Archive-name: sun-hdwr-ref/part6
Posting-Frequency: as revised
Version: $Id: part6,v 1.3 1995/08/06 23:08:20 jwbirdsa Exp $
THE SUN HARDWARE REFERENCE
compiled by James W. Birdsall
(jwbirdsa@picarefy.com)
PART VI
=======
APPENDICES
APPENDICES
==========
Cardcage configuration tables
-----------------------------
How to use the cardcage configuration tables:
Boards are listed in order of priority, from top to bottom. If two
boards would prefer to be installed in the same slot, whichever board is
toward the top of the table wins, unless the lower board cannot be
installed in any other slot.
Many boards can be installed in any of several slots. The most
desirable slot is indicated with "A", the second most desirable with
"B", and so on.
Note that many boards are unfortunately not listed. Also note that
these are only the official Sun-recommended board orders (except where
specifically noted); in many cases boards will work in other slots.
Consult the listings for the individual boards. Note that memory boards
usually need to be in the recommended positions, since there is usually
a special memory bus in the backplane to which all memory boards must
connect.
Note that the configurations below represent the cardcage tables
dated 6/8/88. Sometimes there are major changes in preferred slots
between cardcage table revisions. If you think you need an older version
(5/13/87 is available), send me email (remind me that 5/13/87 is in
revision 1.1 of part 7, please).
MULTIBUS
2/120
board slot: 1 2 3 4 5 6 7 8 9
CPU 501-1007/1051 A - - - - - - - -
1st memory 501-1013/1048 - A - - - - - - -
2nd memory 501-1013/1048 - - A - - - - - -
3rd memory 501-1013/1048 - - - A - - - - -
4th memory 501-1013/1048 - - - - A - - - -
5th memory 501-1013/1048 * # - - - - - A - - -
ALM-8 USART 370-1046 * - - - - - A - - -
ALM-8 controller 370-1047 - - - - - - A - -
mono framebuffer 501-1003/1052* - - - - B A - - -
1st SCP 370-1049 - - - - - - A B -
2nd SCP 370-1049 - - - - - - - A B
SCSI/serial 501-1006 - - - B A - C D E
1st Ethernet 501-1004/370-0288 - - A B C - D E F
2nd Ethernet 501-1004/370-0288 - - - A B - C D E
1st 1/2" tape ** - - - - - - A B C
2nd 1/2" tape ** - - - - - - - A B
1st Xylogics 450 SMD 370-1012 - - - - - - A B C
2nd Xylogics 450 SMD 370-1012 - - - - - - - A B
Sky FFP 370-1021 - - - - - - A B C
Color processor 501-0461 - - F E D - C B A
* In older backplanes (501-1090), slot 6 must be occupied by
either a monochrome framebuffer board or a P2 terminator
board. Newer backplanes do not need external P2 termination.
** Either the Computer Products Corporation TAPEMASTER
(370-0502?/0167?) or the Xylogics 472 1/2" 6250bpi tape
controller (370-0502?).
# Memory boards have been confirmed to work in slot six of a
2/120 with a newer backplane.
2/170
board slot: 1 2 3 4 5 6 7 8 9 10 11 12 13 14 15
CPU 501-1007/1051 A - - - - - - - - - - - - - -
1st mem 501-1013/1048 - A - - - - - - - - - - - - -
2nd mem 501-1013/1048 - - A - - - - - - - - - - - -
3rd mem 501-1013/1048 - - - A - - - - - - - - - - -
4th mem 501-1013/1048 - - - - A - - - - - - - - - -
5th mem 501-1013/1048 # - - - - - A - - - - - - - - -
mono fb 501-1003/1052 - - - - - A - - - - - - - - -
1st SCP 370-1049 - - - - - - A - - - - - - - -
2nd SCP 370-1049 - - - - - - - A - - - - - - -
SCSI/serial 501-1006 - - - B A - C D E - - - - - -
1st Ethernet * - - A B C - D E F G - - - - -
2nd Ethernet * - - - A B - C D E F G - - - -
1st 1/2" tape ** - - - - - - A B C D E F - - -
2nd 1/2" tape ** - - - - - - - A B C D E F - -
1st SMD 370-1012 ## - - - - - - A B C D E F G H -
2nd SMD 370-1012 ## - - - - - - - A B C D E F G H
Sky FFP 370-1021 - - - - - - A B C D E F G H I
Color proc 501-0461 - - - - - - - - - - - - - - A
ALM-14 ctrl 370-1047 - - - - - - A B C D E F G H I
ALM-14 USART 370-1048 - - - - - - - A B C D E F G H
* Either the Sun 501-1004 or the 3COM 370-0288.
** Either the Computer Products Corporation TAPEMASTER
(370-0502?/0167?) or the Xylogics 472 1/2" 6250bpi tape
controller (370-0502?).
# Memory boards have been confirmed to work in slot six of a
2/120, and should work in a 2/170.
## Xylogics 450.
VME
Note that VME cards frequently have "springfingers" on their rear
edges, metal strips that are installed between the edge of the PC board
and the outer panel to reduce RFI emissions, with serrated metal
"fingers" protruding from either side of the strip. If a board with
springfingers is installed next to a board without springfingers, there
must be a plastic insulator shield over the fingers on the side toward
the fingerless board, to prevent possible shorting of component leads to
the springfingers.
VME cardcages (except for the 2/50 and the 3/75) also have jumpers on
the backplane itself, one set per slot, which must be set appropriately
for the board in the corresponding slot. These jumpers are marked Px0y,
where x is the number of the slot and y is the number of the jumper.
Jumpers Px00, Px01, and Px02 must always be installed in normal use.
Jumpers Px03 (BG3) and Px04 (IACK) are installed according to the board
in the slot, and always installed for empty slots. Note that 2/130 and
2/160 systems shipped before 11/1/85 did not have these jumpers
installed by default. The highest-numbered slot is usually (always?)
missing Px04. Note that the jumpers are usually (always?) on the
opposite side of the backplane from the VME connectors and are usually
(always?) accessed via a panel in the front of the machine.
2/50
board slot: 1 2
CPU 501-1141/1142/1143 * A -
memory/SCSI/FFP ** - A
* 501-1141 1M CPU
501-1142 2M CPU
501-1143 4M CPU
** 501-1020 1M memory
501-1046 2M memory
501-1067 3M memory
501-1047 4M memory
501-1079 0M memory
501-1147 501-1079 0M memory + 501-1045 "Sun-2" SCSI
501-1148 501-1079 0M memory + 370-1029 Sky FFP
The 501-1045 "Sun-2" SCSI and 370-1029 Sky FFP may also be
piggybacked on the 1-4M memory boards, but there is no
separate part number for these combinations.
2/130, 2/160
board slot: 1 2 3 4& 5 6 7 8 9 10 11 12 Px03 Px04
CPU 501-1144/1145/1146* A - - - - - - - - - - - UN UN
memory ** - A - - - - - - - - - - JU JU
GP 501-1055 - - A - - - - - - - - - UN UN
GB 501-1058 - - - A - - - - - - - - JU JU
color fb 501-1014/1116 - - - - A - - - - - - - JU UN
ALM-1 501-1157 && - - - - - - - - - - - A UN N/A
SCSI 501-1149 - - - - - A - - - - - - UN UN
1st SCP 501-1158 & - - A B C D E - - - - - UN UN
2nd SCP 501-1158 & - - - A B C D E - - - - UN UN
1st MAPKIT 501-1202 & # - - A A C C E E G G - - UN UN
- - - B B D D F F - - -
2nd MAPKIT 501-1202 & # - - - - A A C C E E G G UN UN
- - - - - B B D D F F -
1st 1/2" tape ctrl ## @ - - A B C D E F G H I J UN UN
2nd 1/2" tape ctrl ## @ - - - A B C D E F G H I UN UN
1st SMD ctrl @ @@ - - A B C D E F G H I J UN UN
2nd SMD ctrl @ @@ - - - A B C D E F G H I UN UN
Sky FFP 501-1151 - - - - A B C D E F G H JU JU
2nd Ethernet 501-1153 - - A B C D E F G H I J UN UN
1st IPC 501-1125 - - - - - - - - - B - A JU UN
2nd IPC 501-1125 - - - - - - - - B - A - JU UN
3rd IPC 501-1125 - - - - - - - B - A - - JU UN
4th IPC 501-1125 - - - - - - B - A - - - JU UN
* 501-1144 1M CPU
501-1145 2M CPU
501-1146 4M CPU
** 501-1070 1M memory
501-1096 2M memory
501-1071 3M memory
501-1097 4M memory
& Slot 4 cannot be populated with other than a 501-1058
graphics buffer (GB) when a 501-1055 graphics processor (GP)
is in slot 3, unless the Multibus-VME converter (used on the
GP?) is 501-1054-04 rev A or later. Otherwise, there will be
contention on the "GP/GB bus".
&& The 501-1157 ALM-1 covers two slots (11 and 12) but only
connects electrically to 12. Hence, treat slot 11 as empty
(i.e. jump both P1103 and P1104).
# The 501-1202 MAPKIT covers two slots but only connects
electrically to the lower-numbered slot. Hence, treat the
higher-numbered slot as empty (i.e. jump both Px03 and Px04).
## 501-1155 Xylogics 472 1/2" tape controller (6250bpi)
501-1156 CPC 1/2" tape controller (1600bpi)
@ Do not place either a 1/2" tape controller or an SMD
controller in a slot to the left of the SCSI board. Doing so
may adversely impact the functionality of the SCSI subsystem.
@@ 501-1154 Xylogics 450 SMD controller in Multibus-VME converter
501-1166 Xylogics 451 SMD controller in Multibus-VME converter
3/75
board slot: 1 2
CPU 501-1163/1164 * A -
memory/SCSI ** - A
* 501-1163 2M CPU
501-1164 4M CPU
** 501-1111 2M memory
501-1122 4M memory
501-1121 0M memory
501-1172 501-1121 0M memory + 501-1045 "Sun-2" SCSI
The 501-1045 "Sun-2" SCSI may also be piggybacked on the 2M
or 4M memory boards, but there is no separate part number for
these combinations.
The 501-1236 "Sun-3" SCSI had not been qualified for use in
the 3/75 as of June 1988.
3/110
board slot: 1 2* 3* Px03 Px04
CPU 501-1134/1209 A - - UN UN
1st 4M RAM 501-1132 - A - JU JU
2nd 4M RAM 501-1132 - - A JU JU
FPA 501-1105 - A B JU JU
1st SCP 501-1158 * - A B UN UN
2nd SCP 501-1158 * - - A UN UN
1st MCP 501-1221 ! - A B UN UN
2nd MCP 501-1221 ! - - A UN UN
1st ALM-2 501-1203 ! - A B UN UN
2nd ALM-2 501-1203 ! - - A UN UN
MAPKIT 501-1202 ** - A A UN UN
SCSI 501-1138/1217 - B A UN UN
2nd Ethernet 501-1153 * - B A UN UN
1st IPC 501-1125 - B A JU UN
2nd IPC 501-1125 - A - JU UN
* If you wish to install a Multibus-VME converter-based board
in slots 2 or 3, you just use converters 501-1054-04 rev A
or later to avoid contention on the P2 memory bus.
** The 501-1202 MAPKIT covers slots 2 and 3 but only connects
electrically to slot 2. Hence, treat slot 3 as empty (i.e.
jump both P303 and P304).
! See "Important Note about ALM and MCP products", below.
