit 1

4-9 OFF*) Interchangeability code bit 0 (LSB)

5-8 OFF Not in use

6-7 OFF Not in use.

20 © 2016 Nokia DN02176023 Issue: 2-1

AS7-C, AS7-D AS7-C C105007

*) The first interchangeability code A corresponds to all switches OFF, after which the
settings start to roll for each interchangeability code change.

The table below presents the setting of the interchangeability code.

Table 7 Interchangeability code settings

ICC code Meaning

SW 1: 1–12 SW 1: 2–11 SW 1: 3–10 SW 1: 4–9 (LSB)

(MSB)

A OFF OFF OFF OFF

B OFF OFF OFF ON

C OFF OFF ON OFF

D OFF OFF ON ON

E OFF ON OFF OFF

F OFF ON OFF ON

G OFF ON ON OFF

H OFF ON ON ON

J ON OFF OFF OFF

K ON OFF OFF ON

L ON OFF ON OFF

M ON OFF ON ON

N ON ON OFF OFF

P ON ON OFF ON

R ON ON ON OFF

DN02176023 Issue: 2-1 © 2016 Nokia 21

AS7-D C110791 AS7-C, AS7-D

8 AS7-D C110791
The AS7-D has two vendors that differ in layout but are identical in function.
Advantech AS7-D
Figure 10 Connectors and micro switches of AS7-D

Interchangeability
P5 SWA
OFFON

ON
1 8

1
7

2 3 4
1 2
P4 3 6
SWB
4 5
1

SWA
P3 Bootsource
SWB
OFFON

ON
1 8

1
P2
7

2 3 4
2
3 6
4 5

P1

DN70542436

g Note: There are other pin headers on the board which are not presented in the figure.
Only the DIP switches which can be set by the user are described here. Do not make
any changes to other DIP switches or pin headers. Other DIP switches are used for
production, debugging and testing purposes only.

RadiSys AS7-D

22 © 2016 Nokia DN02176023 Issue: 2-1

AS7-C, AS7-D AS7-D C110791

Figure 11 Connectors and micro switches of AS7-D

1
SWA
P5

P4

P3
Interchangeability
SWA
P2 OFFON

ON
8

1
1

2 3 4
2 7
3 6
4 5
P1

DN70542596

Interchangeability code settings

The Interchangeability Switch Block (SWA) consists of a 4–position DIP switch. This
switch contains the four interchangeability code bits. The interchangeability lines drive to
'0' when the switches are OFF.

g Note: 'OFF' is GND, 'ON' is VCC.

Table 8 Switch settings (SWA)

Switch Default Setting Meaning

1-8 OFF*) Interchangeability code bit 3 (MSB)

2-7 OFF*) Interchangeability code bit 2

3-6 OFF*) Interchangeability code bit 1

4-5 OFF*) Interchangeability code bit 0 (LSB)

*) The first interchangeability code A corresponds to all switches OFF, after which the
settings start to roll for each interchangeability code change.
The table below presents the setting of the interchangeability code.

DN02176023 Issue: 2-1 © 2016 Nokia 23

AS7-D C110791 AS7-C, AS7-D

Table 9 Interchangeability code settings

ICC code Setting

SW 1–8 (MSB) SW 2–7 SW 3–6 SW 4–5 (LSB)

A OFF OFF OFF OFF

B OFF OFF OFF ON

C OFF OFF ON OFF

D OFF OFF ON ON

E OFF ON OFF OFF

F OFF ON OFF ON

G OFF ON ON OFF

H OFF ON ON ON

J ON OFF OFF OFF

K ON OFF OFF ON

L ON OFF ON OFF

M ON OFF ON ON

N ON ON OFF OFF

P ON ON OFF ON

R ON ON ON OFF

Boot source selection

The boot source selection switch block (SWB) consists of a 4-position DIP switch. It is
only present in the Advantech variant of AS7-D.

Switch Default Setting Meaning

1-8 OFF Not in use.

2-7 OFF Not in use.

3-6 OFF Not in use.

4-5 ON Boot mode. Default setting. Do not change this

setting.

