Archive-name: sun-hdwr-ref/part1 Posting-Frequency: as revised Version: $Id: $ THE SUN HARDWARE REFERENCE compiled by James W. Birdsall (jwbirdsa@picarefy.com) TABLE OF CONTENTS ================= FILE SECTIONS --------------- -------------------------- part1 TABLE OF CONTENTS INTRODUCTION OFFICIAL HOME OF THIS REFERENCE HOW TO USE THE REFERENCE part2 MODELS SUMMARY Introduction FAQ Sun-1 Family Sun-2 Family Sun-3 Family Sun-386i Family Sun-4 (aka SPARCstation) Family Overview by Model Sun-1 Models Sun-2 Models Sun-3 Models Sun-386i Models Sun-4 (SPARCstation) Models part3 HARDWARE Boards CPUs/motherboards Introduction FAQ Overview by Model Kernel Architectures Listing by Part Number Legend Parts part4 SPARC (MBus) Modules Introduction Model/Part Compatibility Chart Listing by Part Number Legend Parts Memory Video SCSI controllers Non-SCSI disk controllers Tape controllers Communications (serial, Ethernet, etc.) Floating-point/system accelerators Hard drive SCSI converters Backplanes Other Mass Storage SCSI overview Hard drives SMD MFM ESDI IPI SCSI Floppy drives Tape drives Tape formats 9-track QIC-11 QIC-24 CD-ROM Other Keyboards Mice Monitors SPECIAL TOPICS Connector Glossary Board Cross-compatibility Busses SPARC Chips Cardcage Configuration Pinout Summary Ethernet Video Keyboard and Mouse Serial SCSI Diagnostic LED Summary SOFTWARE Boot ROM Compatibility EEPROM Settings SunOS Compatibility Other Operating Systems NetBSD Linux Sun-2 SunOS Tapes Installing SunOS 3.x (and 4.0.x?) SOURCES Bibliography Contributors Other Resources PART NUMBER INDEX INTRODUCTION ============ This is the Sun Hardware Reference, which attempts to provide as much information as possible about older Sun-badged hardware and hardware commonly used with older Sun workstations. Its primary audience is buyers and collectors of used Sun hardware, much of which comes without documentation. THERE IS NO WARRANTY OF ANY KIND on the information in this document. It has been assembled from a variety of sources of varying reliability. Efforts have been made to exclude information known to be incorrect, and to include only information deemed reasonably reliable, but there is no guarantee on any of it, especially since official Sun documents occasionally contradict each other. This document is copyright (c) 1995, 1996, 1997 by James W. Birdsall. You may distribute it freely in unmodified form. THIS DOCUMENT IS A WORK IN PROGRESS. I still have a lot of information which I have not had time to integrate yet. However, I am always looking for more -- if you have documentation for systems or boards not listed here, please let me know! OFFICIAL HOME OF THIS DOCUMENT ============================== The official home of this document is ftp.picarefy.com, available via anonymous FTP in the /pub/Sun-Hardware-Ref directory. My connection to the outside world is slow, so you may want to try one of the sites listed below. It is also available via anonymous FTP from: ftp.netcom.com /pub/ru/rubicon/sun.hdwr.ref ftp.intnet.net /pub/SUN/Sun-Hardware-Ref ftp.chicks.net /pub/unix/sun-hardware IF YOU GOT THIS DOCUMENT FROM ANYWHERE ELSE, IT IS AN UNOFFICIAL SITE! There is no guarantee that this is the latest version (which may contain significant and important changes). If you wish to make the Sun Hardware Reference available on your site, please contact me at jwbirdsa@picarefy.com and I will put you on the mailing list. You will be notified whenever a new version is ready. HOW TO USE THE REFERENCE ======================== This document is broadly divided into a few high-level categories (model summary, hardware, special topics, etc.), each of which is divided into more specific sections and sometimes even subsections. Each section or subsection normally consists of: + an introduction + a FAQ + an overview by model + any special topics related to the subject + a listing by part number So, for example, to find out: + what models can use the same memory, look under "HARDWARE/Boards/Memory/Overview by Model". + about SCSI ID settings, look under "HARDWARE/Mass Storage/SCSI Overview". + how many colors a "cgfour" framebuffer supports, look under "HARDWARE/Boards/Video/Standards". + how to arrange boards in your VME-based machine, look under "SPECIAL TOPICS/Cardcage Configuration" (to find out what VME is, look under "SPECIAL TOPICS/Busses"). + the pinout of your system's serial port, look under "SPECIAL TOPICS/Pinout Summary". + what a xxx-xxxx (e.g. 501-1102) is and details about it, look in the "PART NUMBER INDEX". If there is any information about that part in the Reference, that index will tell you what section to look in (and may at least give you a name for the item even if no other information is known). Once you know the section, check the "Listing by Part Number" under that section. I have attempted to crossreference items as much as possible. So, if you went looking for a serial port pinout under "HARDWARE/Boards/CPUs /Listing by Part Number/xxx-xxxx", you would find a pointer to "SPECIAL TOPICS/Pinout Summary". Archive-name: sun-hdwr-ref/part2 Posting-Frequency: as revised Version: $Id: $ THE SUN HARDWARE REFERENCE compiled by James W. Birdsall (jwbirdsa@picarefy.com) MODELS SUMMARY ============== Introduction ------------ Sun's workstations can be broadly divided into five families: Sun-1, Sun-2, Sun-3, Sun386i, and Sun-4. The first three use successive generations of the Motorola 680x0 microprocessor. The Sun386i family was an abortive attempt to capitalize on the popularity of the Intel 80386 in IBM PC-compatibles. With the Sun-4 family, Sun moved to a RISC microprocessor of their own design, the SPARC. FAQ --- 1) How do I tell what model I have? 2a) What's the first/last version of SunOS for my sun2? 2b) ...sun3? sun3x? 2c) ...sun386i? 2d) ...sun4*? 1) How do I tell what model I have? It isn't necessarily easy. Later models (most Sun-3's and later) usually have a model designation on the chassis. However, in many cases there is nothing tying a particular chassis to a particular motherboard or CPU, and that's what really determines what model a particular machine is. This is especially true for VME-based chassis, where CPUs could be swapped with ease, frequently creating combinations which Sun never intended. There are two ways to really be sure what you have: 1) look up the part number on the CPU board or 2) watch the machine boot from being powered off -- the boot ROM should display a banner which indicates what model (or family, in the case of CPUs which could be used in many models) the CPU belongs to. That's all you really need to know. If you're curious, you can check the list of official models below to see if anything matches what you have. 2a) What's the first/last version of SunOS for my sun2? All Sun-2 machines have the same kernel architecture ("sun2") and run the same versions of SunOS. SunOS was originally written for the Sun-2 (and Sun 100U, which is actually a Sun-2 CPU), so the first official version of SunOS for the Sun-2 is 1.0. The last version is 4.0.3. Note that SunOS 4.x for Sun-2's is only known to exist on QIC-24 tapes, not QIC-11 (which was the standard for Sun-2's). Hence, installing SunOS 4.x will require a QIC-24 drive (most easily acquired from a Sun-3, where it was the standard) and boot ROM version 1.1.2, which is required to boot from a QIC-24 drive. Depending on the part number of your CPU board, it may be necessary to move a jumper as well in order to install and run SunOS 4.x. 2b) What's the first/last version of SunOS for my sun3? sun3x? There are two different kernel architectures in the Sun-3 model line. All 68020-based models are "sun3"; 68030-based models (the 3/80 and 3/4xx) are "sun3x" architecture. Note that the difference only applies to the kernel; any program compiled on one architecture should run on the other. Support for Sun-3's was introduced in SunOS 3.0. The last version is 4.1.1U1. 2c) What's the first/last version of SunOS for my sun386i? All Sun386i machines have the same kernel architecture ("sun386i") and run the same versions of SunOS. Support for Sun386i's was introduced in SunOS 4.0 (?). The 386i SunOS releases came from Sun's East Coast division, so 386i SunOS was not identical to the standard version with the same number. The last released version is 4.0.2; there are a few copies of 4.0.3Beta (with OpenLook 2.0) floating around. 2d) What's the first/last version of SunOS for my sun4*? There are half a dozen different kernel architectures in the Sun-4 model line. The architecture is given for each model in the model listing below, and is also given in the writeup for each CPU/motherboard. The first version of SunOS depends on the model. For the earliest Sun-4's ("sun4" architecture), support was officially introduced in SunOS 4.0, although there was a special variant of SunOS 3.2 for Sun-4's which was shipped with some very early units. If the first version is not SunOS 4.0, that is given in the model listing and the writeup for the CPU/motherboard. Since this product line is still current, it is still in general supported by SunOS, which is now part of Solaris. Support for the "sun4" architecture was dropped in Solaris 2.5. The remaining support for the VME bus (for the benefit of the 4/6xx, the only VME-based Sun-4 which is not "sun4" architecture) is being dropped in Solaris 2.6. Sun-1 Family ------------ Sun-1's were the very first models ever produced by Sun. The earliest ran Unisoft V7 UNIX; SunOS 1.x was introduced later. According to some sources, fewer than 200 Sun-1's were ever produced; they are certainly rare. The switch from Motorola 68000's to 68010's occurred during the Sun-1's reign. 68000-based Sun-1's are not supported by SunOS. From bjork@rahul.net (../Steven): [The Sun-1] did not have the DVMA of the sun2 architecture. There was an even earlier board that had the 68000, not the 68010. The 68000 board was licensed by Stanford to several folks (can't recall names). The original cisco CPU was a slightly upgraded 68000 version. Andy Bechtolsheim was using SUDS on the triple-I in the CS Dungeon (Margaret Jacks Hall) when my boss asked him to modify the sun board to accept 256K RAM chips. I handed Andy a pencil and the schematics and he scribbled the mods on it. I took the mods, and with Exacto knife and jumpers, modified a sun board for the 256K chips. Len Bosack then took the mods and re-layed out the PC. That board was the first cisco CPU, and was also produced internally to Stanford. [...] The original sun lacked the DVMA and thus needed Multibus memory. Their "ar" tape controller design thus included 256K of Multibus memory. When upgraded to a sun2, one had to switch this ar-resident memory off since it would conflict with the DVMA memory on the sun2 P2 (memory bus). Sun-2 Family ------------ Sun-2's were introduced in the early 1980's and were Sun's first major commercial success. While not as popular or as common as the later Sun-3's, they did well and there are still quite a few in circulation in the home/collector-used market. All Sun-2's are based on the Motorola 68010 and run SunOS. Early Sun-2's were Multibus; later models were VME, which Sun continued to use through the Sun-3 era and well into the Sun-4 line. One of the hardest parts of restoring a Sun-2 is finding SunOS tapes for it. The hardware is usually still in fine working order, but tapes -- if you can even find any -- are sometimes unreadable after so many years. (See "SOFTWARE/Sun-2 SunOS Tapes".) Sun-3 Family ------------ Sun switched to using the Motorola 68020 with the introduction of the Sun-3's. A few later models had 68030's, but by that time Sun was already moving to SPARC processors. All models either have a 68881 or 68882 FPU installed stock or at least have a socket for one. All models except the 3/80 have a VME bus, more or less (the 3/50 and 3/60 are single-board-only machines and have only the VME power connector). The 3/60 and 3/80 also have a "P4" connector which can take a framebuffer. During the Sun-3 era, Sun introduced the handy practice of putting the model number on the Sun badge on the front of the