3/140
board slot: 1 2* 3* Px03 Px04
CPU ## A - - UN UN
1st memory ** - A - JU JU
2nd memory ** - - A JU JU
FPA 501-1105 - A B JU JU
1st SCP 501-1158 * - A B UN UN
2nd SCP 501-1158 * - - A UN UN
1st MCP 501-1221 ! - A B UN UN
2nd MCP 501-1221 ! - - A UN UN
1st ALM-2 501-1203 ! - A B UN UN
2nd ALM-2 501-1203 ! - - A UN UN
MAPKIT 501-1202 # - A A UN UN
SCSI 501-1138/1217 - B A UN UN
2nd Ethernet 501-1153 * - B A UN UN
1st IPC 501-1125 - B A JU UN
2nd IPC 501-1125 - A - JU UN
* If you wish to install a Multibus-VME converter-based board
in slots 2 or 3, you just use converters 501-1054-04 rev A
or later to avoid contention on the P2 memory bus.
** 501-1131 2M memory
501-1132 4M memory
# The 501-1202 MAPKIT covers slots 2 and 3 but only connects
electrically to slot 2. Hence, treat slot 3 as empty (i.e.
jump both P303 and P304).
## 501-1163 2M CPU
501-1164 4M CPU
501-1208 4M CPU
! See "Important Note about ALM and MCP products", below.
3/150
board slot: 1 2# 3# 4# 5# 6# Px03 Px04
CPU * A - - - - - UN UN
1st 4M memory 501-1132 - A - - - - JU JU
FPA 501-1105 - - - A - - JU JU
2nd 4M memory 501-1132 - - A - - - JU JU
3rd 4M memory 501-1132 - - - A - - JU JU
GP/GP+/GP2 ** % %% - - - - A - UN UN
GB 501-1058 # % - - - - - A JU JU
ALM-1 501-1157 # ## ! - - - - - A UN N/A
1st SCP 501-1158 # - A B C D E UN UN
2nd SCP 501-1158 # - - A B C D UN UN
1st MCP 501-1221 ! - A B C D E UN UN
2nd MCP 501-1221 ! - - A B C D UN UN
3rd MCP 501-1221 ! - - - A B C UN UN
4th MCP 501-1221 ! - - - - A B UN UN
1st ALM-2 501-1203 ! - A B C D E UN UN
2nd ALM-2 501-1203 ! - - A B C D UN UN
3rd ALM-2 501-1203 ! - - - A B C UN UN
4th ALM-2 501-1203 ! - - - - A B UN UN
SunLink Channel Adpt @ - A A C C - UN UN
- - B B D D
1st MAPKIT 501-1202 @@ - A A C C - UN UN
- - B B D D
2nd MAPKIT 501-1202 @@ - - - A A - UN UN
- - - - B B
SCSI 501-1138/1217 - A B C D E UN UN
Sun-2 clr 501-1014 & % - A B C D E JU UN
cg3 color 501-1116 & % - A B C D E JU UN
cg5 color 501-1267 & $ - A B C D E JU UN w/o GP or GP+
" " " " && $ - A B C - - JU UN with GP or GP+
" " " " %% - - - - - A JU UN with GP2
2nd Ethernet 501-1153 # - A B C D E UN UN
1st IPC 501-1125 - A B C D E JU UN
2nd IPC 501-1125 - - A B C D JU UN
* 501-1163 2M CPU
501-1164 4M CPU
501-1208 4M CPU
** 501-1055 Graphics Processor
501-1139 Graphics Processor Plus
501-1268 Graphics Processor 2
& The 501-1014 Sun-2 color framebuffer, 501-1116 cg3 color
framebuffer, and 501-1267 cg5 color framebuffer are mutually
exclusive.
&& When installed with either the 501-1055 graphics processor or
the 501-1139 graphics processor plus, the cg5 may be
installed in slots 2-4 only.
$ The gp5's P2 bus must be disabled.
# If you wish to install a Multibus-VME converter-based board
in slots 2-4, you just use converters 501-1054-04 rev A or
later to avoid contention on the P2 memory bus.
If you wish to install a Multibus-VME converted-based board
in slots 5-6 and any combination of GP and GP boards are
installed, you must use converters 501-1054-04 rev A or later
to avoid contention on the GP/GB private bus.
## The 501-1157 ALM-1 covers slots 5 and 6 but only connects
electrically to slot 6. Hence, treat slot 5 as empty (i.e.
jump both P503 and P504).
% The 501-1268 GP2 will not function if any of the 501-1058
graphics buffer, the 501-1116 Sun-3 color board (cg3), or the
501-1014 Sun-2 color board are installed.
%% The GP2 communicates with the 501-1267 cg5 over a private P2
bus which must be enabled on the cg5 by a hardware switch
setting. The cg5 must also be installed in slot 6.
@ The 370-1128 SunLink Channel Adapter uses two slots. The Px03
and Px04 jumpers must be unjumpered for both slots.
Additionally, do not place a 1/2" tape controller or an SMD
disk controller in a slot between the channel adapter and the
CPU, or the channel adapter's throughput may be adversely
affected.
@@ The 501-1202 MAPKIT covers two slots but only connects
electrically to the slot nearest slot 1. Hence, treat the
other slot as empty (i.e. jump both Px03 and Px04).
! See "Important Note about ALM and MCP products", below.
3/160 using internal-connection-only or internal/external SCSI controller
(for systems without a SCSI controller, use the "3/180 using
external-connection-only SCSI controller" table below)
board slot: 1 2#^3# 4# 5# 6# 7 8 9 10#11#12#Px03 Px04
CPU * A - - - - - - - - - - - UN UN
1st memory $$ - - - - A - - - - - - - JU JU
2nd memory $$ - - - A - - - - - - - - JU JU
3rd memory $$ - - A - - - - - - - - - JU JU
FPA 501-1105 - - - - - A - - - - - - JU JU
GP/GP+/GP2 ** % %% - - - - - - - - - A - - UN UN
GB 501-1058 # % - - - - - - - - - - A - JU JU
TAAC-1 501-1383 ~ - - - - - - - - - A - - JU JU
ALM-1 501-1157 # ## ! - - - - - - - - - - - A UN N/A
SCSI 501-1149/1167/1170 - - - - - - A - - - - - UN UN
1st SCP 501-1158 # - E A B C D - - - - - - UN UN
2nd SCP 501-1158 # - D - A B C E F - - - - UN UN
1st MCP 501-1221 ! - E A B C D F G H - - - UN UN
2nd MCP 501-1221 ! - D - A B C E F G H I J UN UN
3rd MCP 501-1221 ! - C - - A B D E F G H I UN UN
4th MCP 501-1221 ! - B - - - A C D E F G H UN UN
1st ALM-2 501-1203 ! - E A B C D F G H I J K UN UN
2nd ALM-2 501-1203 ! - D - A B C E F G H I J UN UN
3rd ALM-2 501-1203 ! - C - - A B D E F G H I UN UN
4th ALM-2 501-1203 ! - B - - - A C D E F G H UN UN
1st SunLink Chnl Adpt @ - A A C C E E G G I I - UN UN
- - B B D D F F H H J J
2nd SunLink Chnl Adpt @ - - - A A C C E E G G - UN UN
- - - - B B D D F F H H
1st MAPKIT 501-1202 @@ - A A C C E E G G I I - UN UN
- - B B D D F F H H J J
2nd MAPKIT 501-1202 @@ - - - A A C C E E G G - UN UN
- - - - B B D D F F H H
2nd Ethernet 501-1153 # - E A B C D F G H I J K UN UN
1st IPC 501-1125 - E A B C D F G H I J K JU UN
2nd IPC 501-1125 - D - A B C E F G H I J JU UN
3rd IPC 501-1125 - C - - A B D E F G H I JU UN
4th IPC 501-1125 - B - - - A C D E F G H JU UN
1st 1/2" tape !! # - - - - - - A B C D E F UN UN
2nd 1/2" tape !! # - - - - - - - A B C D E UN UN
1st SMD ~~ # - - - - - - A B C D E F UN UN
2nd SMD ~~ # - - - - - - - A B C D E UN UN
Sun-2 clr 501-1014 & % - K A B C D E F G H I J JU UN
cg3 color 501-1116 & % - K A B C D E F G H I J JU UN
cg5 color 501-1267 & $ - K A B C D E F G H I J JU UN w/o GP or GP+
" " " " && $ - H A B C D E F G - - - JU UN with GP or GP+
" " " " %% - - - - - - - - - - A B JU UN with GP2
* 501-1163 2M CPU
501-1164 4M CPU
501-1208 4M CPU
** 501-1055 Graphics Processor
501-1139 Graphics Processor Plus
501-1268 Graphics Processor 2
& The 501-1014 Sun-2 color framebuffer, 501-1116 cg3 color
framebuffer, and 501-1267 cg5 color framebuffer are mutually
exclusive.
&& When installed with either the 501-1055 graphics processor or
the 501-1139 graphics processor plus, the cg5 may be
installed in slots 2-9 only.
$ The gp5's P2 bus must be disabled.
$$ 501-1131 2M memory
501-1132 4M memory
! See "Important Note about ALM and MCP products", below.
!! 501-1156 CPC 1/2" tape controller (1600 BPI)
501-1155 Xylogics 472 1/2" tape controller (6250 BPI)
~ The 501-1383 TAAC-1 consumes three spaces (slots 10, 11, and
12). Besides jumpering P1003 and P1004 as shown in the table
above, P1103, P1104, and P1203 must be jumpered (P1204 does
not exist).
~~ 501-1154 Xylogics 450 SMD controller in Multibus-VME converter
501-1166 Xylogics 451 SMD controller in Multibus-VME converter
% The 501-1268 GP2 will not function if any of the 501-1058
graphics buffer, the 501-1116 Sun-3 color board (cg3), or the
501-1014 Sun-2 color board are installed.
%% The GP2 communicates with the 501-1267 cg5 over a private P2
bus which must be enabled on the cg5 by a hardware switch
setting. The cg5 must also be installed in slot 11 or 12.
# If you wish to install a Multibus-VME converter-based board
in slots 2-6, you just use converters 501-1054-04 rev A or
later to avoid contention on the P2 memory bus.
If you wish to install a Multibus-VME converted-based board
in slots 10-12 and any combination of GP and GP boards are
installed, you must use converters 501-1054-04 rev A or later
to avoid contention on the GP/GB private bus.
## The 501-1157 ALM-1 covers slots 11 and 12 but only connects
electrically to slot 12. Hence, treat slot 11 as empty (i.e.
jump both P1103 and P1104).
@ The 370-1128 SunLink Channel Adapter uses two slots. The Px03
and Px04 jumpers must be unjumpered for both slots.
Additionally, do not place a 1/2" tape controller or an SMD
disk controller in a slot between the channel adapter and the
CPU, or the channel adapter's throughput may be adversely
affected.
@@ The 501-1202 MAPKIT covers two slots but only connects
electrically to the slot nearest slot 1. Hence, treat the
other slot as empty (i.e. jump both Px03 and Px04).
Additionally, do not place a 1/2" tape controller or an SMD
disk controller in a slot between the MAPKIT and the CPU, or
the MAPKIT's throughput may be adversely affected.
^ Avoid using slot 2 until absolutely necessary, to aid cooling
of the CPU board. That is, if there is another slot available
in which a board can be installed (even if it is not the most
preferred slot) without impacting the functionality of
another board, it should be installed in that slot instead of
slot 2.