24 © 2016 Nokia DN02176023 Issue: 2-1

AS7-C, AS7-D Connector maps

9 Connector maps
AS7-C, P5 connector
Connector P5 type: B(22), female 2mm Hard Metric connector, unshielded.

Table 10 P5 connector

CPCI
ROW
NUMBER
S

1 GND +5V +5V +5V +5V +5V GND

2 GND +5V +5V +5V +5V +5V GND

3 GND -5V -5V -5V -5V -5V GND

4 GND 8M0B 8M0A 8k0B 8k0A GND

5 GND CGSB CGSA _AS7_INT _AS7_INT GND

1 0

PCM 6 GND R04B R04A T04B T04A GND

to/from
GSW0

PCM 7 GND R14B R04A T14B T14A GND

to/from
GSW1

8 GND _AL ALTST GND

9 GND GND

Direct 10 GND DR00B DR00A DT00B DT00A GND

PCMs
to/from 11 GND DR01B DR01A DT01B DT01A GND
GSW0
12 GND DR02B DR02A DT02B DT02A GND

13 GND DR03B DR03A DT03B DT03A GND

14 GND GND

15 GND GND

16 GND GND

17 GND GND

18 GND GND

DN02176023 Issue: 2-1 © 2016 Nokia 25

Connector maps AS7-C, AS7-D

Table 10 P5 connector (Cont.)

CPCI
ROW
NUMBER
S

19 GND GND

20 GND GND

21 GND GND

22 GND GND

F E D C B A Z

AS7-C, P4 connector
Connector P4 type: A(22), female 2mm Hard Metric connector, shielded

Table 11 P4 connector

CPCI
ROW
NUMBER
S

1 GND GND

2 GND GND

3 GND GND

4 GND GND

5 GND GND

6 GND GND

7 GND GND

8 GND GND

9 GND GND

10 GND GND

11 GND GND

12 GND GND

26 © 2016 Nokia DN02176023 Issue: 2-1

AS7-C, AS7-D Connector maps

Table 11 P4 connector (Cont.)

CPCI
ROW
NUMBER
S

13 GND GND

14 GND GND

Direct 15 GND DR10B DR10A DT10B DT10A GND

PCMs
to/from 16 GND DR11B DR11A DT11B DT11A GND
GSW1
17 GND DR12B DR12A DT12B DT12A GND

18 GND DR13B DR13A DT13B DT13A GND

19 GND GND

20 GND GND

21 GND GND

22 GND GND

RS232 for 23 GND TxD0 GND* GND* RxD0 GND

UART0

RS232 for 24 GND TxD1 GND* GND* RxD1 GND

UART1

25 GND GND

F E D C B A Z

g Note: GND-signals marked as GND* are connected to ground only in AS7-C plug-in
unit (not back plane).

AS7-C, P1 connector
Connector P1 type: A(22), female 2mm Hard Metric connector, shielded.

DN02176023 Issue: 2-1 © 2016 Nokia 27

Connector maps AS7-C, AS7-D

Table 12 P1 connector

CPCI
ROW
NUMBER
S

1 GND 5V 3.3V _ENUM _REQ64 5V GND

2 GND _ACK64 AD[0] V(I/O) 5V AD[1] GND

3 GND AD[2] 5V AD[3] AD[4] 3.3V GND

4 GND AD[5] AD[6] 3.3V GND AD[7] GND

5 GND C/_BE[0] M66EN AD[8] AD[9] 3.3V GND

6 GND AD[10] AD[11] V(I/O) GND AD[12] GND

7 GND AD[13] GND AD[14] AD[15] 3.3V GND

8 GND C/_BE[1] PAR 3.3V GND _SERR GND

9 GND _PERR GND _SBO SDONE 3.3V GND

10 GND _LOCK _STOP V(I/O) GND _DEVSEL GND

11 GND _TRDY GND _IRDY _FRAME 3.3V GND

12 GND CODING GND

13 GND - GND

14 GND AREA GND

15 GND C/_BE[2] GND AD[16] AD[17] AD[18] GND

16 GND AD[19] AD[20] 3.3V GND AD[21] GND

17 GND AD[22] GND AD[23] IDSEL C/_BE[3] GND

18 GND AD[24] AD[25] V(I/O) GND AD[26] GND

19 GND AD[27] GND AD[28] AD[29] AD[30] GND

20 GND AD[31] CLK0 3.3V GND _REQ GND

21 GND _GNT GND _RST BRSV2 BRSV1 GND

22 GND INTS INTP V(I/O) GND BRSV0 GND

23 GND _INTD 5V _INTC _INTB _INTA GND

28 © 2016 Nokia DN02176023 Issue: 2-1

AS7-C, AS7-D Connector maps

Table 12 P1 connector (Cont.)