chassis. While there is no guarantee that the badge accurately represents the CPU installed, at least it's a starting point. Sun386i Family -------------- The Sun386i models, based on the Intel 80386 processor, were introduced when 80386-based IBM PC/AT clones were starting to become widespread. Intel had finally produced an 80x86 chip sufficiently capable (32-bit, among other things) to allow porting SunOS, and using an Intel processor and an ISA bus offered the ability to run MS-DOS applications without speed-draining emulation. Unfortunately, they were a market failure, and a planned 486-based follow-on machine was cancelled. Sun-4 (aka SPARCstation) Family ------------------------------- The Sun-4 line was initially introduced with model designations in the same pattern as previous lines: Sun 4/xxx. However, for marketing purposes, Sun departed from their classic naming scheme with the name SPARCstation, and has since experimented with alphabetic designations (e.g. "SPARCstation SLC") before returning to numbered SPARCstations. Until the SPARCstation 10, however, every model still had a 4/xxx designation as well, which is displayed by the ROM monitor during power-up and is used by much of Sun's documentation. This model line marks the introduction of Sun's own RISC chip, the SPARC. There have been a number of different implementations of the chip from various manufacturers, with varying degrees of hardware support for the instruction set. (See "SPECIAL TOPICS/SPARC Chips".) Some of the later models have pictures silkscreened on their CPU boards. Overview by Model ----------------- This section lists all the models within each family. They are listed approximately in order of introduction. For each model listed, whatever information is available is given, in the following order: Processor: + microprocessor followed by its clock speed in MHz + floating point coprocessor (FPU), if any + MMU details, including the number of hardware contexts Note that some SPARC processors are referred to by name; information on these is available under "SPECIAL TOPICS/SPARC Chips." Speed ratings: + MIPS (Millions of/Meaningless Instructions Per Second) + MFLOPS (Millions of FLoating-point OPerations per Second) + SPECmark89 + SPECint92/SPECfp92/SPECintRate92/SPECfpRate92 CPU or motherboard: The Sun part number of the CPU board or motherboard. Chassis type: + "Rackmount" chassis, as the name suggests, are designed to fit into a standard 19" equipment rack. They usually require clearance over and under the chassis for cooling. + "Pizza box" chassis are intended to sit on a desktop, typically underneath the monitor; they are low, wide, and deep. Older pizza boxes (2/50, 3/75, 3/50, and 3/60) are much wider than they are deep; newer ones are square (3/80, SPARCstation 1, 1+, 2, etc.). Some older pizza boxes (mostly the 3/50) have a 'dimple top', a case top with a circular depression that allows the chassis to serve as a tilt/swivel monitor base directly. + "deskside" chassis are large towers that are intended to stand on the floor. Nine-slot Multibus and six-or-more-slot VME chassis fall into this category. Three-slot VME chassis are listed as deskside but can also be used as fat pizza boxes, on their sides on deskstops. + "lunchbox" chassis are small rectangular boxes the size of a lunchbox. They sit on desktops. + "monitor" chassis have the motherboard hidden in the back of the monitor. + "tower" chassis are reminiscent of modern PC-clone tower chassis. Bus: Whatever bus or busses the machine has. Sun has, at various times, used Multibus, VMEbus, ISA, SBus, MBus, and XDBus. Memory: + amount of physical memory the machine can take (according to official Sun documentation; frequently more was possible in undocumented configurations or with third-party memory boards -- if this is believed to be true, the limit is labelled "documented") + "ECC" if memory has error correction + maximum size of the machine's virtual memory space + cycle time for physical memory Cache: Details of any on-chip or off-chip caches. The on-chip caches of Motorola and Intel processors are not described. The on-chip caches of various SPARC processors are described under "SPECIAL TOPICS/SPARC Chips" section. Off-chip caches on Sun-4 models which take MBus modules are a function of the MBus modules installed (see "HARDWARE/Boards/SPARC (MBus) Modules"). Architecture: For Sun-4 models only, the kernel architecture "sun4?" is given. The only other model line to have multiple kernel architectures is the Sun-3, which are easily distinguishable (68020-based machines are "sun3", 68030-based machines are "sun3x"). Notes: General information which does not belong under other headings. Sun-1 Models ------------ Sun-1 Processor(s): 68000 Notes: Large black desktop boxes with 17" monitors. Uses the original Stanford-designed video board and a parallel microswitch keyboard (type 1) and parallel mouse (Sun-1). 100 Processor(s): 68000 @ 10MHz Bus: Multibus (serial?) Notes: Uses a design similar to original SUN (Stanford University Network) CPU. The version 1.5 CPU can take larger RAMs. 170 Processor(s): 68010? Bus: Multibus? Chassis type: rackmount Notes: Server. Slightly different chassis design than 2/170. Sun-2 Models ------------ 2/120 Processor(s): 68010 @ 10MHz CPU: 501-1007/1051 Chassis type: deskside Bus: Multibus (9 slots) Memory: 7M physical Notes: First machines in deskside chassis. Serial microswitch keyboard (type 2), Mouse Systems optical mouse (Sun-2). 2/100U Processor(s): 68010 @ 10MHz CPU: 501-1007 Bus: Multibus Notes: Upgraded Sun 100. Replaced CPU and memory boards with first-generation Sun-2 CPU and memory boards so original customers could run SunOS 1.x. Still has parallel kb/mouse interface so type 1 keyboards and Sun-1 mice could be connected. 2/150U Notes: Apparently also an upgraded Sun-1. 2/170 Chassis type: rackmount Bus: Multibus (15 slots) Notes: Rackmount version of 2/120, with more slots. 2/50 Processor(s): 68010 @ 10MHz CPU: 501-1141/1142/1143/1426/1427/1428 Chassis type: wide pizza box Bus: VME (2 slots) Memory: 7M physical Notes: The (type 2) keyboard and mouse attach via an adapter that accepts two modular plugs and attaches to a DB15 port. 2/130 2/160 Processor(s): 68010 @ 10MHz CPU: 501-1144/1145/1146/1429/1430/1431 Chassis type: deskside Bus: VME (12 slots) Memory: 7M physical Notes: First machine in 12-slot deskside VME chassis. Has four-fan cooling tray instead of six as in later machines, which led to cooling problems with lots of cards. Backplane has only four P2 memory connectors bussed instead of six as in later 12-slot backplanes; SCSI passthrough is in slot 6 instead of 7 as in later 12-slot backplanes. Upgradeable to a 3/160 by replacing the CPU board. No information on the differences between the 2/130 and the 2/160. Sun-3 Models ------------ 3/160 Processor(s): 68020 @ 16.67MHz, 68881, Sun-3 MMU, 8 hardware contexts Speed ratings: 2 MIPS CPU: 501-1074/1096/1163/1164/1208 Chassis type: deskside Bus: VME (12 slots) Memory: 16M physical (documented), 256M virtual, 270ns cycle Notes: First 68020-based Sun machine. Uses the 3004 "Carrera" CPU, which is used in most other Sun 3/1xx models and the 3/75. Sun supplied 4M memory expansion boards; third parties had up to 32M on one card. Slot 7 of the backplane has SCSI bus passthrough for internal SCSI devices (slot 6 in upgrades from 2/130, 2/160), used with certain SCSI boards. Upgradeable to a 3/260 by replacing CPU and memory boards. 3/75 Processor(s): 68020 @ 16.67MHz, 68881, Sun-3 MMU, 8 hardware contexts Speed ratings: 2 MIPS CPU: 501-1074/1094/1163/1164 Chassis type: wide pizza box Bus: VME (2 slot) Memory: 8M physical (documented), 256M virtual, 270ns cycle Notes: Like 3/160. Official maximum memory limited by number of slots. 3/140 Chassis type: deskside Bus: VME (3 slots) Memory: 12M physical (documented), 256M virtual, 270ns cycle Notes: See 3/160. Official maximum memory limited by number of slots. 3/150 Chassis type: deskside Bus: VME (6 slots) Memory: See 3/160. 3/180 Chassis type: rackmount Bus: VME (12 slots) Notes: Rackmount version of 3/160. Upgradeable to a 3/280 by replacing the CPU and memory boards. 3/110 Processor(s): 68020 CPU: 501-1134/1209 Chassis type: deskside Bus: VME (3 slots) Notes: Similar to the "Carerra" CPU, but has 8-bit color framebuffer (cgfour) on board and uses 1M RAM chips for 4M on-CPU memory. Code-named "Prism". 3/50 Processor(s): 68020 @ 15.7MHz, 68881 (socket for 501-1075/1133/1162, installed for 501-1207), Sun-3 MMU, 8 hardware contexts Speed ratings: 1.5 MIPS CPU: 501-1075/1133/1162/1207 Chassis type: wide pizza box Bus: none Memory: 4M physical (documented), 256M virtual, 270ns cycle Notes: Cycle-stealing monochrome framebuffer. 4M memory maximum stock, but third-party memory expansion daughterboards were sold, allowing up to at least 12M. Onboard SCSI. Thin coax or AUI Ethernet. Code-named "Model 25". 3/60 Processor(s): 68020 @ 20MHz, 68881 (stock), Sun-3 MMU, 8 hardware contexts Speed ratings: 3 MIPS CPU: 501-1205/1322/1334/1345 Chassis type: wide pizza box Bus: P4 Memory: 24M physical, 256M virtual, 200ns cycle Notes: VRAM monochome framebuffer (normal or high-resolution selectable by jumper) for 501-1205/1334, no onboard framebuffer for 501-1322/1345. Optional framebuffer (can run two simultaneously) on P4. Onboard SCSI. SIMM memory. Code-named "Ferrari". 3/60LE Processor(s): 68020 @ 20MHz, 68881 (stock), Sun-3 MMU, 8 hardware contexts Speed ratings: 3 MIPS CPU: 501-1378 Bus: P4 Memory: 12M physical, 256M virtual, 200ns cycle Notes: A version of the 3/60 with no onboard framebuffer and limited to 12M of RAM. 3/260 Processor(s): 68020 @ 25MHz, 68881 @ 20MHz (stock), Sun-3 MMU, 8 hardware contexts Speed ratings: 4 MIPS CPU: 501-1100/1206 Chassis type: deskside Bus: VME (12 slot) Memory: 32M (documented) physical with ECC, 256M virtual, 80ns cycle Cache: 64K write-back, direct-mapped, virtually-indexed and virtually-tagged, with 16-byte lines Notes: High-resolution-only mono framebuffer on CPU. Sun supplied 8M memory boards, but Sun 4/2xx 32M boards work up to at least 128M. First Sun with an off-chip cache. Upgradeable to a 3/460 or a 4/260 by replacing the CPU board. May be an upgraded 3/160. Code-named "Sirius". 3/280 Chassis type: rackmount Notes: Rackmount version of the 3/260. Upgradeable to a 3/480 or a 4/280 by replacing the CPU board. Code-named "Sirius". 3/80 Processor(s): 68030 @ 20MHz, 68882 @ 20MHz, 68030 on-chip MMU Speed ratings: 3 MIPS, 0.16 MFLOPS CPU: 501-1401/1650 Chassis type: square pizza box Bus: P4 Memory: 16M or 40M physical, 4G virtual, 100ns cycle Cache: NONE! The 68030 on-chip cache is NOT used. Notes: Similar packaging to SparcStation 1. First Sun with floppy(?). No onboard framebuffer. Uses type-4 keyboard and Sun-4 mouse, plugged together and into the machine with a small DIN plug. SIMM memory. Code-named "Hydra". 3/460 Bus: VME (12 slots), P4 Notes: A 3/260 upgraded with a 3/4xx CPU board -- see 3/470. Uses original 3/2xx memory boards. 3/470 Processor(s): 68030 @ 33 MHz, 68882 Speed ratings: 7 MIPS, 0.6 MFLOPS CPU: 501-1299/1550 Chassis type: deskside Bus: VME (12 slots), P4 Memory: 128M (documented) physical with ECC, 4G/process virtual, 80ns cycle Cache: 64K Notes: Rare. Code-named "Pegasus". 3/480 Chassis type: rackmount Notes: Rackmount version of the 3/470. May be an upgraded 3/280. 3/E Processor(s): 68020 CPU: 501-8028 Bus: VME (6U form factor) Notes: Single-board VME Sun-3, presumably for use as a controller, not as a workstation. External RAM, framebuffer, and SCSI/ethernet boards available. Sun 386i Models --------------- 386i/150 Processor(s): 80386 @ 20MHz, 80387 Speed ratings: 3 MIPS, 0.17 MFLOPS CPU: 501-1241/1414 Chassis type: tower Bus: 4 32-bit slots; ISA (3 16-bit, 1 8-bit) Memory: 8M (documented) physical Notes: Shared code name "Roadrunner" with the /250. 3.5" floppy. A variant of the 150 had the 250's external cache(?). 386i/250 Processor(s): 80386 @ 25MHz, 80387 Speed ratings: 5 MIPS, 0.2 MFLOPS CPU: 501-1324/1413 Chassis type: tower Bus: 4 32-bit slots; ISA (3 16-bit, 1 8-bit) Memory: 16M (documented) physical Cache: 32K Notes: Shared code name "Roadrunner" with the /150. 