3/180 using external-connection-only SCSI controller
board slot: 1 2# 3# 4# 5# 6# 7 8 9 10#11#12#Px03 Px04
CPU * A - - - - - - - - - - - UN UN
1st memory $$ - A - - - - - - - - - - JU JU
2nd memory $$ - - A - - - - - - - - - JU JU
3rd memory $$ - - - A - - - - - - - - JU JU
FPA 501-1105 - - - - - A - - - - - - JU JU
GP/GP+/GP2 ** % %% - - - - - - - - - A - - UN UN
GB 501-1058 # % - - - - - - - - - - A - JU JU
TAAC-1 501-1383 ~ - - - - - - - - - A - - JU JU
1st ALM-1 501-1165 # ! - - - - - - - - - - - A UN N/A
2nd ALM-1 501-1165 # ! - - - - - - - - - - A - UN UN
3rd ALM-1 501-1165 # ! - - - - - - - - - A - - UN UN
1st SCP 501-1158 # - A B C D - - - - - - - UN UN
2nd SCP 501-1158 # - - A B C D E - - - - - UN UN
1st MCP 501-1221 ! - A B C D E F G - - - - UN UN
2nd MCP 501-1221 ! - - A B C D E F G - - - UN UN
3rd MCP 501-1221 ! - - - A B C D E F G H I UN UN
4th MCP 501-1221 ! - - - - A B C D E F G H UN UN
1st ALM-2 501-1203 ! - A B C D E F G H I J K UN UN
2nd ALM-2 501-1203 ! - - A B C D E F G H I J UN UN
3rd ALM-2 501-1203 ! - - - A B C D E F G H I UN UN
4th ALM-2 501-1203 ! - - - - A B C D E F G H UN UN
1st SunLink Chnl Adpt @ - A A C C E E G G I I - UN UN
- - B B D D F F H H J J
2nd SunLink Chnl Adpt @ - - - A A C C E E G G - UN UN
- - - - B B D D F F H H
1st MAPKIT 501-1202 @@ - A A C C E E G G I I - UN UN
- - B B D D F F H H J J
2nd MAPKIT 501-1202 @@ - - - A A C C E E G G - UN UN
- - - - B B D D F F H H
SCSI 501-1138/1217 - A B C D E F G H I J K UN UN
Sun-2 clr 501-1014 & % - A B C D E F G H I J K JU UN
cg3 color 501-1116 & % - A B C D E F G H I J K JU UN
cg5 color 501-1267 & $ - A B C D E F G H I J K JU UN w/o GP or GP+
" " " " && $ - A B C D E F G H - - - JU UN with GP or GP+
" " " " %% - - - - - - - - - - A B JU UN with GP2
2nd Ethernet 501-1153 # - A B C D E F G H I J K UN UN
1st IPC 501-1125 - A B C D E F G H I J K JU UN
2nd IPC 501-1125 - - A B C D E F G H I J JU UN
3rd IPC 501-1125 - - - A B C D E F G H I JU UN
4th IPC 501-1125 - - - - A B C D E F G H JU UN
1st 1/2" tape !! # - A B C D E F G H I J K UN UN
2nd 1/2" tape !! # - - A B C D E F G H I J UN UN
1st SMD ~~ # - A B C D E F G H I J K UN UN
2nd SMD ~~ # - - A B C D E F G H I J UN UN
* 501-1163 2M CPU
501-1164 4M CPU
501-1208 4M CPU
** 501-1055 Graphics Processor
501-1139 Graphics Processor Plus
501-1268 Graphics Processor 2
& The 501-1014 Sun-2 color framebuffer, 501-1116 cg3 color
framebuffer, and 501-1267 cg5 color framebuffer are mutually
exclusive.
&& When installed with either the 501-1055 graphics processor or
the 501-1139 graphics processor plus, the cg5 may be
installed in slots 2-9 only.
$ The gp5's P2 bus must be disabled.
$$ 501-1131 2M memory
501-1132 4M memory
% The 501-1268 GP2 will not function if any of the 501-1058
graphics buffer, the 501-1116 Sun-3 color board (cg3), or the
501-1014 Sun-2 color board are installed.
%% The GP2 communicates with the 501-1267 cg5 over a private P2
bus which must be enabled on the cg5 by a hardware switch
setting. The cg5 must also be installed in slot 11 or 12.
! See "Important Note about ALM and MCP products", below.
!! 501-1156 CPC 1/2" tape controller (1600 BPI)
501-1155 Xylogics 472 1/2" tape controller (6250 BPI)
~ The 501-1383 TAAC-1 consumes three spaces (slots 10, 11, and
12). Besides jumpering P1003 and P1004 as shown in the table
above, P1103, P1104, and P1203 must be jumpered (P1204 does
not exist).
~~ 501-1154 Xylogics 450 SMD controller in Multibus-VME converter
501-1166 Xylogics 451 SMD controller in Multibus-VME converter
# If you wish to install a Multibus-VME converter-based board
in slots 2-6, you just use converters 501-1054-04 rev A or
later to avoid contention on the P2 memory bus.
If you wish to install a Multibus-VME converted-based board
in slots 10-12 and any combination of GP and GP boards are
installed, you must use converters 501-1054-04 rev A or later
to avoid contention on the GP/GB private bus.
@ The 370-1128 SunLink Channel Adapter uses two slots. The Px03
and Px04 jumpers must be unjumpered for both slots.
Additionally, do not place a 1/2" tape controller or an SMD
disk controller in a slot between the channel adapter and the
CPU, or the channel adapter's throughput may be adversely
affected.
@@ The 501-1202 MAPKIT covers two slots but only connects
electrically to the slot nearest slot 1. Hence, treat the
other slot as empty (i.e. jump both Px03 and Px04).
Additionally, do not place a 1/2" tape controller or an SMD
disk controller in a slot between the MAPKIT and the CPU, or
the MAPKIT's throughput may be adversely affected.
3/180 using internal-connection-only or internal/external SCSI controller
board slot: 1 2# 3# 4# 5# 6# 7 8 9 10#11#12#Px03 Px04
CPU * A - - - - - - - - - - - UN UN
1st memory $$ - A - - - - - - - - - - JU JU
2nd memory $$ - - A - - - - - - - - - JU JU
3rd memory $$ - - - A - - - - - - - - JU JU
FPA 501-1105 - - - - - A - - - - - - JU JU
GP/GP+/GP2 ** % %% - - - - - - - - - A - - UN UN
GB 501-1058 # % - - - - - - - - - - A - JU JU
TAAC-1 501-1383 ~ - - - - - - - - - A - - JU JU
1st ALM-1 501-1165 # ! - - - - - - - - - - - A UN N/A
2nd ALM-1 501-1165 # ! - - - - - - - - - - A - UN UN
3rd ALM-1 501-1165 # ! - - - - - - - - - A - - UN UN
SCSI 501-1149/1167/1170 - - - - - - A - - - - - UN UN
1st SCP 501-1158 # - A B C D - - - - - - - UN UN
2nd SCP 501-1158 # - - A B C D - E - - - - UN UN
1st MCP 501-1221 ! - A B C D E - F G - - - UN UN
2nd MCP 501-1221 ! - - A B C D - E F G H I UN UN
3rd MCP 501-1221 ! - - - A B C - D E F G H UN UN
4th MCP 501-1221 ! - - - - A B - C D E F G UN UN
1st ALM-2 501-1203 ! - A B C D E - F G H I J UN UN
2nd ALM-2 501-1203 ! - - A B C D - E F G H I UN UN
3rd ALM-2 501-1203 ! - - - A B C - D E F G H UN UN
4th ALM-2 501-1203 ! - - - - A B - C D E F G UN UN
1st SunLink Chnl Adpt @ - A A C C - - E E G G - UN UN
- - B B D D - - F F H H
2nd SunLink Chnl Adpt @ - - - A A - - C C E E - UN UN
- - - - B B - - D D F F
1st MAPKIT 501-1202 @@ - A A C C - - E E G G - UN UN
- - B B D D - - F F H H
2nd MAPKIT 501-1202 @@ - - - A A - - C C E E - UN UN
- - - - B B - - D D F F
Sun-2 clr 501-1014 & % - A B C D E - F G H I J JU UN
cg3 color 501-1116 & % - A B C D E - F G H I J JU UN
cg5 color 501-1267 & $ - A B C D E - F G H I J JU UN w/o GP or GP+
" " " " && $ - A B C D E - F G - - - JU UN with GP or GP+
" " " " %% - - - - - - - - - - A B JU UN with GP2
2nd Ethernet 501-1153 # - A B C D E - F G H I J UN UN
1st IPC 501-1125 - A B C D E - F G H I J JU UN
2nd IPC 501-1125 - - A B C D - E F G H I JU UN
3rd IPC 501-1125 - - - A B C - D E F G H JU UN
4th IPC 501-1125 - - - - A B - C D E F G JU UN
1st 1/2" tape !! # - - - - - - - A B C D E UN UN
2nd 1/2" tape !! # - - - - - - - - A B C D UN UN
1st SMD ~~ # - - - - - - - A B C D E UN UN
2nd SMD ~~ # - - - - - - - - A B C D UN UN
* 501-1163 2M CPU
501-1164 4M CPU
501-1208 4M CPU
** 501-1055 Graphics Processor
501-1139 Graphics Processor Plus
501-1268 Graphics Processor 2
& The 501-1014 Sun-2 color framebuffer, 501-1116 cg3 color
framebuffer, and 501-1267 cg5 color framebuffer are mutually
exclusive.
&& When installed with either the 501-1055 graphics processor or
the 501-1139 graphics processor plus, the cg5 may be
installed in slots 2-9 only.
$ The gp5's P2 bus must be disabled.
$$ 501-1131 2M memory
501-1132 4M memory
! See "Important Note about ALM and MCP products", below.
!! 501-1156 CPC 1/2" tape controller (1600 BPI)
501-1155 Xylogics 472 1/2" tape controller (6250 BPI)
~ The 501-1383 TAAC-1 consumes three spaces (slots 10, 11, and
12). Besides jumpering P1003 and P1004 as shown in the table
above, P1103, P1104, and P1203 must be jumpered (P1204 does
not exist).
~~ 501-1154 Xylogics 450 SMD controller in Multibus-VME converter
501-1166 Xylogics 451 SMD controller in Multibus-VME converter
% The 501-1268 GP2 will not function if any of the 501-1058
graphics buffer, the 501-1116 Sun-3 color board (cg3), or the
501-1014 Sun-2 color board are installed.
%% The GP2 communicates with the 501-1267 cg5 over a private P2
bus which must be enabled on the cg5 by a hardware switch
setting. The cg5 must also be installed in slot 11 or 12.
# If you wish to install a Multibus-VME converter-based board
in slots 2-6, you just use converters 501-1054-04 rev A or
later to avoid contention on the P2 memory bus.
If you wish to install a Multibus-VME converted-based board
in slots 10-12 and any combination of GP and GP boards are
installed, you must use converters 501-1054-04 rev A or later
to avoid contention on the GP/GB private bus.
@ The 370-1128 SunLink Channel Adapter uses two slots. The Px03
and Px04 jumpers must be unjumpered for both slots.
Additionally, do not place a 1/2" tape controller or an SMD
disk controller in a slot between the channel adapter and the
CPU, or the channel adapter's throughput may be adversely
affected.
@@ The 501-1202 MAPKIT covers two slots but only connects
electrically to the slot nearest slot 1. Hence, treat the
other slot as empty (i.e. jump both Px03 and Px04).
Additionally, do not place a 1/2" tape controller or an SMD
disk controller in a slot between the MAPKIT and the CPU, or
the MAPKIT's throughput may be adversely affected.