CPCI
ROW
NUMBER
S

24 GND TDI TDO TMS 5V TCK GND

25 GND 5V +12V _TRST -12V 5V GND

F E D C B A Z

g Note: +12V and -12V are not used in the cartridge. These pins are unused.
CompactPCI Bus signals V(I/O) are used for 3.3V voltage supply. They are not to be
used as the supply voltage pins for the CompactPCI Bus signal interface.

AS7-D, P5 connector
Table 13 P5 connector

CPCI
ROW
NUMBER
S

1 GND +5V +5V +5V +5V +5V GND

2 GND +5V +5V +5V +5V +5V GND

3 GND -5V -5V -5V -5V -5V GND

4 GND 8M0B 8M0A 8k0B 8k0A GND

5 GND CGSB CGSA _AS7_INT _AS7_INT GND

1 0

PCM 6 GND R08B R08A T08B T08A GND

to/from
GSW0

PCM 7 GND R18B R08A T18B T18A GND

to/from
GSW1

8 GND _AL ALTST GND

9 GND GND

DN02176023 Issue: 2-1 © 2016 Nokia 29

Connector maps AS7-C, AS7-D

Table 13 P5 connector (Cont.)

CPCI
ROW
NUMBER
S

Direct 10 GND DR00B DR00A DT00B DT00A GND

PCMs
to/from 11 GND DR01B DR01A DT01B DT01A GND
GSW0
12 GND DR02B DR02A DT02B DT02A GND

13 GND DR03B DR03A DT03B DT03A GND

14 GND GND

15 GND GND

16 GND GND

17 GND GND

18 GND GND

19 GND GND

Serial Port 20 GND TxD0 GND* GND* RxD0 GND

0

Serial Port 21 GND TxD1 GND* GMD* RxD1 GND

1

22 GND GND

F E D C B A Z

GND-signal marked as GND* are connected to ground only in AS7-D

AS7-D, P4 connector
Table 14 P4 connector

CPCI
ROW
NUMBER
S

1 GND GND

2 GND GND

30 © 2016 Nokia DN02176023 Issue: 2-1

AS7-C, AS7-D Connector maps

Table 14 P4 connector (Cont.)

CPCI
ROW
NUMBER
S

3 GND GND

Control 4 GND CCLAL0 PWAL0 _PWCLTS CGSOUT GND

Bus 0 T0 0

5 GND 16MOUT 16MOUT0 8kOUT0B 8kOUT0A GND

0B A

6 GND C0AD1B C0AD1A PCMTC0 C0AD0B C0AD0A GND

A

7 GND C0AD3B C0AD1A PCMTC0 C0AD2B C0AD2A GND

B

8 GND C0AD5B C0AD1A PCMRC0 C0AD4B C0AD4A GND

A

9 GND C0AD7B C0AD1A PCMRC0 C0AD6B C0AD6A GND

B

10 GND C0PARB C0PARA PCMTT0A C0ALEB C0ALEA GND

11 GND _C0RDB _C0RDA PCMTT0B _C0WRB _C0WRA GND

12 GND GND

13 GND Connector Key Area GND

14 GND GND

Direct 15 GND DR10B DR10A DT10B DT10A GND

PCMs
to/from 16 GND DR11B DR11A DT11B DT11A GND
GSW1
17 GND DR12B DR12A DT12B DT12A GND

18 GND DR13B DR13A DT13B DT13A GND

Control 19 GND CCLAL1 PWAL1 _PWCLTS CGSOUT GND

Bus 1 T1 1

20 GND 16MOUT 16MOUT1 8kOUT1B 8kOUT1A GND

1B A

21 GND C1AD1B C1AD1A PCMTC1 C1AD0B C1AD0A GND

A

DN02176023 Issue: 2-1 © 2016 Nokia 31

Connector maps AS7-C, AS7-D

Table 14 P4 connector (Cont.)