3.5" floppy. 486i Processor(s): 80486 Notes: Code-named "Apache". A very limited quantity of these were supposedly built and shipped to customers just before the Intel-based line was cancelled. Sun-4/SPARCstation/SPARCserver/SPARCwhatever -------------------------------------------- 4/260 Processor(s): SF9010 @ 16.67MHz, Weitek 1164/1165, Sun-4 MMU, 16 hardware contexts Speed ratings: 10 MIPS, 1.6 MFLOPS CPU: 501-1274/1491/1522 Chassis type: deskside Bus: VME (12 slot) Memory: 128M (documented) physical with ECC, 1G/process virtual, 60ns cycle Architecture: sun4 Notes: First SPARC machine. Code-named "Sunrise". Cache much like Sun-3/2xx, uses same memory boards. May be upgraded 3/260. 4/110 Processor(s): MB86900 @ 14.28MHz, Weitek 1164/1165, Sun-4 MMU, 16 hardware contexts Speed ratings: 7 MIPS CPU: 501-1199/1237/1462/1463/1464/1465/1512/1513/ 1514/1515/1516/1517/1656/1657/1658/1659/ 1660/1661 Chassis type: deskside Bus: VME (3 slot), P4 Memory: 32M physical with parity, 1G/process virtual, 70ns cycle Architecture: sun4 Notes: First desktop-able SPARC. CPU doesn't support VME busmaster cards (insufficient room on CPU board for full VME bus interface), so DMA disk and tape boards won't work with it. Originally intended as single-board machine, although there are a few slave-only VME boards (such as the ALM-2 and second ethernet controller) which work with it. SIMM memory (static column?). Code-named "Cobra". CPUs 501-1199/1462/1464/1512/ 1514/1516/1656/1658/1660 do not have an FPU; 501-1237/1463/1465/1513/1515/1517/1657/1659/1661 have an FPU. 4/280 Chassis type: rackmount Notes: Rackmount version of 4/260. May be upgraded 3/280. 4/150 Chassis type: deskside Bus: VME (6 slot) Notes: See 4/110. SPARCstation 1 (4/60) Processor(s): MB86901A or LSI L64801 @ 20MHz, Weitek 3170, Sun-4c MMU, 8 hardware contexts Speed ratings: 12.5 MIPS, 1.4 MFLOPS, 10 SPECmark89 CPU: 501-1382/1629 Chassis type: square pizza box Bus: SBus @ 20MHz (3 slots, slot 3 slave-only) Memory: 64M physical with synchronous parity, 512M/process virtual, 50 ns cycle Cache: 64K write-through, direct-mapped, virtually indexed, virtually tagged, 16-byte lines Architecture: sun4c Notes: Code name "Campus". SIMM memory. 3.5" floppy. First supported in SunOS 4.0.3c. SPARCserver 1 Notes: SPARCstation 1 without a monitor/framebuffer. 4/330 (SPARCstation 330, SPARCserver 330) Processor(s): CY7C601 @ 25MHz, TI8847, Sun-4 MMU, 16 hardware contexts Speed ratings: 16 MIPS, 2.6 MFLOPS, 11.3 SPECmark89 CPU: 501-1316/1742 Bus: VME (3 9U slots, 2 each 6U and 3U), P4 Memory: 56M/72M (documented) physical with synchronous parity, 1G/process virtual, 40ns cycle Cache: 128K Architecture: sun4 Notes: SIMM memory. Cache similar to 4/2xx but write-through. Code-named "Stingray". 56M limit only for early versions of ROM. 4/310 Chassis: deskside Bus: VME (3 slots), P4 Notes: See 4/330. 4/350 Chassis: deskside Bus: VME (6 slots), P4 Notes: See 4/330. 4/360 Notes: 4/260 upgraded with a 4/3xx CPU and memory boards. 4/370 (SPARCstation 370, SPARCserver 370) Chassis: deskside Bus: VME (12 slots), P4 Notes: See 4/330. 4/380 Notes: 4/280 upgraded with a 4/3xx CPU and memory boards.. 4/390 (SPARCserver 390) Chassis: rackmount Bus: VME (16 slots) Notes: See 4/330. 4/470 (SPARCstation 470, SPARCserver 470) Processor(s): CY7C601 @ 33MHz, TI8847 (?), 64 MMU hardware contexts Speed ratings: 22 MIPS, 3.8 MFLOPS, 17.6 SPECmark89 CPU: 501-1381/1899 Chassis: deskside Bus: VME (12 slots), P4 Memory: 96M (documented) physical Cache: 128K Architecture: sun4 Notes: Write-back rather than write-through cache, 3-level rather than 2-level Sun-style MMU. Code-name "Sunray" (which was also the code name for the 7C601 CPU). 4/490 (SPARCserver 490) Chassis: rackmount Bus: VME (16 slots), P4 Notes: See 4/470. SPARCstation SLC (4/20) Processor(s): MB86901A or LSI L64801 @ 20MHz Speed ratings: 12.5 MIPS, 1.2 MFLOPS, 8.6 SPECmark89 CPU: 501-1627/1680/1720/1748 (1776/1777 ?) Chassis type: monitor Bus: none Memory: 16M physical Cache: 64K write-through, direct-mapped, virtually indexed, virtually tagged, 16-byte lines Architecture: sun4c Notes: Code name "Off-Campus". SIMM memory. No fan. Built into 17" mono monitor. First supported in SunOS 4.0.3c. SPARCstation IPC (4/40) Processor(s): MB86901A or LSI L64801 @ 25MHz Speed ratings: 13.8 SPECint92, 11.1 SPECfp92, 327 SPECintRate92, 263 SPECfpRate92 CPU: 501-1689/1835/1870/1974 (1690?) Chassis type: lunchbox Bus: SBus @ 25MHz (2 slots) Memory: 48M physical Cache: 64K write-through, direct-mapped, virtually indexed, virtually tagged, 16-byte lines Architecture: sun4c Notes: Code name "Phoenix". SIMM memory. Onboard mono framebuffer. 3.5" floppy. First supported in SunOS 4.0.3c. SPARCstation 1+ (4/65) Processor(s): LSI L64801 @ 25MHz, Weitek 3172, Sun-4c MMU, 8 hardware contexts Speed ratings: 15.8 MIPS, 1.7 MFLOPS, 12 SPECmark89 CPU: 501-1632 Chassis type: square pizza box Bus: SBus @ 25MHz (3 slots, slot 3 slave-only) Memory: 64M (40M?) physical with synchronous parity, 512M/process virtual, 50ns cycle Cache: 64K write-through, direct-mapped, virtually indexed, virtually tagged, 16-byte lines Architecture: sun4c Notes: Code name "Campus B". SIMM memory. 3.5" floppy. Essentially same as SPARCstation 1, just faster clock and improved SCSI controller. First supported in SunOS 4.0.3c. SPARCserver 1+ Notes: SPARCstation 1+ without a monitor/framebuffer. SPARCstation 2 (4/75) Processor(s): CY7C601 @ 40MHz, TI TMS390C601A (602A ?), Sun-4c MMU, 16 hardware contexts Speed ratings: 28.5 MIPS, 4.2 MFLOPS, 21.8 SPECint92, 22.8 SPECfp92, 517 SPECintRate92, 541 SPECfpRate92 CPU: 501-1638/1744/1858/1859/1912/1926/1989/1995 Chassis type: square pizza box Bus: SBus @ 20MHz (3 slots) Memory: 64M physical on motherboard/128M total Cache: 64K write-through, direct-mapped, virtually indexed, virtually tagged, 32-byte lines Architecture: sun4c Notes: Code name "Calvin". SIMMs memory. 3.5" floppy. Case slightly larger and has more ventilation. (Some models apparently have LSI L64811 @ 40MHz?) Expansion beyond 64M is possible with a 32M card which can take a 32M daughterboard (card blocks SBus slot). First supported in SunOS 4.1.1. SPARCserver 2 Notes: SPARCstation 2 without a monitor/framebuffer. SPARCstation ELC (4/25) Processor(s): Fujitsu MB86903 or Weitek W8701 @ 33MHz, FPU on CPU chip, Sun-4c MMU, 8 hardware contexts Speed ratings: 21 MIPS, 3 MFLOPS, 18.2 SPECint92, 17.9 SPECfp92, 432 SPECintRate92, 425 SPECfpRate92 CPU: 501-1861 (1730?) Chassis type: monitor Bus: none Memory: 64M physical Cache: 64K write-through, direct-mapped, virtually indexed, virtually tagged, 32-byte lines Architecture: sun4c Notes: Code name "Node Warrior". SIMM memory. No fan. Built into 17" mono monitor. first supported in SunOS 4.1.1c. SPARCstation IPX (4/50) Processor(s): Fujitsu MB86903 or Weitek W8701 @ 40MHz, FPU on CPU chip, Sun-4c MMU, 8 hardware contexts Speed ratings: 28.5 MIPS, 4.2 MFLOPS, 21.8 SPECint92, 21.5 SPECfp92, 517 SPECintRate92, 510 SPECfpRate92 CPU: 501-1780/1810/1959/2044 Chassis type: lunchbox Bus: SBus @ 20MHz (2 slots) Memory: 64M physical Cache: 64K write-through cache, direct-mapped, virtually indexed, virtually tagged, 32-byte lines Architecture: sun4c Notes: Code name "Hobbes". SIMM memory. Onboard GX-accelerated cg6 color framebuffer (not usable with ECL mono monitors, unlike SBus version). Picture of Hobbes (from Watterson's "Calvin and Hobbes" comic strip) silkscreened on motherboard. 3.5" floppy. First supported in SunOS 4.1.1 (may require IPX supplement). SPARCengine 1 (4/E) CPU: 501-8035/8058/8064 Bus: VME (6U form factor), SBus (1 slot) Notes: Single-board VME SPARCstation 1 (or 1+?), presumably for use as a controller, not as a workstation. 8K MMU pages rather than 4K. External RAM, framebuffer, and SCSI/ethernet boards available. Code name "Polaris". SPARCserver 630MP (4/630) Processor(s): MBus modules CPU: 501-1686/2055 Chassis type: deskside Bus: VME (3 9U slots, 2 each 6U and 3U), SBus @ 20MHz (4 slots), MBus (2 slots) Memory: 640M physical Architecture: sun4m Notes: First MBus-based machine. Code name "Galaxy". SIMM memory. SPARCserver 670MP (4/670) Chassis type: deskside Bus: VME (12 slots), SBus @ 20MHz (4 slots), MBus (2 slots) Notes: Like SPARCserver 630MP. More SBus slots can be added via VME expansion boards. SPARCserver 690MP (4/690) Chassis type: rackmount Bus: VME (16 slots), SBus @ 20MHz (4 slots), MBus (2 slots) Notes: See SPARCserver 670MP. SPARCclassic (SPARCclassic Server)(SPARCstation LC) (4/15) Processor(s): microSPARC @ 50MHz Speed ratings: 59.1 MIPS, 4.6 MFLOPS, 26.4 SPECint92, 21.0 SPECfp92, 626 SPECintRate92, 498 SPECfpRate92 CPU: 501-2200/2262/2326 Chassis type: lunchbox Bus: SBus @ 20MHz (2 slots) Memory: 96M physical Architecture: sun4m Notes: Sun4m architecture, but no MBus (uniprocessor only). SIMM memory. Shares code name "Sunergy" with LX. 3.5" floppy. Soldered CPU chip. Onboard cgthree framebuffer, AMD79C30 8-bit audio chip. First supported in SunOS 4.1.3c. SPARCclassic X (4/10) CPU: 501-2079/2262/2313 Notes: Essentially the same as SPARCclassic, but intended for use as an X terminal (?). SPARCstation LX/ZX (4/30) Processor(s): microSPARC @ 50MHz Speed ratings: 59.1 MIPS, 4.6 MFLOPS, 26.4 SPECint92, 21.0 SPECfp92, 626 SPECintRate92, 498 SPECfpRate92 CPU: 501-2031/2032/2233/2474 Chassis type: lunchbox Bus: SBus @ 20MHz (2 slots) Memory: 96M physical Architecture: sun4m Notes: Sun4m architecture, but no MBus (uniprocessor only). SIMM memory. Shares code name "Sunergy" with SPARCclassic. Soldered CPU chip. Onboard cgsix framebuffer, 1M VRAM standard, expandable to 2M. DBRI 16-bit audio/ISDN chip. First supported in SunOS 4.1.3c. SPARCstation Voyager Processors(s): microSPARC II @ 60MHz Speed ratings: 47.5 SPECint92, 40.3 SPECfp92, 1025 SPECintRate92, 859 SPECfpRate92 Bus: SBus; PCMCIA type II (2 slots) Memory: 80M physical Architecture: sun4m Notes: Portable (laptop?). 16M standard, two memory expansion slots for Voyager-specific SIMMs (16M or 32M). Code-named "Gypsy". 14" 1152x900 mono or 12" 1024x768 color flat panel displays. DBRI 16-bit audio/ISDN chip. SPARCstation 3 Notes: Although this model appeared in a few Sun price lists, it was renamed the SPARCstation 10 before release. SPARCstation 10/xx Processor(s): MBus modules Motherboard: 501-1733/2259/2274/2365 (-2274 in model 20 only) Chassis type: square pizza box Bus: SBus @ 16.6/20MHz (model 20) or 18/20MHz (other models) (4 slots); MBus (2 slots) Memory: 512M physical Architecture: sun4m Notes: Code name "Campus-2". 