3/180 using external-connection-only SCSI controller and leaving
slots 7-9 for non-Sun boards that use P2 bus signals
board slot: 1 2# 3# 4# 5# 6# 7 8 9 10#11#12#Px03 Px04
CPU * A - - - - - - - - - - - UN UN
1st memory $$ - A - - - - - - - - - - JU JU
2nd memory $$ - - A - - - - - - - - - JU JU
3rd memory $$ - - - A - - - - - - - - JU JU
FPA 501-1105 - - - - - A - - - - - - JU JU
GP/GP+/GP2 ** % %% - - - - - - - - - A - - UN UN
GB 501-1058 # % - - - - - - - - - - A - JU JU
TAAC-1 501-1383 ~ - - - - - - - - - A - - JU JU
1st ALM-1 501-1165 # ! - - - - - - - - - - - A UN N/A
2nd ALM-1 501-1165 # ! - - - - - - - - - - A - UN UN
3rd ALM-1 501-1165 # ! - - - - - - - - - A - - UN UN
1st SCP 501-1158 # - A B C D - - - - - - - UN UN
2nd SCP 501-1158 # - - A B C D - - - E F G UN UN
1st MCP 501-1221 ! - A B C D E - - - F G H UN UN
2nd MCP 501-1221 ! - - A B C D - - - E F G UN UN
3rd MCP 501-1221 ! - - - A B C - - - D E F UN UN
4th MCP 501-1221 ! - - - - A B - - - C D E UN UN
1st ALM-2 501-1203 ! - A B C D E - - - F G H UN UN
2nd ALM-2 501-1203 ! - - A B C D - - - E F G UN UN
3rd ALM-2 501-1203 ! - - - A B C - - - D E F UN UN
4th ALM-2 501-1203 ! - - - - A B - - - - C D UN UN
1st SunLink Chnl Adpt @ - A A C C - - - - E E - UN UN
- - B B D D - - - - F F
2nd SunLink Chnl Adpt @ - - - A A - - - - C C - UN UN
- - - - B B - - - - D D
1st MAPKIT 501-1202 @@ - A A C C - - - E E - UN UN
- - B B D D - - - - F F
2nd MAPKIT 501-1202 @@ - - - A A - - - C C - UN UN
- - - - B B - - - - D D
SCSI 501-1138/1217 - A B C D E - - - F G H UN UN
Sun-2 clr 501-1014 & % - A B C D E - - - F G H JU UN
cg3 color 501-1116 & % - A B C D E - - - F G H JU UN
cg5 color 501-1267 & $ - A B C D E - - - F G H JU UN w/o GP or GP+
" " " " && $ - A B C D E - - - - - - JU UN with GP or GP+
" " " " %% - - - - - - - - - - A B JU UN with GP2
2nd Ethernet 501-1153 # - A B C D E - - - F G H UN UN
1st IPC 501-1125 - A B C D E - - - F G H JU UN
2nd IPC 501-1125 - - A B C D - - - E F G JU UN
3rd IPC 501-1125 - - - A B C - - - D E F JU UN
4th IPC 501-1125 - - - - A B - - - C D E JU UN
1st 1/2" tape !! # - A B C D E - - - F G H UN UN
2nd 1/2" tape !! # - - A B C D - - - E F G UN UN
1st SMD ~~ # - A B C D E - - - F G H UN UN
2nd SMD ~~ # - - A B C D - - - E F G UN UN
* 501-1163 2M CPU
501-1164 4M CPU
501-1208 4M CPU
** 501-1055 Graphics Processor
501-1139 Graphics Processor Plus
501-1268 Graphics Processor 2
& The 501-1014 Sun-2 color framebuffer, 501-1116 cg3 color
framebuffer, and 501-1267 cg5 color framebuffer are mutually
exclusive.
&& When installed with either the 501-1055 graphics processor or
the 501-1139 graphics processor plus, the cg5 may be
installed in slots 2-9 only.
$ The gp5's P2 bus must be disabled.
$$ 501-1131 2M memory
501-1132 4M memory
! See "Important Note about ALM and MCP products", below.
!! 501-1156 CPC 1/2" tape controller (1600 BPI)
501-1155 Xylogics 472 1/2" tape controller (6250 BPI)
~ The 501-1383 TAAC-1 consumes three spaces (slots 10, 11, and
12). Besides jumpering P1003 and P1004 as shown in the table
above, P1103, P1104, and P1203 must be jumpered (P1204 does
not exist).
~~ 501-1154 Xylogics 450 SMD controller in Multibus-VME converter
501-1166 Xylogics 451 SMD controller in Multibus-VME converter
% The 501-1268 GP2 will not function if any of the 501-1058
graphics buffer, the 501-1116 Sun-3 color board (cg3), or the
501-1014 Sun-2 color board are installed.
%% The GP2 communicates with the 501-1267 cg5 over a private P2
bus which must be enabled on the cg5 by a hardware switch
setting. The cg5 must also be installed in slot 11 or 12.
# If you wish to install a Multibus-VME converter-based board
in slots 2-6, you just use converters 501-1054-04 rev A or
later to avoid contention on the P2 memory bus.
If you wish to install a Multibus-VME converted-based board
in slots 10-12 and any combination of GP and GP boards are
installed, you must use converters 501-1054-04 rev A or later
to avoid contention on the GP/GB private bus.
@ The 370-1128 SunLink Channel Adapter uses two slots. The Px03
and Px04 jumpers must be unjumpered for both slots.
Additionally, do not place a 1/2" tape controller or an SMD
disk controller in a slot between the channel adapter and the
CPU, or the channel adapter's throughput may be adversely
affected.
@@ The 501-1202 MAPKIT covers two slots but only connects
electrically to the slot nearest slot 1. Hence, treat the
other slot as empty (i.e. jump both Px03 and Px04).
Additionally, do not place a 1/2" tape controller or an SMD
disk controller in a slot between the MAPKIT and the CPU, or
the MAPKIT's throughput may be adversely affected.
3/260 using internal-connection-only or internal/external SCSI controller
(for systems without a SCSI controller, use the "3/280 using
external-connection-only SCSI controller" table below)
board slot: 1 2#~3# 4# 5# 6 7 8 9 10#11#12#Px03 Px04
CPU 501-1100/1206 A - - - - - - - - - - - UN UN
1st memory 501-1102 * - - - - - A - - - - - - JU JU
2nd memory 501-1102 * - - - A - - - - - - - - JU JU
3rd memory 501-1102 * - - A - - - - - - - - - JU JU
4th memory 501-1102 * - A - - - - - - - - - - JU JU
FPA 501-1105 - - - - A - - - - - - - JU JU
GP/GP+/GP2 ** % %% - - - - - - - - - A - - UN UN
GB 501-1058 # % - - - - - - - - - - A - JU JU
TAAC-1 501-1383 ~~ - - - - - - - - - A - - JU JU
ALM-1 501-1157 # !! ! - - - - - - - - - - - A UN N/A
SCSI 501-1149/1167/1170 - - - - - - A - - - - - UN UN
1st SCP 501-1158 # - D A B C - E F - - - - UN UN
2nd SCP 501-1158 # - C - A B - D E F - - - UN UN
1st MCP 501-1221 ! - D A B C - E F G H I J UN UN
2nd MCP 501-1221 ! - C - A B - D E F G H I UN UN
3rd MCP 501-1221 ! - B - - A - C D E F G H UN UN
4th MCP 501-1221 ! - A - - - - B C D E F G UN UN
1st ALM-2 501-1203 ! - D A B C - E F G H I J UN UN
2nd ALM-2 501-1203 ! - C - A B - D E F G H I UN UN
3rd ALM-2 501-1203 ! - B - - A - C D E F G H UN UN
4th ALM-2 501-1203 ! - A - - - - B C D E F G UN UN
1st SunLink Chnl Adpt @ - A A C C - D D F F H H UN UN
- - B B - - - E E G G -
2nd SunLink Chnl Adpt @ - - - A A - B B D D F F UN UN
- - - - - - - C C E E -
1st MAPKIT 501-1202 $$ - A A C C - D D F F H H UN UN
- - B B - - - E E G G -
2nd MAPKIT 501-1202 $$ - - - A A - B B D D F F UN UN
- - - - - - - C C E E -
2nd Ethernet 501-1153 # - D A B C - E F G H I J UN UN
1st IPC 501-1125 - D A B C - E F G H I J JU UN
2nd IPC 501-1125 - C - A B - D E F G H I JU UN
3rd IPC 501-1125 - B - - A - C D E F G H JU UN
4th IPC 501-1125 - A - - - - B C D E F G JU UN
1st 1/2" tape ## # - - - - - - A B C D E F UN UN
2nd 1/2" tape ## # - - - - - - - A B C D E UN UN
1st SMD @@ # - - - - - - A B C D E F UN UN
2nd SMD @@ # - - - - - - - A B C D E UN UN
Sun-2 clr 501-1014 & % - J A B C - D E F G H I JU UN
cg3 color 501-1116 & % - J A B C - D E F G H I JU UN
cg5 color 501-1267 & $ - J A B C - D E F G H I JU UN w/o GP or GP+
" " " " && $ - H A B C - D E F - - - JU UN with GP or GP+
" " " " %% - - - - - - - - - - A B JU UN with GP2
# If you wish to install a Multibus-VME converter-based board
in slots 2-5, you just use converters 501-1054-04 rev A or
later to avoid contention on the P2 memory bus.
If you wish to install a Multibus-VME converted-based board
in slots 10-12 and any combination of GP and GP boards are
installed, you must use converters 501-1054-04 rev A or later
to avoid contention on the GP/GB private bus.
## 501-1156 CPC 1/2" tape controller (1600 BPI)
501-1155 Xylogics 472 1/2" tape controller (6250 BPI)
~ Avoid using slot 2 until absolutely necessary, to aid cooling
of the CPU board. That is, if there is another slot available
in which a board can be installed (even if it is not the most
preferred slot) without impacting the functionality of
another board, it should be installed in that slot instead of
slot 2.
~~ The 501-1383 TAAC-1 consumes three spaces (slots 10, 11, and
12). Besides jumpering P1003 and P1004 as shown in the table
above, P1103, P1104, and P1203 must be jumpered (P1204 does
not exist).
* There must always be a memory board in slot 6 and it must
have a 220/270-ohm terminating resistor network installed
(see detailed description of board). Additional memory
boards in slots 2-4 must NOT have the terminator installed.
** 501-1055 Graphics Processor
501-1139 Graphics Processor Plus
501-1268 Graphics Processor 2
% The 501-1268 GP2 will not function if any of the 501-1058
graphics buffer, the 501-1116 Sun-3 color board (cg3), or the
501-1014 Sun-2 color board are installed.
%% The GP2 communicates with the 501-1267 cg5 over a private P2
bus which must be enabled on the cg5 by a hardware switch
setting. The cg5 must also be installed in slot 11 or 12.
! See "Important Note about ALM and MCP products", below.
!! The 501-1157 ALM covers slots 11 and 12 but only connects
electrically to slot 12. Hence, treat slot 11 as empty (i.e.
jump both P1103 and P1104).
& The 501-1014 Sun-2 color framebuffer, 501-1116 cg3 color
framebuffer, and 501-1267 cg5 color framebuffer are mutually
exclusive.
&& When installed with either the 501-1055 graphics processor or
the 501-1139 graphics processor plus, the cg5 may be
installed in slots 2-9 only.
$ The gp5's P2 bus must be disabled.
$$ The 501-1202 MAPKIT covers two slots but only connects
electrically to the slot nearest slot 1. Hence, treat the
other slot as empty (i.e. jump both Px03 and Px04).
