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Jumper Settings of the Plug-in Units in Flexi BSC andTCSM3i
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Table of Contents
This document has 231 pages
Summary of changes .................................................................. 10
1 Overview.......................................................................................11
2 AS7-C C105007........................................................................... 14
3 AS7-D C110791........................................................................... 17
4 CLAB-S C08839...........................................................................21
5 CLAB-U C111246......................................................................... 24
6 CLAB-UA C111464.......................................................................27
7 CL3TG-U C111247, CL2TG-UA C111461, CL3TG-VA C111463. 30
8 CL3TG-UA C111462.................................................................... 33
8.1 CL3TG-UA (version 1)................................................................. 33
8.2 CL3TG-UA (version 3)................................................................. 36
9 Tone generators and sequencing memory file size settings of CL3TG-U/-V/-VA, CL3TG-UA version 3, CL2TG-U/-UA/-UT........39
10 CP1D-A C111441......................................................................... 41
10.1 Advantech CP1D-A......................................................................41
10.1.1 Equipping DIMM modules............................................................ 41
10.2 Radisys CP1D-A.......................................................................... 42
10.2.1 Equipping DIMM modules............................................................ 43
10.3 DIP-switch settings.......................................................................43
11 CP816-A C108488....................................................................... 46
11.1 Advantech CP816-A.....................................................................46
11.1.1 Equipping DIMM modules............................................................ 46
11.1.2 DIP-switch settings.......................................................................47
11.2 Force CP816-A............................................................................ 4911.2.1 Equipping DIMM modules............................................................ 49
11.2.2 DIP-switch settings.......................................................................50
11.3 RadiSys CP816-A........................................................................ 52
11.3.1 Equipping DIMM modules............................................................ 52
11.3.2 DIP-switch settings.......................................................................53
12 CP816-AC C111134..................................................................... 55
12.1 Advantech CP816-AC.................................................................. 55
12.1.1 Equipping DIMM modules............................................................ 55
12.1.2 DIP-switch settings.......................................................................56
12.2 RadiSys CP816-AC......................................................................58
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12.2.1 Equipping DIMM modules............................................................ 58
12.2.2 DIP-switch settings.......................................................................59
13 ETIP1-A C111193.........................................................................61
14 ETP C111826............................................................................... 64
14.1 Jumpers....................................................................................... 64
14.2 DIP-switches................................................................................ 64
15 ETP-A C111828............................................................................67
15.1 Jumpers....................................................................................... 67
15.2 DIP-switches................................................................................ 67
16 ETS2 C109474.............................................................................70
17 ET16 C109519............................................................................. 7317.1 Emerson ET16 (versions 1-4)...................................................... 73
17.2 Emerson ET16 (version 5 onwards).............................................74
17.3 Interphase ET16...........................................................................75
17.4 Interchangeability settings............................................................76
18 HWAT-A C08950.......................................................................... 77
19 HWAT-B C111250.........................................................................80
20 PCU2-D C108407........................................................................ 83
21 PCU2-E C110629.........................................................................87
22 SBMUX-A C110546......................................................................91
23 SERO-B C109453...................................................................... 111
24 SWPRO-C C111169................................................................... 116
25 SW256B C109365..................................................................... 120
26 TR3E C109454, TR3A C109455, TR3T C111545......................228
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List of FiguresFigure 1 Connectors and micro switches of AS7-C.......................................... 14
Figure 2 Connectors and micro switches of AS7-D.......................................... 17Figure 3 Connectors and micro switches of AS7-D.......................................... 18
Figure 4 Jumpers and EPROM circuits of plug-in unit CLAB-S........................21
Figure 5 Jumpers and flash circuits of plug-in unit CLAB-U............................. 24
Figure 6 Jumpers and flash circuits of plug-in unit CLAB-UA...........................27
Figure 7 Jumper pins, standard jumpers in the CL3TG-U, CL2TG-UA, CL3TG-VA....................................................................................................... 30
Figure 8 Jumper pins, standard jumpers, and EPROM circuits in the CL3TG-UA (version 1).....................................................................................33
Figure 9 Jumper pins, standard jumpers in the CL3TG-UA (version 3)............36
Figure 10 Micro switches of the CP1D-A (Advantech)....................................... 41
Figure 11 Micro switches of the CP1D-A (Radisys)............................................42
Figure 12 Connectors and switches of the CP816- A.......................................... 46
Figure 13 Connectors and switches of the CP816-A..........................................49
Figure 14 Connectors and switches of the CP816- A.......................................... 52
Figure 15 Connectors and switches of the CP816- AC....................................... 55
Figure 16 Connectors and switches of the CP816-AC....................................... 58
Figure 17 DIP switches of plug-in unit ETIP1-A..................................................61
Figure 18 Jumper group of the plug-in unit ETP.................................................64
Figure 19 Jumper group of the plug-in unit ETP-A............................................. 67Figure 20 Jumpers and micro switches of the ETS2.......................................... 70
Figure 21 Jumpers and micro switches of the Emer son ET16 (version 1)......... 73
Figure 22 Jumpers and micro switches of the Emer son ET16 (version 5onwards)............................................................................................. 74
Figure 23 Jumpers and micro switches of the Inter phase ET16.........................75
Figure 24 Jumpers of the plug-in unit HWAT-A...................................................77
Figure 25 Jumpers of the plug-in unit HWAT-B...................................................80
Figure 26 The connectors, LED indicators and DIP switch group of the PCU2-D..83
Figure 27 Jumpers, DIP switch and backplane connectors of plug-in unit PCU2-E......................................................................................................... 87
Figure 28 Connectors, micro switch and settings of the SBMUX-A....................91
Figure 29 Jumper and micro switch settings of the SERO-B............................ 111