3.5" floppy. SIMM memory. Some models use double-width MBus modules which block SBus slots. Also, the inner surface of the chassis is conductive, so internal disk drives must be mounted with insulating hardware. SPARCserver 10/xx Notes: SPARCstation 10/xx without monitor/framebuffer. SPARCcenter 2000 Processor(s): MBus modules Motherboard: 501-1866/2334/2362 Bus: XDBus * 2 (20 slots); SBus @ 20MHz (4 slots/motherboard); MBus (2 slots/motherboard) Memory: 5G physical Cache: 2M/motherboard Architecture: sun4d Notes: Dual XDBus backplane with 20 slots. One board type that carries dual MBus modules with 2M cache (1M for each XDBus), 512M memory and 4 SBus slots. Any combination can be used; memory is *not* tied to the CPU modules but to an XDBus. Solaris 2.x releases support an increasing number of CPUs (up to twenty), due to tuning efforts in the kernel. First supported in Solaris 2.2 (SunOS 5.2). Code name "Dragon". SPARCserver 1000 Processor(s): MBus modules Motherboard: 501-2336 (2338?) Bus: XDBus; SBus @ 20MHz (3 slots/motherboard); MBus (2 slots/motherboard) Memory: 2G physical Cache: 1M/motherboard Architecture: sun4d Notes: Single XDBus design with "curious L-shaped motherboards". Three SBus slots per motherboard, 512M, two MBus modules per motherboard. Four motherboards total, or a disk tray with four 1" high 3.5" disks. Code name "Scorpion". First supported in Solaris 2.2 (SunOS 5.2). NO LATER SYSTEMS WILL BE LISTED, SINCE THE MAIN FOCUS IS ON *OLD* SUNS. Archive-name: sun-hdwr-ref/part3 Posting-Frequency: as revised Version: $Id: $ THE SUN HARDWARE REFERENCE compiled by James W. Birdsall (jwbirdsa@picarefy.com) HARDWARE ======== Boards ------ CPUs/Motherboards ----------------- Introduction ------------ The distinction between CPUs and motherboards in Sun machines is a fine one. Until the 3/80, Sun386i family, and SPARCstation 1, the actual microprocessor and associated support circuitry resided on a Multibus or VME board (which I have termed a 'CPU'). The bus slots were on a separate circuit board, the backplane, and the CPU plugged into the backplane just like any other board (barring some special requirements about which slot it went in). The models mentioned above introduced 'motherboards' as they are known in microcomputers: boards of a special size and shape which hold the microprocessor, support circuitry, and the bus connectors. Then things got complicated with the introduction of the 4/6xx series and the MBus, yielding boards which have characteristics of both CPU and motherboard. Individual MBus modules, which hold the actual microprocessors, plug into a VME board which also has SBus slots on it! For the purposes of this reference, the VME board in question is termed a 'motherboard'. The SPARCcenter 2000 and SPARCserver 1000 are similar, but the bus is XDbus instead of VME. Models such as the SPARCserver 10 are simpler, since there the MBus modules plug into a 'motherboard' which provides SBus slots and support circuitry, but it doesn't also interface to yet another bus. This section covers only CPUs and motherboards. For information on MBus modules, see "HARDWARE/Boards/SPARC (MBus) Modules". FAQ --- Overview by Model ----------------- This list shows what official models shared CPUs/motherboards. Any model not listed had a CPU/motherboard unique to itself. 2/100U,2/120,2/150U,2/170 The "Sun-2 Multibus" CPU was used in all these models. The "Sun-2 Multibus Prime" CPU was used only in the 2/120 and 2/170. 2/50,2/130,2/160 Although the 2/50 and 2/1{30,60} CPUs had different part numbers, they seem to be otherwise identical, variations of the "2050" CPU. Varieties had 1M, 2M, 3M, or 4M of RAM onboard. 3/75,3/140,3/150,3/160,3/180 The "3004" or "Carrera" CPU. Varieties had 2M or 4M of RAM onboard. 3/260,3/280 3/460,3/470,3/480 4/110,4/150 4/260,4/280 4/310,4/330,4/350,4/360,4/370,4/380,4/390 4/470,4/490 4/630,4/670,4/690 Kernel Architectures -------------------- Within some model lines, there are sufficient differences at a low level that some machines will not run the same kernel as other machines. Fortunately, these differences are masked by the kernel and normal application programs (which include all or virtually all of the utilities shipped with SunOS) will run across model families. Since kernel architecture is determined by the design of the CPU or motherboard, the overview list is here, and each entry in the listing by part number includes the kernel architecture for that particular board. Known kernel architectures are: sun2 All Sun-2's. sun3 68020-based Sun-3's. sun3x 68030-based Sun-3's. sun3e?? Single-board embedded Sun-3-based controllers. sun386i All Sun386i's, except possibly the fabled 486i. sun4 Old VME-based Sun-4's (4/1xx, 4/2xx, 4/3xx, 4/4xx). sun4c Older desktop SPARCstations (1, 1+, 2, SLC, IPC, etc.). sun4m MBus-based SPARCstations. sun4e?? Single-board embedded SPARC-based controllers. sun4d XDbus-based servers. sun4u UltraSPARCs (too recent to be listed in this Reference). Listing by Part Number ---------------------- Legend ------ Each board has a title, which gives the part number, type (CPU or motherboard), and model of machine in which it was used. Some boards have additional information between the type and model, which may include the amount of memory, presence or absence of certain features, FCC certification, etc. When an amount of memory is given, the meaning depends on the type of memory: For boards with built-in, nonremovable memory, it indicates how much memory that board has, period. For boards whose memory is on SIMMs, it indicates how much memory the given part number was preconfigured with at the factory. The listing for each board is broken down into the following categories: PROCESSOR: the actual microprocessor, if known, or "MBus modules" for MBus-based units ARCHITECTURE: kernel architecture FPU: the onboard floating-point coprocessor, if any MMU: the type of memory manager, if known MEMORY: details of onboard memory or SIMM slots, if any CACHE: details of off-microprocessor cache, if any EXTERNAL BUS: for CPUs, or motherboards which plug into a backplane, the type of bus on the backplane (Multibus, VME, or XDbus) BUS: any bus whose connectors appear on the CPU or motherboard itself (P4, ISA, SBus, MBus) POWER: power requirements, in amps @ volts DC LAYOUT: description of locations of connectors, ports, LEDs, jumpers, switches, and anything else of interest MEM LAYOUT: description of locations of memory or SIMM sockets and related jumpers, and instructions for adding memory if possible CONNECTORS: any connectors which are not visible on the outside of the machine, with pinouts PORTS: connectors which appear on the outside of the machine LEDS: description of diagnostic LEDs or other indicators JUMPERS: settings of jumpers. Single jumpers and independent pairs within blocks are labeled JUMPED (connected) or UNJUMPED (disconnected) to indicate the default (i.e. the factory setting). When one of a block of jumpers is labeled DEFAULT, that means that the settings are mutually exclusive and the labeled pair is jumped by default. SWITCHES: settings of DIP switches. Independent switches in blocks are labeled ON or OFF to indicate the default (i.e. the factory setting). When one of a block of switches is labeled DEFAULT, that means that the switches are mutually exclusive and the labeled switch is on by default. OTHER FEATURES: anything which doesn't fall under another category COMPATIBILITY (BOARDS): compatibility notes about other boards COMPATIBILITY (ROM): compatibility notes about versions of boot ROMs COMPATIBILITY (SUNOS): compatibility notes about version of SunOS Boards are listed in order of part number. Many models had several different part numbers, with slight variations between them. In these cases, when the differences are small, only the lowest-part-number board has a complete entry, and entries for boards with higher part numbers only have the categories which differ. In general, if a category is so listed, that entry *completely* replaces the one for the lower-numbered board, and if it is not listed, then the information is *completely* identical between the two boards. The exceptions are categories LAYOUT, CONNECTORS, PORTS, JUMPERS, and SWITCHES, where the new information replaces only the corresponding information in the lower-numbered board (for example, if two pins of one jumper have a different function, only those pins are listed for the higher-numbered board). Parts ----- 501-1007 "Sun-2 Multibus" CPU (2/100U,2/120,2/150U,2/170) PROCESSOR: 68010 @ 10MHz ARCHITECTURE: sun2 FPU: none MMU: ? MEMORY: none CACHE: none EXTERNAL BUS: Multibus BUS: none POWER: 6A @ +5V LAYOUT: The board is entirely concealed within the chassis. On one long edge, it has Multibus card-edge connectors (P1 is the large one and at the top, P2 the small one). On the other long edge, from top to bottom, it has: + header connector (J2) for the Sun-1 parallel keyboard and mouse + diagnostic LEDs (8) + 50-pin header connector (J1) for two serial ports The boot EPROMs are in the upper near corner at U406 (grid B10) and U407 (grid B11). The clock battery is in the upper far corner. The IDPROM is in the center by the 68010 at U411 (grid D8). Jumper J200 is a single jumper toward the lower edge, by the crystal at grid D1. Jumper J400 is a block in the upper near, by the EPROMs at B10-11, with pin 1 the nearest of the uppermost pair. Jumpers J700, J701, J702, and J703 (from bottom to top) are single jumpers in a group in the lower far corner, by the P2 Multibus connector. Jumper J801 is a single jumper along the near edge between connector J2 and the LEDs. MEM LAYOUT: none CONNECTORS: The two serial ports on J1 appear as /dev/ttya and /dev/ttyb under SunOS. The documented maximum output speed is 19200 bps. Both ports are compatible with both RS232C and RS423, using Zilog Z8530A dual UART chips. The pinout of J1 is: 3 TxD-A 14 DTR-A 33 DD-B 4 DB-A 15 DCD-A 34 CTS-B 5 RxD-A 22 DA-A 36 DSR-B 7 RTS-A 24 BSY-A 38 GND-B 8 DD-A 28 TxD-B 39 DTR-B 9 CTS-A 29 DB-B 40 DCD-B 11 DSR-A 30 RxD-B 47 DA-B 13 GND-A 32 RTS-B 49 BSY-B J2 is for a type-1 (parallel) keyboard and mouse. Jumper J801 controls power to the mouse. PORTS: The two serial ports on J1 are usually cabled to the rear panel of the machine and labelled as SIO-A and SIO-B. The stock cabling is wired DTE. LEDS: There are eight diagnostic LEDs. JUMPERS: J200 Crystal shunt JUMPED Removed for A.T.E. testing, installed for normal operation. J400 PROM size select 1-2 27128 (128K) boot PROMs DEFAULT 3-4 27256 (256K) boot PROMs Boot ROM version 1.1.2 comes in 256K EPROMs. J700 Bus priority on serial arbitration UNJUMPED Should be jumped for 2/100U configuration. May need to be jumped if the Ciprico Tapemaster tape controller is used. J701 Common Bus Request arbiter UNJUMPED If the CPU board is used in conjunction with a Multibus DMA board (such as a disk or tape controller) that does NOT support the Common Bus Request (CBRQ), the CPU board must be configured such that it gives up the Multibus after every Multibus cycle (by jumping J701). This also causes three additional wait states for each Multibus access. When this jumper is unjumped, the CPU board retains bus mastership until a lower priority master requests it by asserting CBRQ. Following a CBRQ, the CPU board yields mastership for at least one cycle. Certain machine configurations (especially those with color) will be much slower if this jumper is jumped. Should be jumped for 2/100U configuration. May need to be jumped if the Ciprico Tapemaster tape controller is used. J702 Enables the CCLK on P1 JUMPED J703 Enables the BCLK on P1 JUMPED J801 +5V on J2 UNJUMPED Must be jumped to use a type-1 mouse (2/100U, 2/150U), which needs the power. SWITCHES: none OTHER FEATURES: This board has a "RasterOp" function, which the comparable 501-1051 does not. COMPATIBILITY (BOARDS): May have to jump J1600 on monochrome framebuffer 501-1052-01/02 when used with boot ROM N or below and SunOS 3.0 or later. COMPATIBILITY (ROM): Boot ROM version N or later is required to run SunOS 2.0 or later. Boot ROM version N or earlier may require jumping J1600 on monochrome framebuffer 501-1052-01/02 when used with SunOS 3.0 or later. The 2/100U and 2/150U require boot ROM version Q (P/N 501-1103/1104-02) for the Sun VT100-style keyboard. COMPATIBILITY (SUNOS): SunOS 2.0 or later requires boot ROM version N or later. SunOS 3.0 or later may require jumping J1600 on monochrome framebuffer 501-1052-01/02 if the boot ROM version is N or earlier. SunOS 4.0 or later requires jumping J701 unless the kernel has been patched. 