Additionally, do not place a 1/2" tape controller or an SMD
disk controller in a slot between the MAPKIT and the CPU, or
the MAPKIT's throughput may be adversely affected.
@ The 370-1128 SunLink Channel Adapter uses two slots. The Px03
and Px04 jumpers must be unjumpered for both slots.
Additionally, do not place a 1/2" tape controller or an SMD
disk controller in a slot between the channel adapter and the
CPU, or the channel adapter's throughput may be adversely
affected.
@@ 501-1154 Xylogics 450 SMD controller in Multibus-VME converter
501-1166 Xylogics 451 SMD controller in Multibus-VME converter
3/280 using external-connection-only SCSI controller
board slot: 1 2# 3# 4# 5# 6 7 8 9 10#11#12#Px03 Px04
CPU 501-1100/1206 A - - - - - - - - - - - UN UN
1st memory 501-1102 * - - - - - A - - - - - - JU JU
2nd memory 501-1102 * - A - - - - - - - - - - JU JU
3rd memory 501-1102 * - - A - - - - - - - - - JU JU
4th memory 501-1102 * - - - A - - - - - - - - JU JU
FPA 501-1105 - - - - A - - - - - - - JU JU
GP/GP+/GP2 ** % %% - - - - - - - - - A - - UN UN
GB 501-1058 # % - - - - - - - - - - A - JU JU
TAAC-1 501-1383 ~~ - - - - - - - - - A - - JU JU
1st ALM-1 501-1165 # ! - - - - - - - - - - - A UN N/A
2nd ALM-1 501-1165 # ! - - - - - - - - - - A - UN UN
3rd ALM-1 501-1165 # ! - - - - - - - - - A - - UN UN
1st SCP 501-1158 # - A B C D - E - - - - - UN UN
2nd SCP 501-1158 # - - A B C - D E - - - - UN UN
1st MCP 501-1221 ! - A B C D - E F G - - - UN UN
2nd MCP 501-1221 ! - - A B C - D E F G H I UN UN
3rd MCP 501-1221 ! - - - A B - C D E F G H UN UN
4th MCP 501-1221 ! - - - - A - B C D E F G UN UN
1st ALM-2 501-1203 ! - A B C D - E F G H I J UN UN
2nd ALM-2 501-1203 ! - - A B C - D E F G H I UN UN
3rd ALM-2 501-1203 ! - - - A B - C D E F G H UN UN
4th ALM-2 501-1203 ! - - - - A - B C D E F G UN UN
1st SunLink Chnl Adpt @ - A A C C - D D F F H H UN UN
- - B B - - - E E G G -
2nd SunLink Chnl Adpt @ - - - A A - B B D D F F UN UN
- - - - - - - C C E E -
1st MAPKIT 501-1202 $$ - A A C C - D D F F G G UN UN
- - B B - - - E E - - -
2nd MAPKIT 501-1202 $$ - - A A - - B B D D F F UN UN
- - - - - - - C C E E -
SCSI 501-1138/1217 - A B C D - E F G H I J UN UN
Sun-2 clr 501-1014 & % - A B C D - E F G H I J JU UN
cg3 color 501-1116 & % - A B C D - E F G H I J JU UN
cg5 color 501-1267 & $ - A B C D - E F G H I J JU UN w/o GP or GP+
" " " " && $ - A B C D - E F G - - - JU UN with GP or GP+
" " " " %% - - - - - - - - - - A B JU UN with GP2
2nd Ethernet 501-1153 # - A B C D - E F G H I J UN UN
1st IPC 501-1125 - A B C D - E F G H I J JU UN
2nd IPC 501-1125 - - A B C - D E F G H I JU UN
3rd IPC 501-1125 - - - A B - C D E F G H JU UN
4th IPC 501-1125 - - - - A - B C D E F G JU UN
1st 1/2" tape ## # - A B C D - E F G H I J UN UN
2nd 1/2" tape ## # - - A B C - D E F G H I UN UN
1st SMD @@ # - A B C D - E F G H I J UN UN
2nd SMD @@ # - - A B C - D E F G H I UN UN
# If you wish to install a Multibus-VME converter-based board
in slots 2-5, you just use converters 501-1054-04 rev A or
later to avoid contention on the P2 memory bus.
If you wish to install a Multibus-VME converted-based board
in slots 10-12 and any combination of GP and GP boards are
installed, you must use converters 501-1054-04 rev A or later
to avoid contention on the GP/GB private bus.
## 501-1156 CPC 1/2" tape controller (1600 BPI)
501-1155 Xylogics 472 1/2" tape controller (6250 BPI)
* There must always be a memory board in slot 6 and it must
have a 220/270-ohm terminating resistor network installed
(see detailed description of board). Additional memory
boards in slots 2-4 must NOT have the terminator installed.
** 501-1055 Graphics Processor
501-1139 Graphics Processor Plus
501-1268 Graphics Processor 2
% The 501-1268 GP2 will not function if any of the 501-1058
graphics buffer, the 501-1116 Sun-3 color board (cg3), or the
501-1014 Sun-2 color board are installed.
%% The GP2 communicates with the 501-1267 cg5 over a private P2
bus which must be enabled on the cg5 by a hardware switch
setting. The cg5 must also be installed in slot 11 or 12.
& The 501-1014 Sun-2 color framebuffer, 501-1116 cg3 color
framebuffer, and 501-1267 cg5 color framebuffer are mutually
exclusive.
&& When installed with either the 501-1055 graphics processor or
the 501-1139 graphics processor plus, the cg5 may be
installed in slots 2-9 only.
$ The gp5's P2 bus must be disabled.
$$ The 501-1202 MAPKIT covers two slots but only connects
electrically to the slot nearest slot 1. Hence, treat the
other slot as empty (i.e. jump both Px03 and Px04).
Additionally, do not place a 1/2" tape controller or an SMD
disk controller in a slot between the MAPKIT and the CPU, or
the MAPKIT's throughput may be adversely affected.
@ The 370-1128 SunLink Channel Adapter uses two slots. The Px03
and Px04 jumpers must be unjumpered for both slots.
Additionally, do not place a 1/2" tape controller or an SMD
disk controller in a slot between the channel adapter and the
CPU, or the channel adapter's throughput may be adversely
affected.
@@ 501-1154 Xylogics 450 SMD controller in Multibus-VME converter
501-1166 Xylogics 451 SMD controller in Multibus-VME converter
! See "Important Note about ALM and MCP products", below.
~~ The 501-1383 TAAC-1 consumes three spaces (slots 10, 11, and
12). Besides jumpering P1003 and P1004 as shown in the table
above, P1103, P1104, and P1203 must be jumpered (P1204 does
not exist).
3/280 using internal-connection-only or internal/external SCSI controller
board slot: 1 2# 3# 4# 5# 6 7 8 9 10#11#12#Px03 Px04
CPU 501-1100/1206 A - - - - - - - - - - - UN UN
1st memory 501-1102 * - - - - - A - - - - - - JU JU
2nd memory 501-1102 * - A - - - - - - - - - - JU JU
3rd memory 501-1102 * - - A - - - - - - - - - JU JU
4th memory 501-1102 * - - - A - - - - - - - - JU JU
FPA 501-1105 - - - - A - - - - - - - JU JU
GP/GP+/GP2 ** % %% - - - - - - - - - A - - UN UN
GB 501-1058 # % - - - - - - - - - - A - JU JU
TAAC-1 501-1383 ~~ - - - - - - - - - A - - JU JU
1st ALM-1 501-1165 # ! - - - - - - - - - - - A UN N/A
2nd ALM-1 501-1165 # ! - - - - - - - - - - A - UN UN
3rd ALM-1 501-1165 # ! - - - - - - - - - A - - UN UN
SCSI 501-1149/1167/1170 - - - - - - A - - - - - UN UN
1st SCP 501-1158 # - A B C D - - E - - - - UN UN
2nd SCP 501-1158 # - - A B C - - D E - - - UN UN
1st MCP 501-1221 ! - A B C D - - E F G H I UN UN
2nd MCP 501-1221 ! - - A B C - - D E F G H UN UN
3rd MCP 501-1221 ! - - - A B - - C D E F G UN UN
4th MCP 501-1221 ! - - - - A - - B C D E F UN UN
1st ALM-2 501-1203 ! - A B C D - - E F G H I UN UN
2nd ALM-2 501-1203 ! - - A B C - - D E F G H UN UN
3rd ALM-2 501-1203 ! - - - A B - - C D E F G UN UN
4th ALM-2 501-1203 ! - - - - A - - B C D E F UN UN
1st SunLink Chnl Adpt @ - A A C C - - D D F F - UN UN
- - B B - - - - E E G G
2nd SunLink Chnl Adpt @ - - - A A - - B B D D - UN UN
- - - - - - - - C C E E
1st MAPKIT 501-1202 $$ - A A C C - - D D F F - UN UN
- - B B - - - - - - E E
2nd MAPKIT 501-1202 $$ - - A A - - - B B D D - UN UN
- - - - - - - - C C E E
Sun-2 clr 501-1014 & % - A B C D - - E F G H I JU UN
cg3 color 501-1116 & % - A B C D - - E F G H I JU UN
cg5 color 501-1267 & $ - A B C D - - E F G H I JU UN w/o GP or GP+
" " " " && $ - A B C D - - E F - - - JU UN with GP or GP+
" " " " %% - - - - - - - - - - A B JU UN with GP2
2nd Ethernet 501-1153 # - A B C D - - E F G H I UN UN
1st IPC 501-1125 - A B C D - - E F G H I JU UN
2nd IPC 501-1125 - - A B C - - D E F G H JU UN
3rd IPC 501-1125 - - - A B - - C D E F G JU UN
4th IPC 501-1125 - - - - A - - B C D E F JU UN
1st 1/2" tape ## # - - - - - - - A B C D E UN UN
2nd 1/2" tape ## # - - - - - - - - A B C D UN UN
1st SMD @@ # - - - - - - - A B C D E UN UN
2nd SMD @@ # - - - - - - - - A B C D UN UN
# If you wish to install a Multibus-VME converter-based board
in slots 2-5, you just use converters 501-1054-04 rev A or
later to avoid contention on the P2 memory bus.
If you wish to install a Multibus-VME converted-based board
in slots 10-12 and any combination of GP and GP boards are
installed, you must use converters 501-1054-04 rev A or later
to avoid contention on the GP/GB private bus.
## 501-1156 CPC 1/2" tape controller (1600 BPI)
501-1155 Xylogics 472 1/2" tape controller (6250 BPI)
* There must always be a memory board in slot 6 and it must
have a 220/270-ohm terminating resistor network installed
(see detailed description of board). Additional memory
boards in slots 2-4 must NOT have the terminator installed.
** 501-1055 Graphics Processor
501-1139 Graphics Processor Plus
501-1268 Graphics Processor 2
% The 501-1268 GP2 will not function if any of the 501-1058
graphics buffer, the 501-1116 Sun-3 color board (cg3), or the
501-1014 Sun-2 color board are installed.
%% The GP2 communicates with the 501-1267 cg5 over a private P2
bus which must be enabled on the cg5 by a hardware switch
setting. The cg5 must also be installed in slot 11 or 12.
& The 501-1014 Sun-2 color framebuffer, 501-1116 cg3 color
framebuffer, and 501-1267 cg5 color framebuffer are mutually
exclusive.
&& When installed with either the 501-1055 graphics processor or
the 501-1139 graphics processor plus, the cg5 may be
installed in slots 2-9 only.
$ The gp5's P2 bus must be disabled.
$$ The 501-1202 MAPKIT covers two slots but only connects
electrically to the slot nearest slot 1. Hence, treat the
other slot as empty (i.e. jump both Px03 and Px04).