Figure 30 DIP switches of the plug-in unit SWPRO-C...................................... 116
Figure 31 Connectors, micro switch and settings of the SW256B....................120
Figure 32 Jumper group of the plug-in unit TR3E/A......................................... 228
Figure 33 Jumper group of the plug-in unit TR3T (version 1)...........................228
Figure 34 Jumper group of the plug-in unit TR3T (version 2)...........................229
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List of TablesTable 1 SW1 switch settings........................................................................... 14
Table 2 Interchangeability code settings......................................................... 15Table 3 Switch settings (SWA)........................................................................ 18
Table 4 Interchangeability code settings......................................................... 19
Table 5 Standard settings of CLAB-S (W1, W3, W4, W5-7, W9, W11, W12). 21
Table 6 Interchangeability code settings of CLAB-S (W13)............................ 22
Table 7 Standard settings of CLAB-U (W51, W66, W70, W73, W74, W75,W78, W79, W82, W86).......................................................................24
Table 8 Interchangeability code settings of CLAB-U (W73)............................ 25
Table 9 Standard settings of CLAB-UA (W51, W66, W70, W73, W74, W75,W82, W86)..........................................................................................27
Table 10 Interchangeability code settings of CLAB-UA (W73)..........................28
Table 11 Standard settings of CL3TG-U, CL2TG-U A, CL3TG-VA.................... 31
Table 12 Interchangeability code settings of CL3TG-U, CL2TG-UA, CL3TG-VA(W11).................................................................................................. 32
Table 13 Standard settings of CL3TG-UA (version 1).......................................34
Table 14 Alternative settings of CL3TG-UA (version 1) (W3, W4, W5, W6, W7)..34
Table 15 Interchangeability code settings of CL3TG-UA (version 1) (W13)......35
Table 16 Standard settings of CL3TG-UA (version 3).......................................37
Table 17 Interchangeability code settings of CL3TG-UA (W11)........................37
Table 18 Tone and sequencing memory jumper settings of CL3TG-U/-V/-VA,CL3TG-UA version 3 and CL2TG-U/-UA/-UT.....................................39
Table 19 SWA/SW1 switch settings.................................................................. 43
Table 20 Interchangeability code (ICC) settings (SWA/SW1)........................... 44
Table 21 SW1 switch settings........................................................................... 47
Table 22 Interchangeability code (ICC) settings (SW1).................................... 48
Table 23 SW1 switch settings........................................................................... 50
Table 24 Interchangeability code (ICC) settings (SW1).................................... 50
Table 25 SW3 switch settings........................................................................... 53
Table 26 Interchangeability code (ICC) settings (SW3).................................... 53Table 27 SW1 switch settings........................................................................... 56
Table 28 Interchangeability code (ICC) settings (SW1).................................... 57
Table 29 SW3 switch settings........................................................................... 59
Table 30 Interchangeability code (ICC) settings (SW3).................................... 59
Table 31 Standard settings of ETIP1-A (DIP switch S2 and S3).......................61
Table 32 Interchangeability code settings of ETIP1-A (DIP-Switch S1))...........62
Table 33 Standard settings of W11................................................................... 64
Table 34 Interchangeability code settings of ETP............................................. 65
Table 35 Interchangeability code settings with DIP-switch S1.......................... 65
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Table 36 Standard settings of W11................................................................... 67
Table 37 Interchangeability code settings of ETP- A..........................................68
Table 38 Interchangeability code settings with DIP-switch S1.......................... 68
Table 39 Jumper W3 settings............................................................................70
Table 40 Interchangeability code (ICC) settings (SW1).................................... 71
Table 41 Configuration settings (SW2)..............................................................71
Table 42 Interchangeability code (ICC) settings (B2 / W2 / W1).......................76
Table 43 Standard settings of HWAT-A (W3, W10)...........................................77
Table 44 Alternative settings of HWAT-A (W2)..................................................78
Table 45 Interchangeability code settings of HWAT-A (W4)..............................78
Table 46 Standard settings of HWAT-B (W6).................................................... 80
Table 47 Alternative settings of HWAT-B (W1)..................................................81
Table 48 Interchangeability code settings of HWAT-B (W4)..............................81
Table 49 The use of W5.................................................................................... 84
Table 50 The use of W6.................................................................................... 84
Table 51 Setting the interchangeability code.....................................................85
Table 52 The use of W5 for PCU2-D in BSC3i..................................................86
Table 53 The use of W6 for PCU2-D in BSC3i..................................................86
Table 54 Settings of PCU2-E in BSC3i 660 GSWB (W1)..................................87
Table 55 Settings of PCU2-E in BSC3i 660 GSW1KB (W1)............................. 88
Table 56 Settings of PCU2-E in BSC3i 1000/2000 (W1)...................................88
Table 57 Settings of PCU2-E in Upgrated Flexi BSC (W1)............................... 88
Table 58 Settings of PCU2-E in New delivered Flexi BSC (W1)....................... 88
Table 59 Standard settings of PCU2-E in Flexi BSC (W12)..............................89
Table 60 Standard settings of PCU2-E in Flexi BSC (W13)..............................89
Table 61 Interchangeability code settings of PCU2-E (SW1)............................89
Table 62 PCM mode settings on the SBMUX-A (SW1).....................................91
Table 63 Interchangeability settings on the SBMUX-A (SW2).......................... 92
Table 64 Interchangeability code (ICC) settings (SW2).................................... 92
Table 65 Serial Broadband Interface SB1 settings on the SBMUX-A (SW3).... 93
Table 66 Serial Broadband Interface SB2 settings on the SBMUX-A (SW4).... 94Table 67 Serial Broadband Interface SB3 settings on the SBMUX-A (SW5).... 95
Table 68 Serial Broadband Interface SB4 settings on the SBMUX-A (SW6).... 96
Table 69 PCM mode settings on the SBMUX-A (SW1).....................................97
Table 70 Serial Broadband Interface SB1 settings on the SBMUX-A (SW3).... 97
Table 71 Serial Broadband Interface SB2 settings on the SBMUX-A (SW4).... 97
Table 72 Serial Broadband Interface SB2 settings on the SBMUX-A (SW4).... 99
Table 73 Serial Broadband Interface SB3 settings on the SBMUX-A (SW5).. 100
Table 74 Serial Broadband Interface SB3 settings on the SBMUX-A (SW5).. 102
Table 75 Serial Broadband Interface SB4 settings on the SBMUX-A (SW6).. 103
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Table 76 Serial Broadband Interface SB4 settings on the SBMUX-A (SW6)..105
Table 77 PCM mode settings on the SBMUX-A (SW1)...................................106
Table 78 Serial Broadband Interface SB1 settings on the SBMUX-A (SW3)..106
Table 79 Serial Broadband Interface SB2 settings on the SBMUX-A (SW4).. 107
Table 80 Serial Broadband Interface SB3 settings on the SBMUX-A (SW5).. 108
Table 81 Serial Broadband Interface SB4 settings on the SBMUX-A (SW6).. 109
Table 82 Alternative setting of SERO-B...........................................................111
Table 83 Interchangeability code settings of SERO-B (W11).......................... 114
Table 84 Switch settings (SWA)...................................................................... 117
Table 85 Interchangeability code settings of SWPRO-C................................. 117
Table 86 Switch settings (SWE)...................................................................... 118