501-1051 "Sun-2 Multibus Prime" CPU (2/120,2/170) PROCESSOR: 68010 @ 10MHz ARCHITECTURE: sun2 FPU: none MMU: ? MEMORY: none CACHE: none EXTERNAL BUS: Multibus BUS: none POWER: 6A @ +5V, 0.1A at either -5V or -12V LAYOUT: The board is entirely concealed within the chassis. On one long edge, it has Multibus card-edge connectors (P1 is the large one and at the top, P2 the small one). On the other long edge, from top to bottom, it has: + header connector (J2) for the Sun-1 parallel keyboard and mouse + diagnostic LEDs (8) + 50-pin header connector (J1) for two serial ports The boot EPROMs are in the center below the 68010 at U406 (grid B6) and U407 (grid C6). The IDPROM is in the center above the 68010 at U411 (grid C11). Jumper J100 is a block along the far edge, with pin 1 the lower of the nearest pair. Jumper J102 is a block in the near middle, with pin 1 the nearest of the uppermost pair. Jumper J200 is a single jumper in the near lower corner by connector J1. Jumper J400 is a block in the center, with pin 1 the farthest of the lowermost pair. Jumper J700 is a block in the lower far corner, with pin 1 the farthest of the lowermost pair. Jumper J701 is a block below J100, with pin 1 the farthest of the lowermost pair. Jumper J801 is a single jumper along the near edge between connector J2 and the LEDs. MEM LAYOUT: none CONNECTORS: The two serial ports on J1 appear as /dev/ttya and /dev/ttyb under SunOS. The documented maximum output speed is 19200 bps. Both ports are compatible with both RS232C and RS423, using Zilog Z8530A dual UART chips. The pinout of J1 is: 3 TxD-A 14 DTR-A 33 DD-B 4 DB-A 15 DCD-A 34 CTS-B 5 RxD-A 22 DA-A 36 DSR-B 7 RTS-A 24 BSY-A 38 GND-B 8 DD-A 28 TxD-B 39 DTR-B 9 CTS-A 29 DB-B 40 DCD-B 11 DSR-A 30 RxD-B 47 DA-B 13 GND-A 32 RTS-B 49 BSY-B J2 is for a type-1 (parallel) keyboard/mouse. PORTS: The two serial ports on J1 are usually cabled to the rear panel of the machine and labelled as SIO-A and SIO-B. The stock cabling is wired DTE. LEDS: There are eight diagnostic LEDs. JUMPERS: J100 UNJUMPED Sixteen pins, hardwired. All unjumped by default. 1-2 Multibus IRQ 0 3-4 Multibus IRQ 1 5-6 Multibus IRQ 2 7-8 Multibus IRQ 3 9-10 Multibus IRQ 4 11-12 Multibus IRQ 5 13-14 Multibus IRQ 6 15-16 Multibus IRQ 7 J102 1-2 Connects -5V to P1 -5V DEFAULT Hardwired? 3-4 Connects -5V to regulator J200 Crystal shunt JUMPED Removed for A.T.E. testing, installed for normal operation. J400 PROM size select 1-2 27128 (128K) boot PROMs DEFAULT 3-4 27256 (256K) boot PROMs Boot ROM version 1.1.2 comes in 256K EPROMs. J700 1-2 CPU drives P1 reset DEFAULT 3-4 P1 INT drives CPU reset 5-6 serial arbiter enable UNJUMPED 7-8 arbiter bus config select UNJUMPED If the CPU board is used in conjunction with a Multibus DMA board (such as a disk or tape controller) that does NOT support the Common Bus Request (CBRQ), the CPU board must be configured such that it gives up the Multibus after every Multibus cycle (by jumping this pair). This also causes three additional wait states for each Multibus access. When this jumper is unjumped, the CPU board retains bus mastership until a lower priority master requests it by asserting CBRQ. Following a CBRQ, the CPU board yields mastership for at least one cycle. Certain machine configurations (especially those with color) will be much slower if this jumper is jumped. J701 1-2 CPU drives P1 BCLK JUMPED 3-4 CPU drives P1 CCLK JUMPED J801 not used UNJUMPED SWITCHES: none OTHER FEATURES: This board does not have a "RasterOp" function, which the comparable 501-1007 does. COMPATIBILITY (BOARDS): May have to jump J1600 on monochrome framebuffer 501-1052-01/02 when used with boot ROM N or below and SunOS 3.0 or later. COMPATIBILITY (ROM): Boot ROM version N or earlier may require jumping J1600 on monochrome framebuffer 501-1052-01/02 when used with SunOS 3.0 or later. COMPATIBILITY (SUNOS): SunOS 3.0 or later may require jumping J1600 on monochrome framebuffer 501-1052-01/02 if the boot ROM version is N or earlier. 501-1074 3004 "Carrera" CPU 2M (3/75,3/140,3/150,3/160,3/180) PROCESSOR: 68020 @ 16.67MHz ARCHITECTURE: sun3 FPU: 68881 MMU: Sun-3, eight hardware contexts MEMORY: 2M CACHE: none EXTERNAL BUS: VME BUS: none POWER: 14A @ +5V, 0.8A @ -5V LAYOUT: One edge of the board has the three VME connectors. From left to right with component side up and external connector edge toward you (normal top edge at left), the external connectors are: a female DA15 AUI Ethernet connector; eight LEDs (bit 0 to the top/left); a switch to toggle between Normal and Diagnostics modes; a reset switch; a female DE9 monochrome video connector; a female DA15 keyboard/mouse connector; and two female DB25 serial ports (ports A and B from left to right (top/bottom)). The boot PROM is on the near left side at location U1200 (grid C5). The EEPROM is next to the boot PROM on the near side. The IDPROM is catty-corner from the boot PROM and to the right of the EEPROM at location U1409 (grid B10). The keyboard fuse is by the reset switch at grid A10. The Ethernet fuse is in the middle of the right edge, near J1001, at grid E34. Some jumper blocks have separate J??? designations for each pair. Jumper J100 is the far middle pair of a block on the left side, beyond the 68881. (Also contains J2505, J3101, and J3102.) Jumper J300 is a block in the far left corner, pin 1 the rightmost of the nearest pair. Jumper J400 is a block toward the far left corner, pin 1 the rightmost of the nearest pair. Jumper J1001 is a single jumper in the middle right, near the Ethernet fuse. Jumper J1200 and J1201 are the middle and far pairs of a block in the near left corner. (Also contains J2502.) Jumper J2301 is a single jumper in the near middle, to the right of the divider. Jumper J2501 is the near pair of a block in the near left. (Also contains J2503.) Jumper J2502 is the near pair of a block in the near left corner. (Also contains J1200 and J1201.) Jumper J2503 is the far pair of a block in the near left. (Also contains J2501.) Jumper J2505 is the fair pair of a block on the left side, beyond the 68881. (Also contains J100, J3101, and J3102.) Jumpers J2700, J2701, J2702, and J2703 are the pairs, far to near, of a block in the far left. Jumpers J3101 and J3102 are the near and near middle pairs of a block on the left side, beyond the 68881. (Also contains J100 and J2505.) MEM LAYOUT: 2M built-in, in the far right. See J3101 and J3102. Framebuffer memory. CONNECTORS: none PORTS: AUI Ethernet: See "SPECIAL TOPICS/Pinout Summary/ Ethernet/FOO-AAA". Jumper J2501 controls the Ethernet clock. Jumper J2503 controls VCC on pin 7. Jumper J2505 sets the transceiver type. monochrome video: The onboard framebuffer is a bwtwo. The video output levels are ECL/TTL, with a resolution of 1152 x 900 at 61.8KHz horizontal sync and 66Hz vertical sync. See "SPECIAL TOPICS/Pinout Summary/ Video/FOO-AAB". Jumper J2301 controls the video clock. keyboard/mouse: See "SPECIAL TOPICS/Pinout Summary/ Keyboard and Mouse/FOO-AAC". serial ports: See "SPECIAL TOPICS/Pinout Summary/ Serial/FOO-AAD". The serial ports conform to both RS232C and RS423 and are wired DTE. The documented maximum speeds are 19200 bps for output and 9600 bps for input. Jumper J1001 controls the serial port clock. LEDS: There are eight diagnostic LEDs. JUMPERS: J100 Cache Disable UNJUMPED J300 1-2 unused 3-4 VME interrupt level 1 JUMPED 5-6 VME interrupt level 2 JUMPED 7-8 VME interrupt level 3 JUMPED 9-10 VME interrupt level 4 JUMPED 11-12 VME interrupt level 5 JUMPED 11-12 VME interrupt level 5 JUMPED 13-14 VME interrupt level 6 JUMPED 15-16 VME interrupt level 7 JUMPED J400 1-2 16.67MHz CPU clock DEFAULT 3-4 12.5MHz CPU clock 5-6 12.5MHz FPU clock 7-8 16.67MHz FPU clock DEFAULT J1001 Enable SCC clock JUMPED J1200 Boot PROM size J1201 J1200 27256 (256K) boot PROMs J1201 27512 (512K) boot PROMs DEFAULT J2301 Enable video clock JUMPED J2501 Enable Ethernet clock JUMPED J2502 Enable VME clock JUMPED J2503 VCC on Ethernet UNJUMPED Jump to put VCC on pin 7 of AUI Ethernet. J2505 Jump for type-1 Ethernet transceiver, unjump for type-2. J2700 J2701 J2700 VME request only J2701 VME request/arbiter DEFAULT J2702 J2703 J2702 VME reset slave J2703 VME reset master DEFAULT J3101 J3102 J3101 2M onboard RAM DEFAULT J3102 4M onboard RAM These jumpers are mutually exclusive and must reflect the actual amount of memory onboard. SWITCHES: NORM/DIAG NORM Normal boot. May be labeled "BOOT" on some early versions. DIAG Invoke extended diagnostics on power-up. Diagnostic messages are sent to serial port A. RESET Invokes a watchdog reset. The result depends on the value at address 0x17 of the EEPROM. (?) (See "SOFTWARE/EEPROM Settings".) OTHER FEATURES: -- COMPATIBILITY (BOARDS): To use a VME 32-bit data device (e.g. MCP, HSI, ALM-2, SCA, TAAC-1, or "Sun-3" SCSI), the board revision must be 501-1074-22 or later. COMPATIBILITY (ROM): Boot ROM version 1.8 or later is required to boot from a QIC-24 tape in a Sun-3 shoebox (Emulex MT-02 controller?). Boot ROM version 2.6 or later is required to boot from a QIC-24 tape in a Sun-2 shoebox (Sysgen SC4000 controller?). Boot ROM version 2.6 or later is required to boot from an SMD disk attached via a 501-1249 Xylogics 7053 SMD controller. COMPATIBILITY (SUNOS): -- 501-1075 motherboard w/o FPU (3/50) PROCESSOR: 68020 @ 15.7MHz ARCHITECTURE: sun3 FPU: socket for 68881 MMU: Sun-3, eight hardware contexts MEMORY: 4M CACHE: none EXTERNAL BUS: VME (has P3 (power connector) only) BUS: none POWER: 13.5A max @ +5V, 0.8A max @ -5V (-5.2V in some documents), 0.5A @ +12V LAYOUT: One edge of the board has the VME power connector. The backplate is two VME slots high. From left to right with component side up and external connector edge toward you, the external connectors are: a female DA15 keyboard/mouse connector; eight LEDs (bit 0 to the left); a switch to toggle between Normal and Diagnostics modes; a BNC thin Ethernet connector; a female DA15 AUI Ethernet connector; two female DB25 serial ports (ports A and B from left to right); a female DD50 SCSI connector; and a female DE9 monochrome video connector. The IDPROM is at location U0204 (grid N21), on the left side toward the far end, by the battery. The boot PROM is at location U0701 (grid N9), on the left side toward the near end. The keyboard fuse F1 is near serial port B at grid F4 and the Ethernet fuse F2 is near the SCSI port at grid E4. Jumper J0108 is a block in the far left corner, closer than J0123, with pin 1 the farthest of the rightmost pair. Jumper J0123 is a block in the far left corner, beyond J0108, with pin 1 the farthest of the rightmost pair. Jumper J0642 is a single jumper in the middle of the near edge, to the right of switch S0618, at grid K4. Jumper J0702 is a block in the near left, near the boot PROM, with pin 1 the farthest of the rightmost pair. Jumper J1500 is a single jumper in the middle of the right edge. Switch S0618 is a block in the middle of the near edge, near the AUI Ethernet connector, with switch 1 nearest. MEM LAYOUT: 4M built-in, in the far right. See pins 1-2 of jumper J0108. Framebuffer memory. CONNECTORS: none PORTS: keyboard/mouse: See "SPECIAL TOPICS/Pinout Summary/ Keyboard and Mouse/FOO-AAC". AUI Ethernet: See "SPECIAL TOPICS/Pinout Summary/ Ethernet/FOO-AAE". Jumper J0642 sets the transceiver type. Switch S0618 controls whether the thin or AUI Ethernet connector is active. serial ports: See "SPECIAL TOPICS/Pinout Summary/ Serial/FOO-AAD". The serial ports conform to both RS232C and RS423 and are wired DTE. The documented maximum speeds are 19200 bps for output and 9600 bps for input. SCSI: See "SPECIAL TOPICS/Pinout Summary/SCSI/FOO-AAF". monochrome video: The onboard framebuffer is a bwtwo. The video output levels are ECL/TTL, with a resolution of 1152 x 900 at 61.8KHz horizontal sync and 66Hz vertical sync. See "SPECIAL TOPICS/Pinout Summary/ Video/FOO-AAB". Jumper J1500 controls the video clock. LEDS: There are eight diagnostic LEDs. See "SPECIAL TOPICS/ Diagnostic LED Summary/'3/50'". JUMPERS: J0108 1-2 jump to test the onboard 4M RAM JUMPED 3-4 jump to run "ETH SIA CAL." test UNJUMPED 5-6 jump to "SCSI on (on is active high)" UNJUMPED 7-8 jump to "DCP on (on is active high)" JUMPED J0123 1-2 15.7MHz clock for 68020 DEFAULT 3-4 12.5MHz clock for 68020 5-6 12.5MHz clock for 68881 7-8 15.7MHz clock for 68881 DEFAULT J0642 Jump for type-1 Ethernet transceiver, unjump for type-2. J0702 Boot PROM size 1-2 27256 (256K) boot PROMs 3-4 26512 (512K) boot PROMs DEFAULT J1500 Enable 100MHz video clock JUMPED SWITCHES: S0618 1-8 ON for thin Ethernet (BNC connector), OFF for AUI. NORM/DIAG NORM Normal boot. DIAG Invoke extended diagnostics on power-up. Diagnostic messages are sent to serial port A. OTHER FEATURES: -- COMPATIBILITY (BOARDS): The 370-1011 Sysgen SC4000 SCSI/QIC-02 tape controller does not work with this motherboard under SunOS 3.3. COMPATIBILITY (ROM): Boot ROM version 1.8 or later is required to boot from a QIC-24 tape in a Sun-3 shoebox (Emulex MT-02 controller?). Boot ROM version 2.5 or later is required to boot from a QIC-24 tape in a Sun-2 shoebox (Sysgen SC4000 controller?). COMPATIBILITY (SUNOS): Board revisions before 501-1075-10 may fail under SunOS 3.3. The 370-1011 Sysgen SC4000 SCSI/QIC-20 tape controller does not work with this motherboard under SunOS 3.3. 