Additionally, do not place a 1/2" tape controller or an SMD
disk controller in a slot between the MAPKIT and the CPU, or
the MAPKIT's throughput may be adversely affected.
@ The 370-1128 SunLink Channel Adapter uses two slots. The Px03
and Px04 jumpers must be unjumpered for both slots.
Additionally, do not place a 1/2" tape controller or an SMD
disk controller in a slot between the channel adapter and the
CPU, or the channel adapter's throughput may be adversely
affected.
@@ 501-1154 Xylogics 450 SMD controller in Multibus-VME converter
501-1166 Xylogics 451 SMD controller in Multibus-VME converter
! See "Important Note about ALM and MCP products", below.
~~ The 501-1383 TAAC-1 consumes three spaces (slots 10, 11, and
12). Besides jumpering P1003 and P1004 as shown in the table
above, P1103, P1104, and P1203 must be jumpered (P1204 does
not exist).
3/280 using external-connection-only SCSI controller and leaving
slots 7-9 for non-Sun boards that use P2 bus signals
board slot: 1 2# 3# 4# 5# 6 7 8 9 10#11#12#Px03 Px04
CPU 501-1100/1206 A - - - - - - - - - - - UN UN
1st memory 501-1102 * - - - - - A - - - - - - JU JU
2nd memory 501-1102 * - A - - - - - - - - - - JU JU
3rd memory 501-1102 * - - A - - - - - - - - - JU JU
4th memory 501-1102 * - - - A - - - - - - - - JU JU
FPA 501-1105 - - - - A - - - - - - - JU JU
GP/GP+/GP2 ** % %% - - - - - - - - - A - - UN UN
GB 501-1058 # % - - - - - - - - - - A - JU JU
TAAC-1 501-1383 ~~ - - - - - - - - - A - - JU JU
1st ALM-1 501-1165 # ! - - - - - - - - - - - A UN N/A
2nd ALM-1 501-1165 # ! - - - - - - - - - - A - UN UN
3rd ALM-1 501-1165 # ! - - - - - - - - - A - - UN UN
1st SCP 501-1158 # - A B C D - - - - E F G UN UN
2nd SCP 501-1158 # - - A B C - - - - D E F UN UN
1st MCP 501-1221 ! - A B C D - - - - E F G UN UN
2nd MCP 501-1221 ! - - A B C - - - - D E F UN UN
3rd MCP 501-1221 ! - - - A B - - - - C D E UN UN
4th MCP 501-1221 ! - - - - A - - - - B C D UN UN
1st ALM-2 501-1203 ! - A B C D - - - - E F G UN UN
2nd ALM-2 501-1203 ! - - A B C - - - - D E F UN UN
3rd ALM-2 501-1203 ! - - - A B - - - - C D E UN UN
4th ALM-2 501-1203 ! - - - - A - - - - B C D UN UN
1st SunLink Chnl Adpt @ - A A C C - - - - D D - UN UN
- - B B - - - - - - E E
2nd SunLink Chnl Adpt @ - - - A A - - - - B B - UN UN
- - - - - - - - - - C C
1st MAPKIT 501-1202 $$ - A A C C - - - - D D - UN UN
- - B B - - - - - - - -
2nd MAPKIT 501-1202 $$ - - A A - - - - - B B - UN UN
- - - - - - - - - - C C
SCSI 501-1138/1217 - A B C D - - - - E F G UN UN
Sun-2 clr 501-1014 & % - A B C D - - - - E F G JU UN
cg3 color 501-1116 & % - A B C D - - - - E F G JU UN
cg5 color 501-1267 & $ - A B C D - - - - E F G JU UN w/o GP or GP+
" " " " && $ - A B C D - - - - - - - JU UN with GP or GP+
" " " " %% - - - - - - - - - - A B JU UN with GP2
2nd Ethernet 501-1153 # - A B C D - - - - E F G UN UN
1st IPC 501-1125 - A B C D - - - - E F G JU UN
2nd IPC 501-1125 - - A B C - - - - D E F JU UN
3rd IPC 501-1125 - - - A B - - - - C D E JU UN
4th IPC 501-1125 - - - - A - - - - B C D JU UN
1st 1/2" tape ## # - A B C D - - - - E F G UN UN
2nd 1/2" tape ## # - - A B C - - - - D E F UN UN
1st SMD @@ # - A B C D - - - - E F G UN UN
2nd SMD @@ # - - A B C - - - - D E F UN UN
# If you wish to install a Multibus-VME converter-based board
in slots 2-5, you just use converters 501-1054-04 rev A or
later to avoid contention on the P2 memory bus.
If you wish to install a Multibus-VME converted-based board
in slots 10-12 and any combination of GP and GP boards are
installed, you must use converters 501-1054-04 rev A or later
to avoid contention on the GP/GB private bus.
## 501-1156 CPC 1/2" tape controller (1600 BPI)
501-1155 Xylogics 472 1/2" tape controller (6250 BPI)
* There must always be a memory board in slot 6 and it must
have a 220/270-ohm terminating resistor network installed
(see detailed description of board). Additional memory
boards in slots 2-4 must NOT have the terminator installed.
** 501-1055 Graphics Processor
501-1139 Graphics Processor Plus
501-1268 Graphics Processor 2
% The 501-1268 GP2 will not function if any of the 501-1058
graphics buffer, the 501-1116 Sun-3 color board (cg3), or the
501-1014 Sun-2 color board are installed.
%% The GP2 communicates with the 501-1267 cg5 over a private P2
bus which must be enabled on the cg5 by a hardware switch
setting. The cg5 must also be installed in slot 11 or 12.
& The 501-1014 Sun-2 color framebuffer, 501-1116 cg3 color
framebuffer, and 501-1267 cg5 color framebuffer are mutually
exclusive.
&& When installed with either the 501-1055 graphics processor or
the 501-1139 graphics processor plus, the cg5 may be
installed in slots 2-9 only.
$ The gp5's P2 bus must be disabled.
$$ The 501-1202 MAPKIT covers two slots but only connects
electrically to the slot nearest slot 1. Hence, treat the
other slot as empty (i.e. jump both Px03 and Px04).
Additionally, do not place a 1/2" tape controller or an SMD
disk controller in a slot between the MAPKIT and the CPU, or
the MAPKIT's throughput may be adversely affected.
@ The 370-1128 SunLink Channel Adapter uses two slots. The Px03
and Px04 jumpers must be unjumpered for both slots.
Additionally, do not place a 1/2" tape controller or an SMD
disk controller in a slot between the channel adapter and the
CPU, or the channel adapter's throughput may be adversely
affected.
@@ 501-1154 Xylogics 450 SMD controller in Multibus-VME converter
501-1166 Xylogics 451 SMD controller in Multibus-VME converter
! See "Important Note about ALM and MCP products", below.
~~ The 501-1383 TAAC-1 consumes three spaces (slots 10, 11, and
12). Besides jumpering P1003 and P1004 as shown in the table
above, P1103, P1104, and P1203 must be jumpered (P1204 does
not exist).
4/110
board slot: 1 2 3* Px03 Px04
CPU 501-1199/1237 ** A - - UN UN
MCP 501-1221 ! - - A UN UN
ALM-2 501-1203 ! - - A UN UN
color framebuffer @ @@ - - A JU UN
2nd Ethernet 501-1153 * - - A UN UN
IPC 501-1125 - - A JU UN
* If you wish to install a Multibus-VME converter-based board
in slot 3, you just use converters 501-1054-04 rev A or later
to avoid contention on the P2 memory bus.
** The CPU board covers slots 1 and 2 but only connects
electrically to slot 1. Hence, treat slot 2 as empty (i.e.
jump both P203 and P204).
@ 501-1116 "Sun-3" cg3 color
501-1267 cg5 color
@@ If a 501-1267 cg5 color framebuffer is installed, it must
have its P2 bus disabled.
! See "Important Note about ALM and MCP products", below.
4/260 using internal-connection-only or internal/external SCSI controller
(for systems without a SCSI controller, use the "4/280 using
external-connection-only SCSI controller" table below)
board slot: 1 2#~3# 4# 5# 6 7 8 9 10#11#12#Px03 Px04
CPU 501-1274 A - - - - - - - - - - - UN UN
1st memory 501-1102 * - - - - - A - - - - - - JU JU
2nd memory 501-1102 * - - - - A - - - - - - - JU JU
3rd memory 501-1102 * - - - A - - - - - - - - JU JU
4th memory 501-1102 * - - A - - - - - - - - - JU JU
GP/GP+/GP2 ** % %% - - - - - - - - - A - - UN UN
GB 501-1058 # % - - - - - - - - - - A - JU JU
TAAC-1 501-1383 ~~ - - - - - - - - - A - - JU JU
ALM-1 501-1157 # !! ! - - - - - - - - - - - A UN N/A
SCSI 501-1149/1167/1170 - - - - - - A - - - - - UN UN
1st SCP 501-1158 # - D A B C - E F - - - - UN UN
2nd SCP 501-1158 # - C - A B - D E F - - - UN UN
1st MCP 501-1221 ! - A B C D - E F G H I J UN UN
2nd MCP 501-1221 ! - - A B C - D E F G H I UN UN
3rd MCP 501-1221 ! - - - A B - C D E F G H UN UN
4th MCP 501-1221 ! - - - - A - B C D E F G UN UN
1st ALM-2 501-1203 ! - A B C D - E F G H I J UN UN
2nd ALM-2 501-1203 ! - - A B C - D E F G H I UN UN
3rd ALM-2 501-1203 ! - - - A B - C D E F G H UN UN
4th ALM-2 501-1203 ! - - - - A - B C D E F G UN UN
1st SunLink Chnl Adpt @ - A A C C - D D F F H H UN UN
- - B B - - - E E G G -
2nd SunLink Chnl Adpt @ - - - A A - B B D D F F UN UN
- - - - - - - C C E E -
1st MAPKIT 501-1202 $$ - A A C C - D D F F H H UN UN
- - B B - - - E E G G -
2nd MAPKIT 501-1202 $$ - - - A A - B B D D F F UN UN
- - - - - - - C C E E -
2nd Ethernet 501-1153 # - D A B C - E F G H I J UN UN
1st IPC 501-1125 - D A B C - E F G H I J JU UN
2nd IPC 501-1125 - C - A B - D E F G H I JU UN
3rd IPC 501-1125 - B - - A - C D E F G H JU UN
4th IPC 501-1125 - A - - - - B C D E F G JU UN
1st 1/2" tape ## # - - - - - - A B C D E F UN UN
2nd 1/2" tape ## # - - - - - - - A B C D E UN UN
1st SMD @@ # - - - - - - A B C D E F UN UN
2nd SMD @@ # - - - - - - - A B C D E UN UN
cg3 color 501-1116 & % - J A B C - D E F G H I JU UN
cg5 color 501-1267 & $ - J A B C - D E F G H I JU UN w/o GP or GP+
" " " " && $ - H A B C - D E F - - - JU UN with GP or GP+
" " " " %% - - - - - - - - - - A B JU UN with GP2
# If you wish to install a Multibus-VME converter-based board
in slots 2-5, you just use converters 501-1054-04 rev A or
later to avoid contention on the P2 memory bus.
If you wish to install a Multibus-VME converted-based board
in slots 10-12 and any combination of GP and GP boards are
installed, you must use converters 501-1054-04 rev A or later
to avoid contention on the GP/GB private bus.
## 501-1155 Xylogics 472 1/2" tape controller (6250 BPI)
The older 501-1156 CPC 1/2" (1600 BPI) tape controller is not
supported.