Table 87 GSWB Control Bus Clock Phase code settings................................119
Table 88 PCM mode settings on the SW256B (SW1).....................................120
Table 89 Interchangeability settings on the SW256B (SW2)...........................121
Table 90 Interchangeability code (ICC) settings (SW2).................................. 121
Table 91 Serial Broadband Interface SB1 settings on the SW256B (SW3).... 122
Table 92 Serial Broadband Interface SB2 settings on the SW256B (SW4).... 123
Table 93 Serial Broadband Interface SB3 settings on the SW256B (SW5).... 124
Table 94 Serial Broadband Interface SB4 settings on the SW256B (SW6).... 125
Table 95 Jumper setting of the SW256B in S15 new delivery Flexi BSC (SW1)..126
Table 96 Jumper setting of the SW256B in S15 new delivery Flexi BSC (SW3) .126
Table 97 Jumper setting of the SW256B in S15 new delivery Flexi BSC (SW4)..130
Table 98 Jumper setting of the SW256B in S15 new delivery Flexi BSC (SW5)..134
Table 99 Jumper setting of the SW256B in S15 new delivery Flexi BSC (SW6)..135
Table 100 Jumper setting of the SW256B in combined BSC/TCSM installationwhere BSC part is S15 new delivery Flexi BSC (SW1).................... 144
Table 101 Jumper setting of the SW256B in combined BSC/TCSM installation
where BSC part is S15 new delivery Flexi BSC (SW3) ................... 145Table 102 Jumper setting of the SW256B in combined BSC/TCSM installation
where BSC part is S15 new delivery Flexi BSC (SW4).................... 148
Table 103 Jumper setting of the SW256B in combined BSC/TCSM installationwhere BSC part is S15 new delivery Flexi BSC (SW5).................... 152
Table 104 Jumper setting of the SW256B in combined BSC/TCSM installationwhere BSC part is S15 new delivery Flexi BSC (SW6).................... 153
Table 105 PCM mode settings on the SW256B (SW1).....................................175
Table 106 Serial Broadband Interface SB1 settings on the SW256B (SW3).... 176
Table 107 Serial Broadband Interface SB2 settings on the SW256B (SW4).... 178
Table 108 Serial Broadband Interface SB3 settings on the SW256B (SW5).... 181
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Table 109 Serial Broadband Interface SB4 settings on the SW256B (SW6).... 183
Table 110 PCM mode settings on the SW256B (SW1).....................................187
Table 111 Serial Broadband Interface SB1 settings on the SW256B (SW3).... 187
Table 112 Serial Broadband Interface SB2 settings on the SW256B (SW4).... 189
Table 113 Serial Broadband Interface SB3 settings on the SW256B (SW5).... 193
Table 114 Serial Broadband Interface SB4 settings on the SW256B (SW6).... 195
Table 115 PCM mode settings on the SW256B (SW1).....................................200
Table 116 Serial Broadband Interface SB1 settings on the SW256B (SW3).... 201
Table 117 Serial Broadband Interface SB2 settings on the SW256B (SW4).... 202
Table 118 Serial Broadband Interface SB3 settings on the SW256B (SW5).... 207
Table 119 Serial Broadband Interface SB4 settings on the SW256B (SW6).... 209
Table 120 PCM mode settings on the SW256B (SW1).....................................213
Table 121 Serial Broadband Interface SB1 settings on the SW256B (SW3).... 214
Table 122 Serial Broadband Interface SB2 settings on the SW256B (SW4).... 216
Table 123 Serial Broadband Interface SB3 settings on the SW256B (SW5).... 221
Table 124 Serial Broadband Interface SB4 settings on the SW256B (SW6).... 223
Table 125 Interchangeability code settings of TR3E/A (W7) and TR3T (W12).......229
Table 126 ETSI/ANSI settings of TR3T (W14).................................................. 230
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Summary of changes
Changes between document issues are cumulative. Therefore, the latest documentissue contains all changes made to previous issues.
Changes between issues 2-9 and 2-8
W66 jumper setting in CLAB-U C111246 and CLAB-UA C111464 is updated.
Changes between issues 2-8 and 2-7
Sections CLAB-U C111246 and CLAB-UA C111464 have been added.
Changes between issues 2-7 and 2-6
Section PCU2-E C110629 updated with jumper setting info.
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1 Overview
Jumper settings of plug-in units in Flexi BSC and TCSM3i provides the basic informationneeded for setting the various jumpers of the plug-in units in the Flexi BSC and TCSM3i.
The settings are referred to as standard when no changes are required, and alternative
when the application delivered may need reconfiguration.
Before setting the various jumpers of the plug-in units in the Flexi BSC and TCSM3i, the
user is advised to read the information presented below.
Presentation of the settings
The standard and alternative jumpers of the plug-in units are presented in tables except
if the plug-in unit has factory settings. The standard settings are illustrated in the jumper
group location maps. For the standard jumpers, the table indicates the jumper group
number, the connection required and a note about the connection. For the alternative
settings, the meaning of the connection (like the plug-in unit location), the required
connection and a note about the connection are listed. Each alternative jumper group is
preceded by a title describing it.
In the column Connection, a hyphen (-) is used between the pins of the jumper group
that are to be connected on the plug-in unit. The pins are symbolized by consecutive
numbers. If there is only a hyphen and no numbers in the column, no connection is
made. The numbers of the jumper group(s) are also given for the alternative settings.
The column Note indicates the alternative selected with the jumper concerned. If the
jumper group is relevant only in connection with plug-in unit testing, the column is blank.
The alternatives are listed in the plug-in unit descriptions.
If the plug-in unit has a jumper group which is strapped for interchangeability, the setting
alternatives are presented in a form that differs from the presentation of the other tables.
In the interchangeability table,
• X = the corresponding connection is made
• blank = the corresponding connection is not made.
Implementation of the jumper settings
A hardware setting (strapping) is made by means of a jumper (marked by a rectangle).
The materials required: Jumper code 15291 00089
Selection of settings
Settings are often called only jumper settings, or when they can clearly be defined they
are divided into two groups:
• standard settings
• alternative settings
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The standard settings do not depend on external factors, so they are always set in the
same way regardless of the equipment position.
The alternative settings depend on external factors, such as the track position, the
parameter to be selected, and the operating environment.
The plug-in units with both standard and alternative settings are a mixture of the cases in
the two previous chapters.
Presentation of the read-only memory circuits
The following information is given about the read-only memory circuits:
• location of read-only memory circuit(s) of the plug-in unit
• installation direction of read-only memory circuit(s) (direction of the notch of circuit(s))
• setting of read-only memory circuit(s) in the socket (sockets of circuit(s) are indicatedwith broken line)
• the following can be read inside the circuit(s) depending on the case:
– EPROM or PROM; either marking HIGH or LOW on 8-bit read-only memory
circuits (not on 16-bit circuits)
– base addresses of circuits (for some plug-in units, only the beginning of the base
address of the circuit, e.g. 60 = 60000H, A0 = A0000H, is presented) or the name
of the program on the circuit + indexes of circuits.
The following plug-in units have settings that the user can set:
AS7-C
AS7-D
CLAB-S
CL3TG-U, CL2TG-UA, CL3TG-VA
CL3TG-UA
CP1D-A
CP816-A
CP816-AC
ETIP1-A
ETP
ETP-A
ETS2
ET16
HWAT-A
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HWAT-B
PCU2-D
PCU2-E
SBMUX-A
SERO-B
SWPRO-C
SW256B
TR3E, TR3A, TR3T
The following plug-in units have no jumper settings to be set by the user:
• DCAR1-A
• ESB24-A, ESB24-D and ESB26: The switch and the pin header on the board are
only for testing purposes.
• PSC6-AB and PSC6-A
• PSC6-CB and PSC6-C
• PSC6-D
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2 AS7-C C105007
The figures below shows the AS7-C layout with location of switch block and connectors.
AS7-C layout
Figure 1 Connectors and micro switches of AS7-C
P4
P5
P1
SW1
DN03309124
SW1
OFF ON
1
2
3
4
5
6
12
11
109
8
7
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 'OFF' is GND, 'ON' is VCC.
Table 1 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)
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Table 1 SW1 switch settings. (Cont.)