CPCI
ROW
NUMBER
S

22 GND C1AD3B C1AD3A PCMTC1 C1AD2B C1AD2A GND

B

23 GND C1AD5B C1AD5A PCMRC1 C1AD4B C1AD4A GND

A

24 GND C1AD7B C1AD7A PCMRC1 C1AD6B C1AD6A GND

B

25 GND C1PARB C1PARA PCMTT1A C1ALEB C1ALEA GND

F E D C B A Z

The Control Bus interfaces are not used when the AS7-D pluh-in unit using in the MBIF
slot.
AS7-D, P3 connector
Table 15 P3 connector

CPCI
ROW
NUMBER
S

Control 1 GND _C1RDB _C1RDA PCMTT1B _C1WRB _C1WRA GND

Bus 1

2 GND GND

3 GND GND

4 GND GND

5 GND GND

Direct 6 GND DR04B DR04A DT04B DT04A GND

PCMs
to/from 7 GND DR05B DR05A DT05B DT05A GND
GSW 0
8 GND DR06B DR06A DT06B DT06A GND

9 GND DR07B DR07A DT07B DT07A GND

32 © 2016 Nokia DN02176023 Issue: 2-1

AS7-C, AS7-D Connector maps

Table 15 P3 connector (Cont.)

CPCI
ROW
NUMBER
S

Direct 10 GND DR14B DR14A DT14B DT14A GND

PCMs
to/from 11 GND DR15B DR15A DT15B DT15A GND
GSW 1
12 GND DR16B DR16A DT16B DT16A GND

13 GND DR17B DR17A DT17B DT17A GND

14 GND GND

15 GND GND

16 GND GND

17 GND GND

18 GND GND

19 GND GND

F E D C B A Z

AS7-D, P2 connector
Table 16 P2 connector

CPCI
ROW
NUMBER
S

1 GND GND

2 GND GND

3 GND GND

4 GND GND

5 GND GND

6 GND GND

7 GND GND

DN02176023 Issue: 2-1 © 2016 Nokia 33

Connector maps AS7-C, AS7-D

Table 16 P2 connector (Cont.)

CPCI
ROW
NUMBER
S

8 GND GND

9 GND AD[32] GND AD[33] AD[34] AD[35] GND

10 GND AD[36] AD[37 GND AD[38] GND

11 GND AD[39] GND AD[40] AD[41] AD[42] GND

12 GND AD[43] AD[44] GND AD[45] GND

13 GND AD[46] GND AD[47] AD[48] AD[49] GND

14 GND AD[50] AD[51] GND AD[52] GND

15 GND AD[53] GND AD[54] AD[55] AD[56] GND

16 GND AD[57] AD[58] GND AD[59] GND

17 GND AD[60] GND AD[61] AD62[] AD[63] GND

18 GND PAR64 C/BE[4]# C/BE[5]# GND

19 GND C/BE[6]# GND C/BE[7]# GND

F E D C B A Z

AS7-D, P1 connector
Table 17 P1 connector

CPCI
ROW
NUMBER
S

1 GND 5V 3.3V ENUM# REQ64# 5V GND

2 GND ACK64# AD[0] 5V AD[1] GND

3 GND AD[2] AD[3] AD[4] 3.3V GND

4 GND AD[5] AD[6] 3.3V AD[7] GND

5 GND C/BE[0]# M66EN AD[8] AD[9] 3.3V GND

34 © 2016 Nokia DN02176023 Issue: 2-1

AS7-C, AS7-D Connector maps

Table 17 P1 connector (Cont.)

CPCI
ROW
NUMBER
S

6 GND AD[10] AD[11] GND AD[12] GND

7 GND AD[13] GND AD[14] AD[15] 3.3V GND

8 GND C/BE[1]# PAR 3.3V GND SERR# GND

9 GND PERR# GND SBO# SDONE 3.3V GND

10 GND LOCK# STOP# GND DEVSEL# GND

11 GND TRDY# GND IRDY# FRAME# 3.3V GND

12 GND GND

13 GND Connector Key Area GND

14 GND GND

15 GND C/BE[2]# GND AD[16] AD[17] AD[18] GND

16 GND AD[19] AD[20] GND AD[21] GND

17 GND AD[22] GND AD[23] ISEL C/BE[3]# GND

18 GND AD[24] AD[25] AD[26] GND

19 GND AD[27] AD[28] AD[29] AD[30] GND

20 GND AD[31] CLK0 REQ# GND

21 GND GNT# GND RST# BRSV2 BRSV1 GND

22 GND INTS INTP GND BRSV0 GND

23 GND INTD# 5V INTC# INTB# INTA# GND

24 GND TDI TDO TMS 5V TCK GND

25 GND 5V +12V TRST# -12V 5V GND

F E D C B A Z

DN02176023 Issue: 2-1 © 2016 Nokia 35