~ Avoid using slot 2 until absolutely necessary, to aid cooling
of the CPU board. That is, if there is another slot available
in which a board can be installed (even if it is not the most
preferred slot) without impacting the functionality of
another board, it should be installed in that slot instead of
slot 2.
~~ The 501-1383 TAAC-1 consumes three spaces (slots 10, 11, and
12). Besides jumpering P1003 and P1004 as shown in the table
above, P1103, P1104, and P1203 must be jumpered (P1204 does
not exist).
* 501-1102 8M
501-1254 32M
There must always be a memory board in slot 6 and it must
have a 220/270-ohm terminating resistor network installed at
location 34-F for the 501-1102 8M board (see detailed
description of board), or location 54-F for the 501-1254 32M
board. Additional memory boards in slots 2-4 must NOT have
the terminator installed.
** 501-1055 Graphics Processor
501-1139 Graphics Processor Plus
501-1268 Graphics Processor 2
% The 501-1268 GP2 will not function if any of the 501-1058
graphics buffer, the 501-1116 Sun-3 color board (cg3), or the
501-1014 Sun-2 color board are installed.
%% The GP2 communicates with the 501-1267 cg5 over a private P2
bus which must be enabled on the cg5 by a hardware switch
setting. The cg5 must also be installed in slot 11 or 12.
! See "Important Note about ALM and MCP products", below.
!! The 501-1157 ALM covers slots 11 and 12 but only connects
electrically to slot 12. Hence, treat slot 11 as empty (i.e.
jump both P1103 and P1104).
& The 501-1014 Sun-2 color framebuffer, 501-1116 cg3 color
framebuffer, and 501-1267 cg5 color framebuffer are mutually
exclusive.
&& When installed with either the 501-1055 graphics processor or
the 501-1139 graphics processor plus, the cg5 may be
installed in slots 2-9 only.
$ The gp5's P2 bus must be disabled.
$$ The 501-1202 MAPKIT covers two slots but only connects
electrically to the slot nearest slot 1. Hence, treat the
other slot as empty (i.e. jump both Px03 and Px04).
Additionally, do not place a 1/2" tape controller or an SMD
disk controller in a slot between the MAPKIT and the CPU, or
the MAPKIT's throughput may be adversely affected.
@ The 370-1128 SunLink Channel Adapter uses two slots. The Px03
and Px04 jumpers must be unjumpered for both slots.
Additionally, do not place a 1/2" tape controller or an SMD
disk controller in a slot between the channel adapter and the
CPU, or the channel adapter's throughput may be adversely
affected.
@@ 501-1154 Xylogics 450 SMD controller in Multibus-VME converter
501-1166 Xylogics 451 SMD controller in Multibus-VME converter
4/280 using external-connection-only SCSI controller
board slot: 1 2# 3# 4# 5# 6 7 8 9 10#11#12#Px03 Px04
CPU 501-1100/1206 A - - - - - - - - - - - UN UN
1st memory 501-1102 * - - - - - A - - - - - - JU JU
2nd memory 501-1102 * - A - - - - - - - - - - JU JU
3rd memory 501-1102 * - - A - - - - - - - - - JU JU
4th memory 501-1102 * - - - A - - - - - - - - JU JU
GP/GP+/GP2 ** % %% - - - - - - - - - A - - UN UN
GB 501-1058 # % - - - - - - - - - - A - JU JU
TAAC-1 501-1383 ~~ - - - - - - - - - A - - JU JU
1st ALM-1 501-1165 # ! - - - - - - - - - - - A UN N/A
2nd ALM-1 501-1165 # ! - - - - - - - - - - A - UN UN
3rd ALM-1 501-1165 # ! - - - - - - - - - A - - UN UN
1st SCP 501-1158 # - A B C D - E - - - - - UN UN
2nd SCP 501-1158 # - - A B C - D E - - - - UN UN
1st MCP 501-1221 ! - A B C D - E F G H I J UN UN
2nd MCP 501-1221 ! - - A B C - D E F G H I UN UN
3rd MCP 501-1221 ! - - - A B - C D E F G H UN UN
4th MCP 501-1221 ! - - - - A - B C D E F G UN UN
1st ALM-2 501-1203 ! - A B C D - E F G H I J UN UN
2nd ALM-2 501-1203 ! - - A B C - D E F G H I UN UN
3rd ALM-2 501-1203 ! - - - A B - C D E F G H UN UN
4th ALM-2 501-1203 ! - - - - A - B C D E F G UN UN
1st SunLink Chnl Adpt @ - A A C C - D D F F H H UN UN
- - B B - - - E E G G -
2nd SunLink Chnl Adpt @ - - - A A - B B D D F F UN UN
- - - - - - - C C E E -
1st MAPKIT 501-1202 $$ - A A C C - D D F F G G UN UN
- - B B - - - E E - - -
2nd MAPKIT 501-1202 $$ - - A A - - B B D D F F UN UN
- - - - - - - C C E E -
SCSI 501-1138/1217 - A B C D - E F G H I J UN UN
cg3 color 501-1116 & % - A B C D - E F G H I J JU UN
cg5 color 501-1267 & $ - A B C D - E F G H I J JU UN w/o GP or GP+
" " " " && $ - A B C D - E F G - - - JU UN with GP or GP+
" " " " %% - - - - - - - - - - A B JU UN with GP2
2nd Ethernet 501-1153 # - A B C D - E F G H I J UN UN
1st IPC 501-1125 - D E F G - A B C H I J JU UN
2nd IPC 501-1125 - C D E F - - A B G H I JU UN
3rd IPC 501-1125 - B C D E - - - A F G H JU UN
4th IPC 501-1125 - A B C D - - - - E F G JU UN
1st 1/2" tape ## # - A B C D - E F G H I J UN UN
2nd 1/2" tape ## # - - A B C - D E F G H I UN UN
1st SMD @@ # - A B C D - E F G H I J UN UN
2nd SMD @@ # - - A B C - D E F G H I UN UN
# If you wish to install a Multibus-VME converter-based board
in slots 2-5, you just use converters 501-1054-04 rev A or
later to avoid contention on the P2 memory bus.
If you wish to install a Multibus-VME converted-based board
in slots 10-12 and any combination of GP and GP boards are
installed, you must use converters 501-1054-04 rev A or later
to avoid contention on the GP/GB private bus.
## 501-1155 Xylogics 472 1/2" tape controller (6250 BPI)
The older 501-1156 CPC 1/2" (1600 BPI) tape controller is not
supported.
* 501-1102 8M
501-1254 32M
There must always be a memory board in slot 6 and it must
have a 220/270-ohm terminating resistor network installed at
location 34-F for the 501-1102 8M board (see detailed
description of board), or location 54-F for the 501-1254 32M
board. Additional memory boards in slots 2-4 must NOT have
the terminator installed.
** 501-1055 Graphics Processor
501-1139 Graphics Processor Plus
501-1268 Graphics Processor 2
% The 501-1268 GP2 will not function if any of the 501-1058
graphics buffer, the 501-1116 Sun-3 color board (cg3), or the
501-1014 Sun-2 color board are installed.
%% The GP2 communicates with the 501-1267 cg5 over a private P2
bus which must be enabled on the cg5 by a hardware switch
setting. The cg5 must also be installed in slot 11 or 12.
& The 501-1014 Sun-2 color framebuffer, 501-1116 cg3 color
framebuffer, and 501-1267 cg5 color framebuffer are mutually
exclusive.
&& When installed with either the 501-1055 graphics processor or
the 501-1139 graphics processor plus, the cg5 may be
installed in slots 2-9 only.
$ The gp5's P2 bus must be disabled.
$$ The 501-1202 MAPKIT covers two slots but only connects
electrically to the slot nearest slot 1. Hence, treat the
other slot as empty (i.e. jump both Px03 and Px04).
Additionally, do not place a 1/2" tape controller or an SMD
disk controller in a slot between the MAPKIT and the CPU, or
the MAPKIT's throughput may be adversely affected.
@ The 370-1128 SunLink Channel Adapter uses two slots. The Px03
and Px04 jumpers must be unjumpered for both slots.
Additionally, do not place a 1/2" tape controller or an SMD
disk controller in a slot between the channel adapter and the
CPU, or the channel adapter's throughput may be adversely
affected.
@@ 501-1154 Xylogics 450 SMD controller in Multibus-VME converter
501-1166 Xylogics 451 SMD controller in Multibus-VME converter
! See "Important Note about ALM and MCP products", below.
~~ The 501-1383 TAAC-1 consumes three spaces (slots 10, 11, and
12). Besides jumpering P1003 and P1004 as shown in the table
above, P1103, P1104, and P1203 must be jumpered (P1204 does
not exist).
4/280 using internal-connection-only or internal/external SCSI controller
board slot: 1 2# 3# 4# 5# 6 7 8 9 10#11#12#Px03 Px04
CPU 501-1274 A - - - - - - - - - - - UN UN
1st memory 501-1102 * - - - - - A - - - - - - JU JU
2nd memory 501-1102 * - A - - - - - - - - - - JU JU
3rd memory 501-1102 * - - A - - - - - - - - - JU JU
4th memory 501-1102 * - - - A - - - - - - - - JU JU
GP/GP+/GP2 ** % %% - - - - - - - - - A - - UN UN
GB 501-1058 # % - - - - - - - - - - A - JU JU
TAAC-1 501-1383 ~~ - - - - - - - - - A - - JU JU
1st ALM-1 501-1165 # ! - - - - - - - - - - - A UN N/A
2nd ALM-1 501-1165 # ! - - - - - - - - - - A - UN UN
3rd ALM-1 501-1165 # ! - - - - - - - - - A - - UN UN
SCSI 501-1149/1167/1170 - - - - - - A - - - - - UN UN
1st SCP 501-1158 # - A B C D - - E - - - - UN UN
2nd SCP 501-1158 # - - A B C - - D E - - - UN UN
1st MCP 501-1221 ! - A B C D - - E F G H I UN UN
2nd MCP 501-1221 ! - - A B C - - D E F G H UN UN
3rd MCP 501-1221 ! - - - A B - - C D E F G UN UN
4th MCP 501-1221 ! - - - - A - - B C D E F UN UN
1st ALM-2 501-1203 ! - A B C D - - E F G H I UN UN
2nd ALM-2 501-1203 ! - - A B C - - D E F G H UN UN
3rd ALM-2 501-1203 ! - - - A B - - C D E F G UN UN
4th ALM-2 501-1203 ! - - - - A - - B C D E F UN UN
1st SunLink Chnl Adpt @ - A A C C - - D D F F - UN UN
- - B B - - - - E E G G
2nd SunLink Chnl Adpt @ - - - A A - - B B C C - UN UN
- - - - - - - - - - D D
1st MAPKIT 501-1202 $$ - A A C C - - D D F F - UN UN
- - B B - - - - E E G G
2nd MAPKIT 501-1202 $$ - - A A - - - B B C C - UN UN
- - - - - - - - - - D D
cg3 color 501-1116 & % - A B C D - - E F G H I JU UN
cg5 color 501-1267 & $ - A B C D - - E F G H I JU UN w/o GP or GP+
" " " " && $ - A B C D - - E F - - - JU UN with GP or GP+
" " " " %% - - - - - - - - - - A B JU UN with GP2
2nd Ethernet 501-1153 # - A B C D - - E F G H I UN UN
1st IPC 501-1125 - A B C D - - E F G H I JU UN
2nd IPC 501-1125 - - A B C - - D E F G H JU UN
3rd IPC 501-1125 - - - A B - - C D E F G JU UN
4th IPC 501-1125 - - - - A - - B C D E F JU UN
1st 1/2" tape ## # - - - - - - - A B C D E UN UN
2nd 1/2" tape ## # - - - - - - - - A B C D UN UN
1st SMD @@ # - - - - - - - A B C D E UN UN
2nd SMD @@ # - - - - - - - - A B C D UN UN
# If you wish to install a Multibus-VME converter-based board
in slots 2-5, you just use converters 501-1054-04 rev A or
later to avoid contention on the P2 memory bus.