Switch 1
Setting
Meaning
5-8 OFF Not in use
6-7 OFF Not in use.
*) 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 2 Interchangeability code settings
ICC code
Meaning
SW 1: 1–12
(MSB)
SW 1: 2–11 SW 1: 3–10 SW 1: 4–9 (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
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Table 2 Interchangeability code settings (Cont.)
ICC code
Meaning
N ON ON OFF OFF
P ON ON OFF ON
R ON ON ON OFF
AS7-C C105007 Jumper Settings of the Plug-in Units in Flexi BSC andTCSM3i
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3 AS7-D C110791
The AS7-D has two vendors that differ in layout but are identical in function.
Advantech AS7-D
Figure 2 Connectors and micro switches of AS7-D
P4
P5
P1
P2
P3
DN70542436
SWA
1
SWA
Interchangeability
1
2
3
4
ON 1
2
3
4
8
7
6
5
OFF ON
1
2
3
4
ON 1
2
3
4
8
7
6
5
OFF ON
SWB
Boot source
SWB
1
g 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.
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RadiSys AS7-D
Figure 3 Connectors and micro switches of AS7-D
DN70542596
P4
P5
P1
P2
P3
SWA
Interchangeability
1
2
3
4
ON 1
2
3
4
8
7
6
5
OFF ON
SWA1
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 'OFF' is GND, 'ON' is VCC.
Table 3 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.
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Table 4 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.
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Switch
Default Setting
Meaning
2-7 OFF Not in use.
3-6 OFF Not in use.
4-5 ON Boot mode. Default setting. Do not change this
setting.
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4 CLAB-S C08839
Figure 4 Jumpers and EPROM circuits of plug-in unit CLAB-S
Standard settings
W5-W6,W9, W12
1 2
W1, W7,W10
1
2
Interchangeability
W3-W432
1
5678
4321
W11
W131 2 3 4
8 7 6 5
W1
PRTAW5
W7
W10
W3 W4
W6W9
W11
W12
W13
PROME0000H
PROMC0000H
DN98618661
The PRTA (Processor Test Adaptor) is a connector which can be used for testing and
servicing.
Standard settings are presented in the table below, and the jumpers must be set asshown during normal operation.
There are no alternative settings available on the plug-in unit.
Jumper group W13 is used for setting the interchangeability code of the plug-in unit
when required, see the table below.
Standard settings (W1, W3, W4, W5-7, W9, W11, W12)
Table 5 Standard settings of CLAB-S (W1, W3, W4, W5-7, W9, W11, W12)
Jumper
Setting
Meaning
W1;1 - 2 ON 32 MHz clock signal of the processor is not disconnected
W3;2 - 3
W4;2 - 3
W12;1 - 2
ON
ON
ON
Automatic phase advance enabled (used in Mobile Circuit
Core DX NEs)
W5;1 - 2 ON Watchdog enabled
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Table 5 Standard settings of CLAB-S (W1, W3, W4, W5-7, W9, W11, W12) (Cont.)
Jumper
Setting
Meaning
W6;1 - 2 ON The 32 MHz output signal of the phase lock circuit is not dis-
connected
W7;1 - 2 ON The reset signal of the plug-in unit is not disconnected
W9;1 - 2 ON The 64 MHz output signal of the phase lock circuit is not dis-
connected
W10;1 - 2 ON The reset signal of the processor is not disconnected
W11;ALL OFF Used for testing of the phase lock circuit
Interchangeability code settings (W13)
Table 6 Interchangeability code settings of CLAB-S (W13)
ICC code
W13 settings
1 - 8 2 - 7 3 - 6 4 - 5
A ON ON ON ON
B OFF ON ON ON
C ON OFF ON ON
D OFF OFF ON ON
E ON ON OFF ON
F OFF ON OFF ON
G ON OFF OFF ON
H OFF OFF OFF ON
J ON ON ON OFF
K OFF ON ON OFF
L ON OFF ON OFF
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Table 6 Interchangeability code settings of CLAB-S (W13) (Cont.)
ICC code
W13 settings
M OFF OFF ON OFF
N ON ON OFF OFF
P OFF ON OFF OFF
R ON OFF OFF OFF
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5 CLAB-U C111246
Figure 5 Jumpers and flash circuits of plug-in unit CLAB-U
Standard settings
Interchangeability
W731 2 3 4
8 7 6 5
PRTA
W73
PROM
Dn70550007
W70,74,75,78,86
W71,72
1 2
4 3
W70 W72
W71
W74
W75
W86
W51
W66
W78 W79W82
12
43
W51
1
2
34
5
6
W82
1
2 3
4
W79
1
4 3
2
W66
1 432
8 567
The PRTA (Processor Test Adaptor) is a connector which can be used for testing and
servicing.
Standard settings are presented in the table below, and the jumpers must be set as
shown during normal operation.
There are no alternative settings available on the plug-in unit.
Jumper group W73 is used for setting the interchangeability code of the plug-in unit
when required, see the table below.
Standard settings (W51, W66, W70, W74, W75, W78, W79, W82, W86)
Table 7 Standard settings of CLAB-U (W51, W66, W70, W73, W74, W75, W78,W79, W82, W86)
Jumper
Setting
Meaning
W51;1 - 4 ON The reset signal of the plug-in unit is disconnected
W66;4 - 5 ON Used for testing of the phase lock circuit
W70;1 - 4 ON Watchdog Stop is enabled
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Table 7 Standard settings of CLAB-U (W51, W66, W70, W73, W74, W75, W78,W79, W82, W86) (Cont.)
Jumper
Setting
Meaning
W71;1 - 2
W71;2 - 3
OFF
ON
Setting of phase advance: LD2 or TSR0A automatic setting of
phase advance
W72;1 - 2
W72;2 - 3
OFF
ON
Setting of phase advance: LD4 or TSR0B automatic setting of
phase advance
W74;1 - 4 ON The 32 MHz output signal of the phase lock circuit is connect-
ed
W75;1 - 4 ON The 64 MHz output signal of the phase lock circuit is connect-
ed
W78;1 - 4 ON Automatic setting of phase advance
W79;1 - 4 OFF Flash is write protected
W82;1 - 4 ON The processor is not in the reset state
W86;1 - 4 ON 32 MHz clock signal of the processor is connected
Interchangeability code settings (W73)
Table 8 Interchangeability code settings of CLAB-U (W73)
ICC code
W73 settings
1 - 8 2 - 7 3 - 6 4 - 5
A ON ON ON ON
B OFF ON ON ON
C ON OFF ON ON
D OFF OFF ON ON
E ON ON OFF ON
F OFF ON OFF ON
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Table 8 Interchangeability code settings of CLAB-U (W73) (Cont.)
ICC code
W73 settings
G ON OFF OFF ON
H OFF OFF OFF ON
J ON ON ON OFF
K OFF ON ON OFF
L ON OFF ON OFF
M OFF OFF ON OFF
N ON ON OFF OFF
P OFF ON OFF OFF
R ON OFF OFF OFF
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6 CLAB-UA C111464
Figure 6 Jumpers and flash circuits of plug-in unit CLAB-UA
Standard settings
Interchangeability
W731 2 3 4
8 7 6 5
PRTA
W73
PROM
DN70616379?