501-1094 3004 "Carrera" CPU 4M (3/75,3/140,3/150,3/160,3/180) See 501-1074, except: MEMORY: 4M POWER: 14.6A @ +5V, 0.8A @ -5V MEM LAYOUT: 4M built-in, in the far right. Framebuffer memory. JUMPERS: J3101 J3102 J3101 2M onboard RAM J3102 4M onboard RAM DEFAULT These jumpers are mutually exclusive and must reflect the actual amount of memory onboard. COMPATIBILITY (BOARDS): To use a VME 32-bit data device (e.g. MCP, HSI, ALM-2, SCA, TAAC-1, or "Sun-3" SCSI), the board revision must be 501-1094-22 or later. 501-1100 CPU (3/2xx) PROCESSOR: 68020 @ 25MHz ARCHITECTURE: sun3 FPU: 68881 @ 20MHz MMU: Sun-3, eight hardware contexts MEMORY: none CACHE: 64K write-back, direct-mapped, virtually-indexed and virtually-tagged, with 16-byte lines EXTERNAL BUS: VME BUS: none POWER: 22.5A @ +5V, 0.6A @ -5V LAYOUT: One edge of the board has the three VME connectors. From left to right with component side up and external connector edge toward you (normal top edge at left), the external connectors are: two female DB25 serial ports (A and B from left to right (top/bottom)); a female DA15 AUI Ethernet connector; a reset button; a switch to toggle between Normal and Diagnostics modes; a female DA15 keyboard/mouse connector; eight LEDs (bit 0 to the top/left); and a female DE9 high-res monochrome video connector. The boot PROM is in the near left at location U2008 (grid C1). The IDPROM is in the middle left at location U1907 (grid E3 (E4?)). The Ethernet fuse is by the Ethernet connector at grid A12 and the keyboard fuse by the reset switch at grid A17. The lithium battery (BBCV2) in the far middle is Matsushita Electric/Panasonic part number BR2325. It is documented as not being a customer-replacable part. Jumper J100 is a single jumper in the middle left at grid H5, between J200 and J500. Jumper J200 is a block in the middle left at grid H6, to the right of J100, with pin 1 the farthest of the rightmost pair. Jumper J300 is a single jumper in the middle left edge at grid H2, to the left of J500. Jumper J500 is a block in the middle left at grid H3/4, between J300 and J100, with pin 1 the farthest of the rightmost pair. Jumper J2000 is a block in the middle left at grid H1, near J300, with pin 1 the farthest of the rightmost pair. Jumper J2401 is a block in the near middle at grid A16, with pin 1 the leftmost of the nearest pair. Jumper J2500 is a block in the far left at grid L11, with pin 1 the farthest of the rightmost pair. Jumper J2600 is a single jumper in the far left at grid L9. MEM LAYOUT: No main memory. 256K of dual-ported video RAM for the onboard high-resolution framebuffer. CONNECTORS: none PORTS: serial ports: See "SPECIAL TOPICS/Pinout Summary/ Serial/FOO-AAD". The serial ports conform to both RS232C and RS423 and are wired DTE. AUI Ethernet: See "SPECIAL TOPICS/Pinout Summary/ Ethernet/FOO-AAG". Jumper J2401 controls various Ethernet settings. keyboard/mouse: See "SPECIAL TOPICS/Pinout Summary/ Keyboard and Mouse/FOO-AAC". monochrome video: The onboard framebuffer is a bwtwo. The video output levels are ECL/TTL, with a resolution of 1600 x 1280 at 89KHz horizontal sync and 66Hz vertical sync. It can drive only high-resolution monochrome monitors. See "SPECIAL TOPICS/Pinout Summary/Video/FOO-AAB". LEDS: There are eight diagnostic LEDs. See "SPECIAL TOPICS/ Diagnostic LED Summary/'3/2xx'". JUMPERS: J100 Cache disable UNJUMPED J200 1-2 unused 3-4 25MHz CPU clock JUMPED 5-6 25MHz FPU clock 7-8 20MHz FPU clock DEFAULT J300 P2 bus enable JUMPED J500 1-2 VME interrupt level 1 JUMPED 3-4 VME interrupt level 2 JUMPED 5-6 VME interrupt level 3 JUMPED 7-8 VME interrupt level 4 JUMPED 9-10 VME interrupt level 5 JUMPED 11-12 VME interrupt level 6 JUMPED 13-14 VME interrupt level 7 JUMPED 15-16 unused UNJUMPED J2000 1-2 27512 (512K) boot PROMs DEFAULT 3-4 27256 (256K) boot PROMs J2401 1-2 Enable Ethernet clock JUMPED 3-4 +5V to Ethernet pin 7 UNJUMPED 5-6 jump for type-1 transceiver, unjump for type-2 7-8 unused JUMPED J2500 1-2 CPU is VME arbiter & requester DEFAULT 3-4 CPU is VME requester only 5-6 CPU is VME reset slave 7-8 CPU is VME reset master DEFAULT J2600 Enable 16MHz VME clock JUMPED SWITCHES: NORM/DIAG NORM Normal boot. DIAG Invoke extended diagnostics on power-up. Diagnostic messages are sent to serial port A at 9600 bps (or serial port B at 1200 bps?). RESET Invokes a watchdog reset. The result depends on the value at address 0x17 of the EEPROM. (?) (See "SOFTWARE/EEPROM Settings".) OTHER FEATURES: -- COMPATIBILITY (BOARDS): The minimum board revision required for use with the 501-1125 or 501-1214 IPC is 501-1100-06. COMPATIBILITY (ROM): When "CPU EPROM 2.1" (probably boot ROM version 2.1) is installed, two control-G's cause the keyboard bell to remain on until the system is reset. Boot ROM version 2.6 or later is required to boot from an SMD disk connected to a 501-1249 Xylogics 7053 SMD controller. COMPATIBILITY (SUNOS): -- 501-1129 CPU OBSOLETE (4/2xx) PROCESSOR: SF9010 @ 16.67MHz ARCHITECTURE: sun4 FPU: Weitek 1164/1165 MMU: Sun-4, 16 hardware contexts MEMORY: none CACHE: on-chip EXTERNAL BUS: VME BUS: none POWER: ? LAYOUT: One edge of the board has the three VME connectors. From left to right with component side up and external connector edge toward you (normal top edge at left), the external connectors are: two serial ports (A and B from left to right (top/bottom)); an Ethernet connector; a reset switch; eight LEDs (bit 0 to the right/bottom); a switch to toggle between Normal and Diagnostic modes; a keyboard/mouse connector; and a video connector. The four boot PROMs form a line in the middle of the left half of the board, 1504-1507, nearest to farthest, respectively. The IDPROM is to the left of the nearest boot PROM, location U1902 at grid D5. The 3V battery is along the middle far edge. The Ethernet fuse is in the near right, near the Weitek chips, at grid C29. The keyboard fuse is along the right near edge at grid A26. Some jumper blocks have separate J??? designations for each pair. Jumpers J301 through J304 are the pairs, from right to left, of a block in the left middle, to the right of the nearest boot PROM. Jumper J601 is a block in the far left, with pin 1 the leftmost of the farthest pair. Jumpers J2001 and J2002 are the far and middle pairs of a block in the far left, to the left of the farthest boot PROM. J2401 is in the same block. Jumper J2003 is a single jumper along the near left edge. Jumper J2201 is a single jumper in the near left corner. Jumper J2401 is the near pair of a block in the far left, to the left of the farthest boot PROM. J2001 and J2002 are in the same block. Jumpers J2402 through J2404 are the pairs, from right to left, of a block in the far middle, near the 3V battery. Jumper J2701 is a single jumper along the middle near edge, by the diagnostic LEDs. Jumper J2901 is a single jumper in the near left, to the right of J2904. Jumper J2902 is a single jumper in the near middle. Jumper J2904 is a single jumper in the near left, to the left of J2901. MEM LAYOUT: No main memory. Framebuffer memory. CONNECTORS: none PORTS: serial ports: Jumper J22-1 controls the serial port clock. Ethernet: Jumper J2901 enables the Ethernet clock. Jumper J2902 controls the +5V supply to the Ethernet connector. keyboard/mouse monochrome video: The onboard framebuffer is a bwtwo. The video output levels are ECL/TTL, with a resolution of 1600 x 1280 at 89KHz horizontal sync and 66Hz vertical sync. It can drive only high-resolution monochrome monitors. LEDS: There are eight diagnostic LEDs. JUMPERS: J301 Enable external clock UNJUMPED J302 Enable 46MHz clock JUMPED J303 Enable 16MHz clock JUMPED J304 Enable VME clock JUMPED J601 1-2 unused 3-4 VME interrupt level 1 JUMPED 5-6 VME interrupt level 2 JUMPED 7-8 VME interrupt level 3 JUMPED 9-10 VME interrupt level 4 JUMPED 11-12 VME interrupt level 5 JUMPED 13-14 VME interrupt level 6 JUMPED 15-16 VME interrupt level 7 JUMPED J2001 Boot PROM size J2002 J2001 27512 (512K) boot PROMs DEFAULT J2002 27256 (256K) boot PROMs J2003 Connect 3V battery JUMPED J2201 UART clock enable JUMPED J2401 J2402 J2401 CPU is VME requester only J2402 CPU is VME arbiter/requester DEFAULT J2403 J2404 J2403 CPU is reset slave J2404 CPU is reset master DEFAULT J2701 Debug jumper UNJUMPED J2901 Enable Ethernet clock JUMPED J2902 Enable +5V to Ethernet connector UNJUMPED J2904 "Null" UNJUMPED SWITCHES: NORM/DIAG NORM Normal boot. DIAG Invoke extended diagnostics on power-up. Diagnostic messages are sent to serial port A. RESET Invokes a watchdog reset. The result depends on the value at address 0x17 of the EEPROM. (?) (See "SOFTWARE/EEPROM Settings".) OTHER FEATURES: This board was replaced with the 501-1274. It should not be used in the field. COMPATIBILITY (BOARDS): -- COMPATIBILITY (ROM): -- COMPATIBILITY (SUNOS): -- 501-1133 motherboard w/o FPU (3/50) See 501-1075, except: COMPATIBILITY (SUNOS): Board revisions before 501-1133-10 may fail under SunOS 3.3. The 370-1011 Sysgen SC4000 SCSI/QIC-20 tape controller does not work with this motherboard under SunOS 3.3. 501-1134 CPU (3/110) PROCESSOR: 68020 ARCHITECTURE: sun3 FPU: 68881 MMU: Sun-3, eight hardware contexts MEMORY: 4M CACHE: none EXTERNAL BUS: VME BUS: none POWER: 14.7A @ +5V, 4.1A @ -5V, 0.15A @ +12V LAYOUT: One edge of the board has the three VME connectors. From left to right with component side up and external connector edge toward you (normal top at left), the external connectors are: a female DA15 AUI Ethernet connector; a switch to toggle between Normal and Diagnostics modes; eight LEDs (bit 0 to the left/top); a female DA15 keyboard/mouse connector; two female DB25 serial ports (ports A and B from left to right (top/bottom)); four BNC color video connectors; and a reset switch. The boot PROM is in the near left, at location U1200. The EEPROM is just to the right of the boot PROM. The IDPROM is in the near middle at location U1409. The 8530 UARTs are in the middle, nearer than the 68881. The Ethernet fuse is by the diag/norm switch at grid A6 and the keyboard fuse is by the keyboard connector at grid A12. Some jumper blocks have separate J??? designations for each pair. Jumpers J400, J100, J2703, J2701, J2702, and J2700 are the pairs of a block in the far left, apparently in that order from nearest to farthest. On the diagram in the FE manual, there are eight jumper pairs, and it is not clear exactly what is where. Jumper J300 is a block in the far left corner, with pin 1 the rightmost of the nearest pair. Jumper J1001 is a single jumper in the middle, to the right of the 68881. Jumpers J1200 and J1201 are the nearer and farther pairs of a block along the left edge. Jumper J1700 is a single jumper in the near right corner. Jumper J2500 is a single jumper along the left edge. Jumpers J2501 and J2503 are the farther and nearer pairs of a block in the near left corner. Jumper J2502 is a single jumper in the far left corner, beyond J300. Jumper J3101 (J3100?) is a single jumper in the middle right. MEM LAYOUT: 4M built-in, in the middle right. See jumper J3101 (J3100?). Framebuffer memory. CONNECTORS: none PORTS: AUI Ethernet: See "SPECIAL TOPICS/Pinout Summary/ Ethernet/FOO-AAA". Jumper J2500 sets the transceiver type. Jumper J2501 controls the Ethernet clock. Jumper J2503 controls +5V on pin 7. keyboard/mouse: See "SPECIAL TOPICS/Pinout Summary/ Keyboard and Mouse/FOO-AAC". serial ports: See "SPECIAL TOPICS/Pinout Summary/ Serial/FOO-AAD". The serial ports conform to both RS232C and RS423 and are wired DTE. The documented maximum speeds are 19200 bps for output and 9600 bps for input. Jumper J1001 controls the serial port clock. color video: The onboard framebuffer is a cgfour. The four video connectors are Blue, Green, (or possibly Gree, Blue: sources disagree) Red, and Sync from left to right (top/bottom). The resolution is 1152 x 900 at 61.8KHz horizontal sync and 66Hz vertical sync. Jumper J1700 controls the video clock. LEDS: There are eight diagnostic LEDs. JUMPERS: J100 Cache