If you wish to install a Multibus-VME converted-based board
in slots 10-12 and any combination of GP and GP boards are
installed, you must use converters 501-1054-04 rev A or later
to avoid contention on the GP/GB private bus.
## 501-1155 Xylogics 472 1/2" tape controller (6250 BPI)
The older 501-1156 CPC 1/2" (1600 BPI) tape controller is not
supported.
* 501-1102 8M
501-1254 32M
There must always be a memory board in slot 6 and it must
have a 220/270-ohm terminating resistor network installed at
location 34-F for the 501-1102 8M board (see detailed
description of board), or location 54-F for the 501-1254 32M
board. Additional memory boards in slots 2-4 must NOT have
the terminator installed.
** 501-1055 Graphics Processor
501-1139 Graphics Processor Plus
501-1268 Graphics Processor 2
% The 501-1268 GP2 will not function if any of the 501-1058
graphics buffer, the 501-1116 Sun-3 color board (cg3), or the
501-1014 Sun-2 color board are installed.
%% The GP2 communicates with the 501-1267 cg5 over a private P2
bus which must be enabled on the cg5 by a hardware switch
setting. The cg5 must also be installed in slot 11 or 12.
& The 501-1014 Sun-2 color framebuffer, 501-1116 cg3 color
framebuffer, and 501-1267 cg5 color framebuffer are mutually
exclusive.
&& When installed with either the 501-1055 graphics processor or
the 501-1139 graphics processor plus, the cg5 may be
installed in slots 2-9 only.
$ The gp5's P2 bus must be disabled.
$$ The 501-1202 MAPKIT covers two slots but only connects
electrically to the slot nearest slot 1. Hence, treat the
other slot as empty (i.e. jump both Px03 and Px04).
Additionally, do not place a 1/2" tape controller or an SMD
disk controller in a slot between the MAPKIT and the CPU, or
the MAPKIT's throughput may be adversely affected.
@ The 370-1128 SunLink Channel Adapter uses two slots. The Px03
and Px04 jumpers must be unjumpered for both slots.
Additionally, do not place a 1/2" tape controller or an SMD
disk controller in a slot between the channel adapter and the
CPU, or the channel adapter's throughput may be adversely
affected.
@@ 501-1154 Xylogics 450 SMD controller in Multibus-VME converter
501-1166 Xylogics 451 SMD controller in Multibus-VME converter
! See "Important Note about ALM and MCP products", below.
~~ The 501-1383 TAAC-1 consumes three spaces (slots 10, 11, and
12). Besides jumpering P1003 and P1004 as shown in the table
above, P1103, P1104, and P1203 must be jumpered (P1204 does
not exist).
4/280 using external-connection-only SCSI controller and leaving
slots 7-9 for non-Sun boards that use P2 bus signals
board slot: 1 2# 3# 4# 5# 6 7 8 9 10#11#12#Px03 Px04
CPU 501-1274 A - - - - - - - - - - - UN UN
1st memory 501-1102 * - - - - - A - - - - - - JU JU
2nd memory 501-1102 * - A - - - - - - - - - - JU JU
3rd memory 501-1102 * - - A - - - - - - - - - JU JU
4th memory 501-1102 * - - - A - - - - - - - - JU JU
GP/GP+/GP2 ** % %% - - - - - - - - - A - - UN UN
GB 501-1058 # % - - - - - - - - - - A - JU JU
TAAC-1 501-1383 ~~ - - - - - - - - - A - - JU JU
1st ALM-1 501-1165 # ! - - - - - - - - - - - A UN N/A
2nd ALM-1 501-1165 # ! - - - - - - - - - - A - UN UN
3rd ALM-1 501-1165 # ! - - - - - - - - - A - - UN UN
1st SCP 501-1158 # - A B C D - - - - E F G UN UN
2nd SCP 501-1158 # - - A B C - - - - D E F UN UN
1st MCP 501-1221 ! - A B C D - - - - E F G UN UN
2nd MCP 501-1221 ! - - A B C - - - - D E F UN UN
3rd MCP 501-1221 ! - - - A B - - - - C D E UN UN
4th MCP 501-1221 ! - - - - A - - - - B C D UN UN
1st ALM-2 501-1203 ! - A B C D - - - - E F G UN UN
2nd ALM-2 501-1203 ! - - A B C - - - - D E F UN UN
3rd ALM-2 501-1203 ! - - - A B - - - - C D E UN UN
4th ALM-2 501-1203 ! - - - - A - - - - B C D UN UN
1st SunLink Chnl Adpt @ - A A C C - - - - D D - UN UN
- - B B - - - - - - E E
2nd SunLink Chnl Adpt @ - - - A A - - - - B B - UN UN
- - - - - - - - - - C C
1st MAPKIT 501-1202 $$ - A A C C - - - - D D - UN UN
- - B B - - - - - - E E
2nd MAPKIT 501-1202 $$ - - A A - - - - - B B - UN UN
- - - - - - - - - - C C
SCSI 501-1138/1217 - A B C D - - - - E F G UN UN
cg3 color 501-1116 & % - A B C D - - - - E F G JU UN
cg5 color 501-1267 & $ - A B C D - - - - E F G JU UN w/o GP or GP+
" " " " && $ - A B C D - - - - - - - JU UN with GP or GP+
" " " " %% - - - - - - - - - - A B JU UN with GP2
2nd Ethernet 501-1153 # - A B C D - - - - E F G UN UN
1st IPC 501-1125 - A B C D - - - - E F G JU UN
2nd IPC 501-1125 - - A B C - - - - D E F JU UN
3rd IPC 501-1125 - - - A B - - - - C D E JU UN
4th IPC 501-1125 - - - - A - - - - B C D JU UN
1st 1/2" tape ## # - A B C D - - - - E F G UN UN
2nd 1/2" tape ## # - - A B C - - - - D E F UN UN
1st SMD @@ # - A B C D - - - - E F G UN UN
2nd SMD @@ # - - A B C - - - - D E F UN UN
# If you wish to install a Multibus-VME converter-based board
in slots 2-5, you just use converters 501-1054-04 rev A or
later to avoid contention on the P2 memory bus.
If you wish to install a Multibus-VME converted-based board
in slots 10-12 and any combination of GP and GP boards are
installed, you must use converters 501-1054-04 rev A or later
to avoid contention on the GP/GB private bus.
## 501-1155 Xylogics 472 1/2" tape controller (6250 BPI)
The older 501-1156 CPC 1/2" (1600 BPI) tape controller is not
supported.
* 501-1102 8M
501-1254 32M
There must always be a memory board in slot 6 and it must
have a 220/270-ohm terminating resistor network installed at
location 34-F for the 501-1102 8M board (see detailed
description of board), or location 54-F for the 501-1254 32M
board. Additional memory boards in slots 2-4 must NOT have
the terminator installed.
** 501-1055 Graphics Processor
501-1139 Graphics Processor Plus
501-1268 Graphics Processor 2
% The 501-1268 GP2 will not function if any of the 501-1058
graphics buffer, the 501-1116 Sun-3 color board (cg3), or the
501-1014 Sun-2 color board are installed.
%% The GP2 communicates with the 501-1267 cg5 over a private P2
bus which must be enabled on the cg5 by a hardware switch
setting. The cg5 must also be installed in slot 11 or 12.
& The 501-1014 Sun-2 color framebuffer, 501-1116 cg3 color
framebuffer, and 501-1267 cg5 color framebuffer are mutually
exclusive.
&& When installed with either the 501-1055 graphics processor or
the 501-1139 graphics processor plus, the cg5 may be
installed in slots 2-9 only.
$ The gp5's P2 bus must be disabled.
$$ The 501-1202 MAPKIT covers two slots but only connects
electrically to the slot nearest slot 1. Hence, treat the
other slot as empty (i.e. jump both Px03 and Px04).
Additionally, do not place a 1/2" tape controller or an SMD
disk controller in a slot between the MAPKIT and the CPU, or
the MAPKIT's throughput may be adversely affected.
@ The 370-1128 SunLink Channel Adapter uses two slots. The Px03
and Px04 jumpers must be unjumpered for both slots.
Additionally, do not place a 1/2" tape controller or an SMD
disk controller in a slot between the channel adapter and the
CPU, or the channel adapter's throughput may be adversely
affected.
@@ 501-1154 Xylogics 450 SMD controller in Multibus-VME converter
501-1166 Xylogics 451 SMD controller in Multibus-VME converter
! See "Important Note about ALM and MCP products", below.
~~ The 501-1383 TAAC-1 consumes three spaces (slots 10, 11, and
12). Besides jumpering P1003 and P1004 as shown in the table
above, P1103, P1104, and P1203 must be jumpered (P1204 does
not exist).
IMPORTANT NOTE ABOUT ALM AND MCP PRODUCTS
The 501-1203 ALM-2 shares VME vector interrupt assignments with the
501-1157 (-1165 also?) ALM-1 and the 501-1221 MCP. The ALM-2 also shares
VME address space with the MCP. There may also be a problem with
physical space in the chassis.
If three ALM-1s with their associated MUX boxes are already
installed, there is no room to mount the ALM-2's Device Connector
Assembly (DCA). Fortunately, it is possible to mount the DCA to the
wall, floor, or anywhere else convenient.
The ALM-2 and the MCP have exactly the same vector interrupt
assignments. The ALM-1 has vector interrupt assignments that occupy the
same range but are in the opposite order, as shown below:
board number device entry ALM-1 vector ALM-2/MCP vector
------------ ------------ ------------ ----------------
1st 0 0x88 0x8B
2nd 1 0x89 0x8A
3rd 2 0x8A 0x89
4th 3 0x8B 0x88
To avoid conflicts, follow these rules:
1) No more than four ALM-1, ALM-2, or MCP boards total may be
installed in a single cardcage.
2) When installing ALM-2s or MCPs, the boards must be installed in
the proper address order, counting all boards of either type previously
installed. This ensures that no ALM-2s or MCPs will attempt to use the
same vector interrupt. For example, if an ALM-2 is installed and you
wish to install an MCP, it must be installed as the *second* MCP, not
the first. If it is installed as the first, it will attempt to use the
same vector interrupt as the existing ALM-2.
3) Because the ALM-1 vector interrupt assignments are the reverse of
the others, any ALM-1 boards must be installed in their normal order,
counting *only* ALM-1s. This ensures that as long as no more than four
boards total of any of these kinds are installed, the ALM-1s will never
use the same part of the range as the ALM-2s and MCPs.
4) Additionally, the ALM-2 and MCP occupy identical addresses in the VME
address space, and both use /dev entries of mcp0 through mcp3. Each
additional board installed uses the next available entry, regardless of
the type (ALM-2 or MCP, but not ALM-1) of the boards installed
previously. The addresses must also be set (via jumpers or switches?) on
the boards -- as stated in rule 2, the board must be installed counting
all boards of either type previously installed.
5) For deskside systems that support the ALM-1, only one such board
may coexist in the cardcage with ALM-2 and/or MCP boards.
END OF PART VI OF THE SUN HARDWARE REFERENCE