W70,74,75,78,86
1 2
W71,72
4 3
W70 W72
W71
W74
W75
W86
W51
W66
W78W82
12
43
W51
1
2
34
5
6
W82
1
2 3
4
W66
1 432
8 567
The PRTA (Processor Test Adaptor) is a connector which can be used for testing and
servicing.
Standard settings are presented in the table below, and the jumpers must be set as
shown during normal operation.
There are no alternative settings available on the plug-in unit.
Jumper group W73 is used for setting the interchangeability code of the plug-in unit
when required, see the table below.
Standard settings (W51, W66, W70, W74, W75, W82, W86)
Table 9 Standard settings of CLAB-UA (W51, W66, W70, W73, W74, W75, W82,
W86)
Jumper
Setting
Meaning
W51;1 - 4 ON The reset signal of the plug-in unit is disconnected
W66;4 - 5 ON Used for testing of the phase lock circuit
W70;1 - 4 OFF Flash is write protected
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Table 9 Standard settings of CLAB-UA (W51, W66, W70, W73, W74, W75, W82,W86) (Cont.)
Jumper
Setting
Meaning
W71;1 - 2
W71;2 - 3
OFF
ON
Setting of phase advance: LD2 or TSR0A automatic setting of
phase advance
W72;1 - 2
W72;2 - 3
OFF
ON
Setting of phase advance: LD4 or TSR0B automatic setting of
phase advance
W74;1 - 4 ON The 32 MHz output signal of the phase lock circuit is connect-
ed
W75;1 - 4 ON The 64 MHz output signal of the phase lock circuit is connect-
ed
W82;1 - 4 ON The processor is not in the reset state
W86;1 - 4 ON 32 MHz clock signal of the processor is connected
Interchangeability code settings (W73)
Table 10 Interchangeability code settings of CLAB-UA (W73)
ICC code
W73 settings
1 - 8 2 - 7 3 - 6 4 - 5
A ON ON ON ON
B OFF ON ON ON
C ON OFF ON ON
D OFF OFF ON ON
E ON ON OFF ON
F OFF ON OFF ON
G ON OFF OFF ON
H OFF OFF OFF ON
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Table 10 Interchangeability code settings of CLAB-UA (W73) (Cont.)
ICC code
W73 settings
J ON ON ON OFF
K OFF ON ON OFF
L ON OFF ON OFF
M OFF OFF ON OFF
N ON ON OFF OFF
P OFF ON OFF OFF
R ON OFF OFF OFF
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7 CL3TG-U C111247, CL2TG-UA C111461,CL3TG-VA C111463
Figure 7 Jumper pins, standard jumpers in the CL3TG-U, CL2TG-UA, CL3TG-VA
DN0967332
W38
1 2 3
6 5 4
W35
4 5 6
3 2 1
W36
4
5
6
3
2
1
W2
3 4
2 1
W12
5 6 7 8
4 3 2 1
W5
21
34
W11 5
6
7
8
4
3
2
1
W39
W35
W36W2
W38
W12
W5
W11
W10
W6
W37
1 2 3
6 5 4
4 5 6
3 2 1
W9
W1,W6,W8
3
4
2
1
W1
W37
W8 W9
3
4
2
1W10
EPROM
B
EPROM
A
W39
1 2 3
6 5 4
W40
3 4
2 1
W40
Standard settings are presented in the table below, and the jumpers must be set as
shown during normal operation.
Alternative settings on jumper groups W10, and W2 depend on the application aspresented in the table below. In the previous design (CL3TG, CL3TG-S, CL2TG-S) the
capacity of sequential memory was determined by strapping groups W4 and W5 and the
capacity of tone memory with strapping groups W6 and W7. In the redesign one size of
memory will be used for both options, so these straps are not needed anymore. For
jumper W4 and W5 schematic will be changed to do a fixed connection equivalent to the
short between pins 1 and 2 and for W6 and W7 the equivalent fixed connection is
between pins 2 and 3. Jumper groups W35, W36, W38, W39 and W40 are used in
TONE FLASH and for more information, please refer to Tone generators and sequencing
memory file size settings of CL3TG-U/-V/-VA, CL3TG-UA version 3, CL2TG-U/-UA .
Jumper group W11 is used for setting the interchangeability code of the plug-in unit when
required, see the table below.
CL3TG-U C111247, CL2TG-UA C111461, CL3TG-VAC111463
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Standard settings (W1, W2, W6, W8, W10)
Table 11 Standard settings of CL3TG-U, CL2TG-UA, CL3TG-VA
Jumper
Setting
Meaning
W1 1-2 ON = for testing use in normal operation
W2 1-2 ON = Tone generator uses 30 time slots
(used with TON-FIA-A)
OFF = Tone generator uses 28 time slots
(used with TON-SXCA)
W5 1-2 OFF = manual reset signal of the plug-in
unit disconnected in normal operation
W6 1-2 ON = normal situation
OFF = power on reset to CPLD disconnect-
ed
W8 1-2 ON = normal situation
OFF = 16MHz clock output disconnected
W9 2-3 ON = for testing use in normal operation
W10 1-2 ON= normal situation
OFF = 32MHz clock output disconnected
W12 1-8 ON = Watchdog function enabled in normal
situation
OFF = Watchdog function disabled
2-7 ON = Flash write protection enabled
OFF = Flash write protection disabled
W37 1-2 ON = for testing use in normal operation
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Interchangeability code settings (W11)
Table 12 Interchangeability code settings of CL3TG-U, CL2TG-UA, CL3TG-VA(W11)
ICC code
W11 settings
1 - 8 2 - 7 3 - 6 4 - 5
A ON ON ON ON
B OFF ON ON ON
C ON OFF ON ON
D OFF OFF ON ON
E ON ON OFF ON
F OFF ON OFF ON
G ON OFF OFF ON
H OFF OFF OFF ON
J ON ON ON OFF
K OFF ON ON OFF
L ON OFF ON OFF
M OFF OFF ON OFF
N ON ON OFF OFF
P OFF ON OFF OFF
R ON OFF OFF OFF
CL3TG-U C111247, CL2TG-UA C111461, CL3TG-VAC111463
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8 CL3TG-UA C111462
CL3TG-UA has two different versions which can be separated by differences in thePWB.
8.1 CL3TG-UA (version 1)
Figure 8 Jumper pins, standard jumpers, and EPROM circuits in the CL3TG-UA(version 1)
Alternativesettings
W13
1 2 3 4
8 7 6 5
W4-W71
23
1
2
W3
Standard
settings
W2, W9, W12
1 2
W1,W81
2
1 2 3
W11
W1 W2
W3W5
W4
W7
W6
Phase memory B**)
Phase memory A**) J1
J5
J2
PRTA
W12
PROM90000H
W13
W11
W9
W8
3 2
3 0
3 2
3 0
1 2
1 2
DN98618697
Standard settings are presented in the table below, and the jumpers must be set as
shown during normal operation.