disable UNJUMPED J300 1-2 unused 3-4 VME interrupt request 1 JUMPED 5-6 VME interrupt request 2 JUMPED 7-8 VME interrupt request 3 JUMPED 9-10 VME interrupt request 4 JUMPED 11-12 VME interrupt request 5 JUMPED 13-14 VME interrupt request 6 JUMPED 15-16 VME interrupt request 7 JUMPED J400 Enable main clock JUMPED J1001 Enable SCC clock JUMPED J1200 Boot PROM size J1201 J1200 256K boot PROMs J1201 512K boot PROMs DEFAULT J1700 Enable 92.94MHz video clock JUMPED J2500 Jump for type-1 Ethernet transceiver, unjump for type-2. J2501 Enable Ethernet clock JUMPED J2502 Enable VME clock JUMPED J2503 +5V on Ethernet pin 7 May not actually have pins? J2700 VME BG3 in UNJUMPED J2701 VME bus arbiter/requester JUMPED J2702 VME control buffer reset in UNJUMPED J2703 System reset JUMPED J3101 (3100?) Disable onboard memory UNJUMPED SWITCHES: NORM/DIAG NORM Normal boot. DIAG Invoke extended diagnostics on power-up. Diagnostic messages are sent to serial port A. RESET Invokes a watchdog reset. The result depends on the value at address 0x17 of the EEPROM. (?) (See "SOFTWARE/EEPROM Settings".) OTHER FEATURES: -- COMPATIBILITY (BOARDS): When this board is used with a 32-bit data device such as an MCP, HSI, ALM-2, SCA, or "Sun-3" SCSI controller, use 501-1134-06 or later. COMPATIBILITY (ROM): -- COMPATIBILITY (SUNOS): Board revisions lower than 501-1134-07 Rev 50 may fail vid3.diag or video3.exec. 501-1141 2050 CPU 1M (2/50) PROCESSOR: 68010 @ 10MHz ARCHITECTURE: sun2 FPU: none MMU: ? MEMORY: 1M CACHE: none EXTERNAL BUS: VME BUS: none POWER: 12A @ +5V, 1A @ +12V, 0.5A @ -12V LAYOUT: One edge of the board has the three VME connectors. From left to right with component side up and external connector edge toward you, the external connectors are: eight LEDs; a female DA15 keyboard/mouse connector; two female DB25 serial ports (ports A and B from left to right (top/bottom)); a female DA15 AUI Ethernet connector; and a female DE9 monochrome video connector. The boot PROMs are along the near left edge at grid A12 and A15. The IDPROM is just beyond the boot PROMs at grid A19. The missing (?) chips at grid A/B3-7 (9518) and E6 (P16R4) were for hardware-assisted DES encryption. Jumper J200 is a block in the near middle at grid F9, with pin 1 in the leftmost pair. Jumper J500 is a block in the middle left edge at grid A16-17, with pin1 in the farthest pair. Jumper J702 is a single jumper in the near right at grid I-J5, closer to I. Jumper J704 is a single jumper in the near right at grid I-J5, closer to J. Jumper J800 is a block in the far left at grid D37, with pin1 in the leftmost pair. Jumper J900 is a block in the far left at grid C37, with pin 1 in the leftmost pair. Jumper J1201 is a block in the far left at grid D29, with pin 1 in the leftmost pair. Jumper J1600 is a block in the leftish middle at grid E17, with pin 1 in the leftmost pair. Jumper J1801 is a single jumper in the near right corner at grid L-M6. MEM LAYOUT: 1M built-in, consisting of 64Kx1 DIPs occupying positions 40-57 of rows N-U (note that the coordinate system changes in the memory area, in the far right corner of the board). There is one bit of parity per byte. See pins 13-14 of jumper J200, and jumper J1201. Framebuffer memory. CONNECTORS: none PORTS: keyboard/mouse: The pinout of the keyboard/mouse connector is probably the same as for any Sun-3 with a DB15 connector ("SPECIAL TOPICS/Pinout Summary/Keyboard and Mouse/FOO-AAC"). serial ports: See "SPECIAL TOPICS/Pinout Summary/ Serial/FOO-AAH". The serial ports appear to conform to both RS232 and RS423 and are wired DTE. Pins 1-2 of jumper J200 control the serial port clock. AUI Ethernet: See "SPECIAL TOPICS/Pinout Summary/ Ethernet/FOO-AAI". Jumper J702 controls +5V on pin 7. Jumper J704 sets the transceiver type. monochrome video: the onboard framebuffer is a bwtwo. The video output levels are ECL/TTL. The output may have a variety of resolutions, but is by default 1152 x 900 at 61.8KHz horizontal sync and 66Hz vertical sync. See "SPECIAL TOPICS/Pinout Summary/Video/FOO-AAJ." Jumper J1801 controls the video clock. LEDS: There are eight diagnostic LEDs. See "SPECIAL TOPICS/ Diagnostic LED Summary/'2/50,2/130,2/160'". JUMPERS: J200 1-2 UART clock JUMPED 3-4 10/12MHz CPU operation JUMPED 5-6 12/10MHz CPU operation UNJUMPED 7-8 reserved UNJUMPED 9-10 reserved UNJUMPED 11-12 Ethernet clock JUMPED 13-14 memory refresh JUMPED 15-16 time outs JUMPED J500 Boot PROM size 1-2 27128 (128K) boot PROMs DEFAULT 3-4 27256 (256K) or 27512 (512K) boot PROMs 5-6 27128 (128K) or 27256 (256K) boot PROMs DEFAULT 7-8 27512 (512K) boot PROMs 27128 (128K) PROMs: 1-2, 5-6 jumped DEFAULT 27256 (256K) PROMs: 3-4, 5-6 jumped 27512 (512K) PROMs: 3-4, 7-8 jumped (version 1.1.2 PROMs) J702 +5V to Ethernet pin 7 UNJUMPED J704 Jump for type-1 Ethernet transceiver, umjump for type-2. J800 Jumpers marked "?" are listed as jumped by default in some sources and unjumped by default in others. They should probably be jumped. 1-2 VME interrupt level 1 JUMPED 3-4 VME interrupt level 2 JUMPED 5-6 VME interrupt level 3 ? 7-8 VME interrupt level 4 ? 9-10 VME interrupt level 5 ? 11-12 VME interrupt level 6 JUMPED 13-14 VME interrupt level 7 JUMPED 15-16 unused J900 1-2 DVMA addr comparator A20=0/1 JUMPED=1 3-4 DVMA addr comparator A21=0/1 JUMPED=1 5-6 DVMA addr comparator A22=0/1 JUMPED=1 7-8 DVMA addr comparator A23=0/1 JUMPED=1 9-10 VME arbiter JUMPED 11-12 VME reset master DEFAULT 13-14 VME reset slave 15-16 VME system clock JUMPED J1201 Memory size (shown for 1M) 1-2 UNJUMPED 3-4 UNJUMPED 5-6 JUMPED 7-8 UNJUMPED 9-10 JUMPED 11-12 UNJUMPED 13-14 JUMPED 15-16 UNJUMPED J1600 1-2 video register sense bit 0, unjumped JUMPED if display size is 1024 x 1024 3-4 video register sense bit 1 JUMPED 5-6 video register sense bit 2 JUMPED 7-8 video register sense bit 3 JUMPED 9-10 reserved UNJUMPED 11-12 reserved UNJUMPED 13-14 10/12MHz CPU operation JUMPED 15-16 12/10MHz CPU operation UNJUMPED J1801 Enable 100MHz video clock JUMPED SWITCHES: none OTHER FEATURES: -- COMPATIBILITY (BOARDS): -- COMPATIBILITY (ROM): -- COMPATIBILITY (SUNOS): -- 501-1142 2050 CPU 2M (2/50) See 501-1141, except: MEMORY: 2M MEM LAYOUT: 2M built-in, consisting of 256Kx1 DIPs occupying positions 40-57 of rows N-Q (note that the coordinate system changes in the memory area, in the far right corner of the board). There is one bit of parity per byte. See jumper J1201. Framebuffer memory. JUMPERS: J1201 Memory size (shown for 2M) 1-2 JUMPED 3-4 UNJUMPED 5-6 UNJUMPED 7-8 JUMPED 9-10 UNJUMPED 11-12 JUMPED 13-14 UNJUMPED 15-16 JUMPED 501-1143 2050 CPU 4M (2/50) See 501-1141, except: MEMORY: 4M MEM LAYOUT: 4M built-in, consisting of 256Kx1 DIPs occupying positions 40-57 of rows N-U (note that the coordinate system changes in the memory area, in the far right corner of the board). There is one bit of parity per byte. See jumper J1201. Framebuffer memory. JUMPERS: J1201 Memory size (shown for 4M) 1-2 JUMPED 3-4 JUMPED 5-6 UNJUMPED 7-8 JUMPED 9-10 UNJUMPED 11-12 JUMPED 13-14 UNJUMPED 15-16 JUMPED 501-1144 2050 CPU 1M (2/130,2/160) See 501-1141, except: JUMPERS: J1600 3-4 video register sense bit 1, unjumped JUMPED if a color display board is installed 501-1145 2050 CPU 2M (2/130,2/160) See 501-1142, except: JUMPERS: J1600 3-4 video register sense bit 1, unjumped JUMPED if a color display board is installed 501-1146 2050 CPU 4M (2/130,2/160) See 501-1143, except: JUMPERS: J1600 3-4 video register sense bit 1, unjumped JUMPED if a color display board is installed 501-1162 3/50 motherboard w/o FPU See 501-1075, except: COMPATIBILITY (SUNOS): A bus error may occur when large executables are run during a prefetch across a page boundary with CPU revisions lower than 501-1162-11. Board revisions before 501-1162-08 may fail under SunOS 3.3. The 370-1011 Sysgen SC4000 SCSI/QIC-20 tape controller does not work with this motherboard under SunOS 3.3. 501-1163 3004 "Carrera" CPU 2M (3/75,3/140,3/150,3/160,3/180) See 501-1074, except: COMPATIBILITY (BOARDS): To use a VME 32-bit data device (e.g. MCP, HSI, ALM-2, SCA, TAAC-1, or "Sun-3" SCSI), the board revision must be 501-1163-09 or later. 501-1164 3004 "Carrera" CPU 4M (3/75,3/140,3/150,3/160,3/180) See 501-1094, except: COMPATIBILITY (BOARDS): To use a VME 32-bit data device (e.g. MCP, HSI, ALM-2, SCA, TAAC-1, or "Sun-3" SCSI), the board revision must be 501-1164-09 or later. 501-1199 CPU 8M w/o FPU (4/1xx) PROCESSOR: MB86900 @ 14.28MHz ARCHITECTURE: sun4 FPU: sockets for Weitek 1164/1165 MMU: Sun-4, 16 hardware contexts MEMORY: 32 SIMM slots for up to 32M CACHE: on-chip EXTERNAL BUS: VME (busmaster cards are not supported, and there are hints that only 28 address bits are supported) BUS: P4 POWER: unknown LAYOUT: One edge of the board has the three VME connectors. The backplate is (probably) two VME slots high. From left to right with component side up and external connector edge toward you (normal top at left), the external connectors are: a keyboard connector; eight LEDs (bit 0 to the right/bottom); a switch to toggle between Normal and Diagnostic modes; an Ethernet connector; two serial ports (B and A from left to right (top/bottom)); a SCSI connector; and a reset button (?). The boot PROMs are in the far right corner at locations U601-U604 (right to left, grid K-M29). Nearby, along the right edge, is a 3V battery. The P4 connector is in the middle right, by the divider. The IDPROM is nearer on the right, at location U805 (grid M9). The keyboard fuse F1000 is at grid C2 near the keyboard connector and the Ethernet fuse F1800 is at grid F2 near the Ethernet connector. The sockets for the Weitek 1164/1165 are in the near left corner at locations U201 (1164) and U202 (1165). Jumper J100 is a block in the middle left edge, closer than J101, with pin 1 the leftmost of the farthest pair. Jumper J101 is a single jumper in the middle left edge, beyond J100. Jumper J400 is a block in the far right, with pin 1 the leftmost of the farthest pair. Jumper J600 is a block in the far right, to the left of the boot PROMs, with pin 1 the leftmost of the farthest pair. Jumper J700 is a block in the center, with pin 1 the nearest of the leftmost pair. Jumper J800 is a single jumper in the near middle, close to J1800. Jumper J900 is a single jumper in the far right, just beyond the battery. Jumper J1000 is a single jumper in the middle right. Jumper J1300 is a block in the middle right, nearer than J1400, by the U1600 SIMM block, with pin 1 the leftmost of the farthest pair. Jumper J1400 is a block in the middle right, beyond J1300, by the U1600 SIMM block, with pin 1 the leftmost of the farthest pair. Jumper J1700 is a single jumper in the near right. Jumper J1701 is a single jumper in the near middle. Jumper J1800 is a single jumper in the near middle, close to J800. Jumper J1900 is a block in the middle, to the left of J1901 and the P4 connector, with pin 1 the nearest of the leftmost pair. Jumper J1901 is a block in the middle, between J1900 and the P4 connector, with pin 1 the nearest of the leftmost pair. Jumper P2101 is a single jumper in the far right. Jumper VJMP2 is a single jumper in the near left, closer than VJMP3. Jumper VJMP3 is a single jumper in the near left, beyond VJMP2. Jumper VJMP4 is a single jumper in the center, beyond VJMP5. Jumper VJMP5 is a single jumper in the center, closer than VJMP4. Jumper VJMP6 is a single jumper in the near middle, close to J700. Jumper VJMP7 is a single jumper in the near middle. Jumper VJMP8 is a single jumper in the near middle, close to J700. Jumper VJMP9 is a single jumper in the near right, close to the Weitek 1164 socket at U201. MEM LAYOUT: Memory consists of four banks of eight 120ns SIMMs, either 256K (501-1314) or 1M (501-1466). The SIMM sockets occupy the middle and left sections of the far half of the board. Valid memory combinations are 8M (all banks 256K), 16M (two banks (2,4) of 1M), 20M (two banks (2,4) of 1M and two banks (1,3) of 1M), or 32M (all banks 1M). Nearest VME connectors _______ _______ | U1515 | | U1615 | | 3 | | 4 | Banks have eight SIMM | | | | slots each. |_______| |_______| J400 _______ _______ | | | | J1400 | 1 | | 