Alternative settings on jumper groups W3, W4, W5, W6, and W7 depend on the
application as presented in the table below.
Jumper group W13 is used for setting the interchangeability code of the plug-in unit
when required, see the table below.
• There are two different sizes of read-only memory circuits for phase memory and
tone generator memory: 28-pin (256 kbit) and 32-pin (1 Mbit / 2 Mbit / 4 Mbit).
• The PRTA (Processor Test Adaptor) W10 is a connector which can be used for
testing and servicing.
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Standard settings (W1, W2, W8, W9, W11, W12)
Table 13 Standard settings of CL3TG-UA (version 1)
Jumper
Setting
Meaning
W1;1 - 2 ON For testing purposes
W2;1 - 2 ON For testing purposes
W8;1 - 2 ON For testing purposes
W9;1 - 2 ON For testing purposes
W11;1 - 2 ON For testing purposes
W12;1 - 2 ON For testing purposes
Alternative settings (W3, W4, W5, W6, W7)
Table 14 Alternative settings of CL3TG-UA (version 1) (W3, W4, W5, W6, W7)
Jumper
Setting
Meaning
W3;1 - 2
W4;2 - 3
W5;1 - 2
W6;1 - 2
W7;2 - 3
ON
ON
ON
ON
ON
TON-XXX product:
Tone generator memory 1 Mbit /
Phase memory 1 Mbit
TON-MYAICC B
TON-SEAICC C
TON-SEBICC B
TON-GBAICC B
TON-GBBICC A
TON-LKAICC B
TON-THAICC B
TON-THBICC B
W3;1 - 2
W4;2 - 3
W5;1 - 2
W6;2 - 3
ON
ON
ON
ON
Tone generator memory 2 Mbit
or 4 Mbit / Phase memory 1 Mbit
Other TON products and newer
ICCs than listed above
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Table 14 Alternative settings of CL3TG-UA (version 1) (W3, W4, W5, W6, W7)(Cont.)
Jumper
Setting
Meaning
W7;2 - 3 ON
ICC = Interchangeability code
Interchangeability code settings (W13)
Table 15 Interchangeability code settings of CL3TG-UA (version 1) (W13)
ICC code
W13 settings
1 - 8 2 - 7 3 - 6 4 - 5
A ON ON ON ON
B OFF ON ON ON
C ON OFF ON ON
D OFF OFF ON ON
E ON ON OFF ON
F OFF ON OFF ON
G ON OFF OFF ON
H OFF OFF OFF ON
J ON ON ON OFF
K OFF ON ON OFF
L ON OFF ON OFF
M OFF OFF ON OFF
N ON ON OFF OFF
P OFF ON OFF OFF
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Table 15 Interchangeability code settings of CL3TG-UA (version 1) (W13) (Cont.)
ICC code
W13 settings
R ON OFF OFF OFF
8.2 CL3TG-UA (version 3)
CL3TG-UA (version 3) jumper settings
Figure 9 Jumper pins, standard jumpers in the CL3TG-UA (version 3)
DN0967332
W38
1 2 3
6 5 4
W35
4 5 6
3 2 1
W36
4
5
6
3
2
1
W2
3 4
2 1
W12
5 6 7 8
4 3 2 1
W5
21
34
W11 5
6
7
8
4
3
2
1
W39
W35
W36W2
W38
W12
W5
W11
W10
W6
W37
1 2 3
6 5 4
4 5 6
3 2 1
W9
W1,W6,W8
3
4
2
1
W1
W37
W8 W9
3
4
2
1W10
EPROM
B
EPROM
A
W39
1 2 3
6 5 4
W40
3 4
2 1
W40
Jumper groups W35, W36, W38, W39 and W40 are used in TONE FLASH and for more
information, please refer to Tone generators and sequencing memory file size settings of
CL3TG-U/-V/-VA, CL3TG-UA version 3, CL2TG-U/-UA/-UT .
The settings for jumpers W1, W2, W5, W6, W8, W9, W10, W12 and W37 are described
in the following table.
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Standard setting for CL3TG-UA (version 3)
Table 16 Standard settings of CL3TG-UA (version 3)
Jumper
Setting
Meaning
W1 1-2 ON = for testing use in normal operation
W2 1-2 ON = Tone generator uses 30 time slots
(used with TON-FIA-A)
OFF = Tone generator uses 28 time slots
(used with TON-SXCA)
W5 1-2 OFF = manual reset signal of the plug-inunit disconnected in normal operation
W6 1-2 ON = normal situation
OFF = power on reset to CPLD disconnect-
ed
W8 1-2 ON = normal situation
OFF = 16MHz clock output disconnected
W9 2-3 ON = for testing use in normal operation
W10 1-2 ON= normal situation
OFF = 32MHz clock output disconnected
W12 1-8 ON = Watchdog function enabled in normal
situation
OFF = Watchdog function disabled
2-7 ON = Flash write protection enabled
OFF = Flash write protection disabled
W37 1-2 ON = for testing use in normal operation
Interchangeability code settings (W11)
Table 17 Interchangeability code settings of CL3TG-UA (W11)
ICC code
W11 settings
1 - 8 2 - 7 3 - 6 4 - 5
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9 Tone generators and sequencing memory filesize settings of CL3TG-U/-V/-VA, CL3TG-UA
version 3, CL2TG-U/-UA/-UT
Two tone products TON-FIA-A and TON-SXCA are used but other tone products are also
possible.
The table in the following describes the tone and sequencing memory jumper settings for
all new CLxTG-X variants including CL3TG-U/-V/-VA, CL3TG-UA version 3 and CL2TG-
U/-UA/-UT.
Table 18 Tone and sequencing memory jumper settings of CL3TG-U/-V/-VA, CL3TG-UA version 3 and CL2TG-U/-UA/-UT
File Size
Tone
Memory (A)
IC58
Tone Product
Sequencing
Memory (B)
IC57
Tone Product
32 kByte W39 2-3
W39 4-5
W35 2-5
W38 1-2-3
W38 4-5
W40 1-4
TON-SXCA
128 kByte W36 4-5
W39 2-3
W39 4-5
TON-SXCA W35 5-6
W38 2-3
W38 4-5
W40 1-2
TON-FIA-A
256 kByte W36 2-3
W36 4-5
W39 1-2
W39 4-5
TON-FIA-A W35 1-2
W35 5-6
W38 1-2
W38 4-5
W40 1-2
512 kByte W36 2-3
W36 4-5
W39 1-2
W39 5-6
W35 1-2
W35 5-6
W38 1-2
W38 5-6
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Table 18 Tone and sequencing memory jumper settings of CL3TG-U/-V/-VA, CL3TG-UA version 3 and CL2TG-U/-UA/-UT (Cont.)
File Size
Tone
Memory (A)
IC58
Tone Product
Sequencing
Memory (B)
IC57
Tone Product
W40 1-2
Tone generators and sequencing memory file sizesettings of CL3TG-U/-V/-VA, CL3TG-UA version 3,CL2TG-U/-UA/-UT
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10 CP1D-A C111441
The CP1D-A has two vendors that differ in layout but are identical in function. They canbe distinguished from each other by the following:
• slight differences in the front panel (cooling fins)
• differences on the PWB.
10.1 Advantech CP1D-A
Figure 10 Micro switches of the CP1D-A (Advantech)
P4
P5
P1
P2
2
2
1
1
DN70658197
1
5 8
6 7
SWA
1
2
3
4
ON1
23
4
12
1110
9
ONOFFInterchangeability
5
6
SWA
11 01 10 00
10.1.1 Equipping DIMM modules
Selecting Dual Channel Mode
When equipping DIMM modules for Dual Channel Mode, note that DIMM modules must
be equipped in pairs. Therefore, fill first DIMM10 and DIMM00 and DIMM11 and DIMM01
second.
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g When using Dual Channel Mode, parallel DIMM slots (i.e. DIMM10 andDIMM00, for example) must have identical DIMMs (an identical DIMM means
an identical Nokia Siemens Networks C-code). DIMMs in series within a
memory channel do not have to be identical (i.e. DIMM11 and DIMM10, for example). For example, there can be 512MB DIMMs in slots DIMM11 and
DIMM01 and 1GB DIMMs in slots DIMM10 and DIMM00.
Selecting Single Channel Mode
When equipping DIMM modules for Single Channel Mode, fill first DIMM00 and DIMM01
second.
g Dual Channel Mode is default. Single Channel Mode is used only if so specifiedin delivery specific documentation.
10.2 Radisys CP1D-A
Figure 11 Micro switches of the CP1D-A (Radisys)
P4
P5
P1
P2
2
2
1
1
DN70658146
1
5 8
6 7
SW1
1
2
3
4
ON1
2
3
4
12
11
10
9
ONOFFInterchangeability
5
6
SW1
J11 J12 J13 J14
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10.2.1 Equipping DIMM modules
Selecting Dual Channel Mode
When equipping DIMM modules for Dual Channel Mode, note that DIMM modules must
be equipped in pairs. Therefore, fill first J14 and J13 and J12 and J11 second.
g When using Dual Channel Mode, parallel DIMM slots (i.e. J14 and J13, for example) must have identical DIMMs (an identical DIMM means an identical
Nokia Siemens Networks C-code). DIMMs in series within a memory channel
do not have to be identical (i.e. J14 and J12, for example). For example, there
can be 512MB DIMMs in slots J14 and J13 and 1GB DIMMs in slots J12 and
J11.
Selecting Single Channel ModeWhen equipping DIMM modules for Single Channel Mode, fill first J14 and J12 second.
g Dual Channel Mode is default. Single Channel Mode is used only if so specifiedin delivery specific documentation.
10.3 DIP-switch settings
The following settings are made with micro switch see the table below:
• Interchangeability code
• MBIF status (in use / not in use).
Table 19 SWA/SW1 switch settings.
Switch
Setting
Meaning
1-12 OFF*) Interchangeability code bit 3
2-11 OFF*) Interchangeability code bit 2
3-10 OFF*) Interchangeability code bit 1
4-9 OFF*) Interchangeability code bit 0
5-8 OFF Not in use
6-7 OFF Message Bus Interface (MBIF) status:
OFF = MBIF in use (bit D3 in register 104h reads
0)
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Table 19 SWA/SW1 switch settings. (Cont.)
Switch
Setting
Meaning
ON = MBIF is not in use (bit D3 in register 6Eh
reads as 0)
*) 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 20 Interchangeability code (ICC) settings (SWA/SW1).
ICC code
Switch setting
Switch 1 (MSB) Switch 2 Switch 3 Switch 4 (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
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Table 20 Interchangeability code (ICC) settings (SWA/SW1). (Cont.)
ICC code
Switch setting
R ON ON ON OFF
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11 CP816-A C108488
The CP816-A has three vendors that differ in layout but are identical in function. Theycan be distinguished from each other by the following:
• slight differences in the front panel (cooling fins)
• differences on the PWB.
11.1 Advantech CP816-A
Figure 12 Connectors and switches of the CP816-A
P2
P4
P1
DN05160554
P5
Interchangeability
SW1
OFF ON
SW1
121112
103
94
85
76
P3
A1 B1 A2 B2
11.1.1 Equipping DIMM modules
Selecting Dual Channel Mode
When equipping DIMM modules for Dual Channel Mode, note that DIMM modules must
be equipped in pairs. Therefore, fill first A2 and B2 and A1 and B1 second.
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g When using Dual Channel Mode, parallel DIMM slots (i.e. A2 and B2, for example) must have identical DIMMs (an identical DIMM means an identical
Nokia Siemens Networks C-code). DIMMs in series within a memory channel
do not have to be identical (i.e. A1 and A2, for example). For example, therecan be 512MB DIMMs in slots A1 and B1 and 1GB DIMMs in slots A2 and B2.
Selecting Single Channel Mode
When equipping DIMM modules for Single Channel Mode, fill first A2 and A1 second.
g Dual Channel Mode is default. Single Channel Mode is used only if so specifiedin delivery specific documentation.
11.1.2 DIP-switch settings
The following settings are made with micro switch see the table below:
• Interchangeability code
• MBIF status (in use / not in use).
Table 21 SW1 switch settings.
Switch 1
Setting
Meaning
1-12 OFF*) Interchangeability code bit 3
2-11 OFF*) Interchangeability code bit 2
3-10 OFF*) Interchangeability code bit 1
4-9 OFF*) Interchangeability code bit 0
5-8 OFF Not in use
6-7 OFF Message Bus Interface (MBIF) status: OFF =
MBIF in use (bit D3 in register 104h reads 0).
In NE installations, when EMB is used, this setting
must be ON = MBIF not in use.
*) 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.
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Table 22 Interchangeability code (ICC) settings (SW1).
ICC code
Switch setting
Switch 1 (MSB) Switch 2 Switch 3 Switch 4 (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
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11.2 Force CP816-A
Figure 13 Connectors and switches of the CP816-A
DN0480066
SW1
P10P12P11 P13
1
2
3
4
5
6
ON OFF
SW1
12
11
10
9
8
7
ICH3-S
MCH
CPU
11.2.1 Equipping DIMM modules
Selecting Dual Channel Mode
When equipping DIMM modules for Dual Channel Mode, note that DIMM modules must
be equipped in pairs. Therefore, fill first P13 and P11 and P12 and P10 second.
g When using Dual Channel Mode, parallel DIMM slots (i.e. P13 and P11, for example) must have identical DIMMs (an identical DIMM means an identical
Nokia Siemens Networks C-code). DIMMs in series within a memory channel
do not have to be identical (i.e. P13 and P12, for example). For example, there
can be 512MB DIMMs in slots P13 and P11 and 1GB DIMMs in slots P12 and
P10.
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Selecting Single Channel Mode
When equipping DIMM modules for Single Channel Mode, fill first P11 and P10 second
g Dual Channel Mode is default. The Single Channel Mode is used only if sospecified in delivery specific documentation.
11.2.2 DIP-switch settings
The following settings are made with micro switch see the table below:
• Interchangeability code
• MBIF status (in use / not in use).
Table 23 SW1 switch settings.
Switch 1
Setting
Meaning
1-12 OFF*) Interchangeability code bit 3
2-11 OFF*) Interchangeability code bit 2
3-10 OFF*) Interchangeability code bit 1
4-9 OFF*) Interchangeability code bit 0
5-8 OFF Not in use
6-7 OFF Message Bus Interface (MBIF) status: OFF =
MBIF in use (bit D3 in register 104h reads 0).
In NE installations, when EMB is used, this setting
must be ON = MBIF not in use.
*) 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 24 Interchangeability code (ICC) settings (SW1).
ICC code
Switch setting
Switch 1 (MSB) Switch 2 Switch 3 Switch 4 (LSB)
A OFF OFF OFF OFF
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Table 24 Interchangeability code (ICC) settings (SW1). (Cont.)
ICC code
Switch setting
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
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11.3 RadiSys CP816-A
Figure 14 Connectors and switches of the CP816-A
DN0480078
1
2
3
4
5
6
ONOFF
SW3
12
11
10
9
8
7
Daughter Board
SW3J12 J13J14
CPU
J11
MCH
ICH3-S
MCH
11.3.1 Equipping DIMM modules
Selecting Dual Channel Mode
When equipping DIMM modules for Dual Channel Mode, note that DIMM modules must
be equipped in pairs. Therefore, fill first J14 and J13 and J12 and J11 second.
g When using Dual Channel Mode, parallel DIMM slots (i.e. J14 and J13, for example) must have identical DIMMs (an identical DIMM means an identical
Nokia Siemens Networks C-code). DIMMs in series within a memory channel
do not have to be identical (i.e. J14 and J12, for example). For example, there
can be 512MB DIMMs in slots J14 and J13 and 1GB DIMMs in slots J12 and
J11.
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Table 26 Interchangeability code (ICC) settings (SW3). (Cont.)
ICC code
Switch setting
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
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12 CP816-AC C111134
The CP816-AC has two vendors that differ in layout but are identical in function. Theycan be distinguished from each other by the following:
• slight differences in the front panel (cooling fins)
• differences on the PWB.
12.1 Advantech CP816-AC
Figure 15 Connectors and switches of the CP816-AC
P2
P4
P1
DN70407181
P5
Interchangeability
SW1
OFF ON
SW1
121112
103
94
85
76
A1 B1 A2 B2
12.1.1 Equipping DIMM modules
Selecting Dual Channel Mode
When equipping DIMM modules for Dual Channel Mode, note that DIMM modules must
be equipped in pairs. Therefore, fill first A2 and B2 and A1 and B1 second.
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g When using Dual Channel Mode, parallel DIMM slots (i.e. A2 and B2, for example) must have identical DIMMs (an identical DIMM means an identical
Nokia Siemens Networks C-code). DIMMs in series within a memory channel
do not have to be identical (i.e. A1 and A2, for example). For example, therecan be 512MB DIMMs in slots A1 and B1 and 1GB DIMMs in slots A2 and B2.
Selecting Single Channel Mode
When equipping DIMM modules for Single Channel Mode, fill first A2 and A1 second.
g Dual Channel Mode is default. Single Channel Mode is used only if so specifiedin delivery specific documentation.
12.1.2 DIP-switch settings
The following settings are made with micro switch see the table below:
• Interchangeability code
• MBIF status (in use / not in use).
Table 27 SW1 switch settings.
Switch 1
Setting
Meaning
1-12 OFF*) Interchangeability code bit 3
2-11 OFF*) Interchangeability code bit 2
3-10 OFF*) Interchangeability code bit 1
4-9 OFF*) Interchangeability code bit 0
5-8 OFF Not in use
6-7 OFF Message Bus Interface (MBIF) status: OFF =
MBIF in use (bit D3 in register 104h reads 0).
In NE installations, when EMB is used, this setting
must be ON = MBIF not in use.
*) 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.
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Table 28 Interchangeability code (ICC) settings (SW1).
ICC code
Switch setting
Switch 1 (MSB) Switch 2 Switch 3 Switch 4 (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
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12.2 RadiSys CP816-AC
Figure 16 Connectors and switches of the CP816-AC
DN70407209
ICH3-S
SW3
J11 J12 J13 J14
1
2
3
4
5
6
ONOFF
SW3
12
11
10
9
8
7
CPU
MCH
12.2.1 Equipping DIMM modules
Selecting Dual Channel Mode
When equipping DIMM modules for Dual Channel Mode, note that DIMM modules must
be equipped in pairs. Therefore, fill first J14 and J13 and J12 and J11 second.
g When using Dual Channel Mode, parallel DIMM slots (i.e. J14 and J13, for example) must have identical DIMMs (an identical DIMM means an identical
Nokia Siemens Networks C-code). DIMMs in series within a memory channel
do not have to be identical (i.e. J14 and J12, for example). For example, there
can be 512MB DIMMs in slots J14 and J13 and 1GB DIMMs in slots J12 and
J11.
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Selecting Single Channel Mode
When equipping DIMM modules for Single Channel Mode, fill first J14 and J12 second.
g Dual Channel Mode is default. Single Channel Mode is used only if so specifiedin delivery specific documentation.
12.2.2 DIP-switch settings
The following settings are made with micro switch see the table below:
• Interchangeability code
• MBIF status (in use / not in use).
Table 29 SW3 switch settings.
Switch 1
Setting
Meaning
1-12 OFF*) Interchangeability code bit 3
2-11 OFF*) Interchangeability code bit 2
3-10 OFF*) Interchangeability code bit 1
4-9 OFF*) Interchangeability code bit 0
5-8 OFF Not in use
6-7 OFF Message Bus Interface (MBIF) status: OFF =
MBIF in use (bit D3 in register 104h reads 0).
In NE installations, when EMB is used, this setting
must be ON = MBIF not in use.
*) 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 30 Interchangeability code (ICC) settings (SW3).
ICC code
Switch setting
Switch 1 (MSB) Switch 2 Switch 3 Switch 4 (LSB)
A OFF OFF OFF OFF
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Table 30 Interchangeability code (ICC) settings (SW3). (Cont.)
ICC code
Switch setting
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
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Table 31 Standard settings of ETIP1-A (DIP switch S2 and S3) (Cont.)
DIP switch
1-8
2-7
3-6
4-5
Meaning
X X X X all other switch positions are reserved for
future use
Interchangeability code settings (S1)
Table 32 Interchangeability code settings of ETIP1-A (DIP-Switch S1))
ICC code
S1 settings
Switch 1 - 8 2 - 7 3 - 6 4 - 5
A OFF OFF OFF OFF
B ON OFF OFF OFF
C OFF ON OFF OFF
D ON ON OFF OFF
E OFF OFF ON OFF
F ON OFF ON OFF
G OFF ON ON OFF
H ON ON ON OFF
J OFF OFF OFF ON
K ON OFF OFF ON
L OFF ON OFF ON
M ON ON OFF ON
N OFF OFF ON ON
P ON OFF ON ON
R OFF ON ON ON
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"A" is the default value of the ICC code (all switches OFF)
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14 ETP C111826
Jumper blo