2 | | | | | J1300 |_U1500_| |_U1600_| 1-2 J101 (not revelant to memory) 1-2 J100 3-4 See "Memory-related jumpers" below. CONNECTORS: P4 SIMMs * 32 PORTS: keyboard/mouse Ethernet: Jumper J1700 controls the Ethernet clock. Jumper J1701 sets the transceiver type. Jumper J1800 controls whether the thin or AUI Ethernet port is active (???). serial ports: Jumper J1000 controls the serial port clock. SCSI LEDS: There are eight diagnostic LEDs. JUMPERS: Memory-related jumpers: Total memory: 8M 16M 20M 32M SIMM size: 256K 1M 256K/1M 1M J100 Cache line 1-2 JU UN JU UN 3-4 UN JU UN JU J400 Memory strobe configuration 1-2 UN JU UN JU 3-4 JU UN UN JU 5-6 JU JU JU UN J1300 SIMM addressing mode 1-2 same JU UN UN JU 3-4 different UN JU JU UN 5-6 256K JU UN JU UN 7-8 1M UN JU UN JU 9-10 2M UN UN UN UN 11-12 <32M JU JU JU UN 13-14 32M UN UN UN JU 15-16 unused UN UN UN UN J1400 SIMM addressing mode 1-2 same JU UN UN JU 3-4 different UN JU JU UN 5-6 256K JU UN UN UN 7-8 1M UN JU JU JU 9-10 2M UN UN UN UN 11-12 <32M JU JU JU UN 13-14 32M UN UN UN JU 15-16 unused UN UN UN UN Other jumpers: J101 Enable 57.1MHz clock JUMPED J600 Boot PROM size 1-2 27512 (512K) boot PROMs DEFAULT 3-4 27256 (256K) boot PROMs J700 1-2 VME interrupt level 1 JUMPED 3-4 VME interrupt level 2 JUMPED 5-6 VME interrupt level 3 JUMPED 7-8 VME interrupt level 4 JUMPED 9-10 VME interrupt level 5 JUMPED 11-12 VME interrupt level 6 JUMPED 13-14 VME interrupt level 7 JUMPED 15-16 unused JUMPED J800 Force reset UNJUMPED J900 Short 3V battery (Erase EEPROM?) UNJUMPED J1000 Enable UART clock JUMPED J1700 Enable Ethernet clock JUMPED J1701 Jump for type-1 Ethernet transceiver, unjump for type-2. J1800 Jump for AUI Ethernet, unjump for thin Ethernet/ autosense. (??? -- no BNC connector shown on diagram!) The Ethernet autosense requires more than 30mA on the +12V return to operate. J1900 1-2 CPU is VME requester only 3-4 CPU is VME requester DEFAULT J1901 1-2 CPU is VME reset slave 3-4 CPU is VME reset master DEFAULT P2101 Enable VME system clock JUMPED VJMP2 VJMP3 VJMP4 VJMP5 VJMP6 VJMP7 VJMP8 VJMP9 Unknown. SWITCHES: reset (?) OTHER FEATURES: -- COMPATIBILITY (BOARDS): The board revision must be 501-1199-11 or later to use a type-4 keyboard. The 501-1384 FPU2 is not supported on this board. The P4 cgsix color framebuffer (501-1374, 501-1505, 501-1532) requires boot ROM version 3.0 or later to use it as the console. COMPATIBILITY (ROM): Boot ROM version 3.0 or later is required to use the P4 cgsix color framebuffer (501-1374, 501-1505, 501-1532) as the console. COMPATIBILITY (SUNOS): -- 501-1205 motherboard 4M with monochrome framebuffer (3/60) PROCESSOR: 68020 @ 20MHz ARCHITECTURE: sun3 FPU: 68881 MMU: Sun-3, 8 hardware contexts MEMORY: 24 SIMM slots for up to 24M CACHE: none EXTERNAL BUS: VME (has P3 (power connector) only) BUS: P4 POWER: sources disagree: {11/13.5A typical/max @ +5V, 0.3/0.5A typical/max @ -5.2V, 0.3/0.5A @ +12V}, or {10.1A @ +5V, 0.7A @ -5V} LAYOUT: One edge of the board has the VME power connector. The backplate is two VME slots high. From left to right with component side up and external connector edge toward you, the external connectors are: a female DA15 keyboard/mouse connector; eight LEDs (bit 0 to the right); a switch to toggle between Normal and Diagnostics modes; a BNC thin Ethernet connector; a female DA15 AUI Ethernet connector; two female DB25 serial port connectors (ports B and A from left to right); a female DD50 SCSI connector; and a female DE9 monochrome video connector. Above these are an upper row of cutouts or connectors for color video and other options. The Ethernet fuse is in the far left corner by the 3V battery, at grid J39. The IDPROM is at location U224 (grid I20) in the leftish middle. The boot PROM is at location U300 (grid K8) in the middle left. The 8530 UARTs are in the middle to near left side, closer than the boot PROM. The keyboard fuse is in the near left corner by the keyboard connector at grid K1. The P4A and P4B connectors are on the right side on either side of the middle bar; the P4B "connector" is normally just a bunch of solder pads. Jumper J800 is a block in the far left, with pin 1 the nearest of the leftmost pair. MEM LAYOUT: Memory consists of up to 24 1M (501-1239) x 9 30-pin SIMMs, rated 100ns or faster, installed in groups of four. The SIMM slots form a row in the far middle of the board. SIMMs are installed starting nearest the middle of the board and moving forward toward the edge with the power connector. The amount of memory seen is controlled by pins 1-12 of J800. Framebuffer memory. CONNECTORS: P4 SIMM * 24, 30-pin PORTS: keyboard/mouse: see "SPECIAL TOPICS/Pinout Summary/ Keyboard and Mouse/FOO-AAC". AUI Ethernet: See "SPECIAL TOPICS/Pinout Summary/ Ethernet/FOO-AAK". Pins 13-14 of jumper J800 control whether the thin or AUI Ethernet connector is active. serial ports: See "SPECIAL TOPICS/Pinout Summary/ Serial/FOO-AAD". The serial ports conform to both RS232C and RS423 and are wired DTE. SCSI: See "SPECIAL TOPICS/Pinout Summary/SCSI/FOO-AAL". Note that pin 26 (TERMPWR) is connected to ground on board revisions 501-1205-09 or lower. This can cause a short if another device in the chain is providing termination power! monochrome video: The onboard framebuffer is a bwtwo. The video output levels are ECL/TTL. The resolution can be switched between 1152 x 900 (low) at 61.8KHz horizontal sync and 66Hz vertical sync and 1600 x 1280 (high) at 89KHz horizontal sync and 66Hz vertical sync via pins 15-16 of J800. High resolution can be used only with high-resolution monitors. See "SPECIAL TOPICS/Pinout Summary/Video/FOO-AAB". LEDS: There are eight diagnostic LEDs. See "SPECIAL TOPICS/ Diagnostic LED Summary/'3/60,3/60LE'". JUMPERS: J800 1-2 4M or more, always jumped JUMPED 3-4 8M or more installed 5-6 12M or more installed 7-8 16M or more installed 9-10 20M or more installed 11-12 24M installed 13-14 jump for AUI Ethernet, unjump for thin Ethernet/autoselect 15-16 jump for high resolution video, unjump for normal resolution/autoselect. Note that the video cable must be 530-1539 or 530-1336 and the monitor must be 540-1427 Motorola revision T or later for autoselect to operate. SWITCHES: NORM/DIAG NORM Normal boot. DIAG Invoke extended diagnostics on power-up. Diagnostic messages are sent to serial port A at 9600 bps, 8 data bits, one stop bit, no parity, and XON/XOFF flow control. OTHER FEATURES: -- COMPATIBILITY (BOARDS): The P4 cgsix color framebuffer (501-1374, 501-1505, 501-1532) requires boot ROM version 3.0 or later to use it as the console. COMPATIBILITY (ROM): Boot ROM version 1.6 is required to boot from a QIC-24 tape. Boot ROM version 3.0 or later is required to use the P4 cgsix color framebuffer (501-1374, 501-1505, 501-1532) as the console. COMPATIBILITY (SUNOS): -- 501-1206 CPU (3/2xx) See 501-1100, except: LAYOUT: Jumper J300 does not exist on this board. JUMPERS: J300 does not exist on this board. J2401 7-8 SCC clock enable JUMPED COMPATIBILITY (BOARDS): The minimum board revision required for use with the 501-1125 or 501-1214 IPC is 501-1206-06. 501-1207 motherboard with FPU (3/50) See 501-1075, except: FPU: 68881 COMPATIBILITY (SUNOS): A bus error may occur when large executables are run during a prefetch across a page boundary with CPU revisions lower than 501-1207-04. The 370-1011 Sysgen SC4000 SCSI/QIC-20 tape controller does not work with this motherboard under SunOS 3.3. 501-1208 3004 "Carrera" CPU 4M (3/140,3/150,3/160,3/180) PROCESSOR: 68020 @ 16.67MHz ARCHITECTURE: sun3 FPU: 68881 MMU: Sun-3, eight hardware contexts MEMORY: 4M CACHE: none EXTERNAL BUS: VME BUS: none POWER: 14.6A @ +5V, 0.8A @ -5V LAYOUT: One edge of the board has the three VME connectors. From left to right with component side up and external connector edge toward you (normal top edge at left), the external connectors are: a female DA15 AUI Ethernet connector; eight LEDs (bit 0 to the top/left); a switch to toggle between Normal and Diagnostics modes; a reset switch; a female DE9 monochrome video connector; a female DA15 keyboard/mouse connector; and two female DB25 serial ports (A and B from left to right (top/bottom)). The boot PROM is in the near left at location U1200 (grid C5). The IDPROM is catty-corner from the boot PROM at location U1409 (grid B10). The EEPROM is nearer than the boot PROM and to the left of the IDPROM. The keyboard fuse is by the reset switch at grid A16. The Ethernet fuse is by the boot PROM at grid C8. Some jumper blocks have separate J??? designations for each pair. Jumper J100 is the far middle pair of a block in the middle left. J2505, J3101, and J3102 are in the same block. Jumper 300 is a block in the far left corner, with pin 1 the rightmost of the nearest pair. Jumper J400 is a block in the far left, with pin 1 the rightmost of the nearest pair. Jumper J1001 is a single jumper in the middle right. Jumpers J1200 and J1201 are the middle and far pairs of a block in the near left corner. J2502 is in the same block. Jumper J2301 is a single jumper in the near middle. Jumper J2501 is the near pair of a block in the near left. J2503 is in the same block. Jumper J2502 is the near pair of a block in the near left corner. J1200 and J1201 are in the same block. Jumper J2503 is the far pair of a block in the near middle. J2501 is in the same block. Jumper J2505 is the far pair of a block in the middle left. J100, J3101, and J3102 are in the same block. Jumpers J2700, J2701, J2702, and J2703 are the pairs, from farthest to nearest, of a block in the far left. Jumpers J3101 and J3102 are the near and near middle pairs of a block in the middle left. J100 and J2505 are in the same block. MEM LAYOUT: 4M built-in, in the far right. See jumpers J3101 and J3102. Framebuffer memory. CONNECTORS: none PORTS: AUI Ethernet: See "SPECIAL TOPICS/Pinout Summary/ Ethernet/FOO-AAE". Jumper J2501 controls the Ethernet clock. Jumper J2503 sets the transceiver type. monochrome video: The onboard framebuffer is a bwtwo. The video output levels are ECL/TLL, with a resolution of 1152 x 900 at 61.8KHz horizontal sync and 66Hz vertical sync. See "SPECIAL TOPICS/Pinout Summary/ Video/FOO-AAB". Jumper J2301 controls the video clock. keyboard/mouse: See "SPECIAL TOPICS/Pinout Summary/ Keyboard and Mouse/FOO-AAC". serial ports: See "SPECIAL TOPICS/Pinout Summary/ Serial/FOO-AAD". The serial ports conform to both RS232C and RS423 and are wired DTE. The documented maximum speeds are 19200 bps for output and 9600 bps for input. Jumper J1001 controls the serial port clock. LEDS: There are eight diagnostic LEDs. JUMPERS: J100 Cache disable UNJUMPED J300 1-2 unused 3-4 VME interrupt level 1 JUMPED 5-6 VME interrupt level 2 JUMPED 7-8 VME interrupt level 3 JUMPED 9-10 VME interrupt level 4 JUMPED 11-12 VME interrupt level 5 JUMPED 13-14 VME interrupt level 6 JUMPED 15-16 VME interrupt level 7 JUMPED J400 1-2 16.67MHz CPU clock DEFAULT 3-4 12.5MHz CPU clock 5-6 12.5MHz FPU clock 7-8 16.67MHz FPU clock DEFAULT J1001 Enable SCC clock JUMPED J1200 Boot PROM size J1201 J1200 27256 (256K) boot PROMs J1201 27512 (512K) boot PROMs DEFAULT J2301 Enable video clock JUMPED J2501 Enable Ethernet clock JUMPED J2502 Enable VME clock JUMPED J2503 Jump for a type-1 Ethernet transceiver, unjump for a type-2. J2505 Unused J2700 J2701 J2700 Enable VME request only J2701 Enable VME request/arbiter DEFAULT J2702 J2703 J2702 Enable VME reset slave J2703 Enable VME reset master DEFAULT J3101 J3102 J3101 2M onboard RAM J3102 4M onboard RAM DEFAULT These jumpers are mutually exclusive and must reflect the actual amount of memory onboard. SWITCHES: NORM/DIAG NORM Normal boot. May be labeled "BOOT" on some early versions. DIAG Invoke extended diagnostics on power-up. Diagnostic messages are sent to serial port A. RESET Invokes a watchdog reset. The result depends on the value at address 0x17 of the EEPROM. (?) (See "SOFTWARE/EEPROM Settings".) OTHER FEATURES: -- COMPATIBILITY (BOARDS): Board revisions 501-1208-04 or lower may fail with non-Sun boards. Use 501-1208-05 or later. COMPATIBILITY (ROM): Boot ROM version 1.8 or later is required to boot from a QIC-24 tape in a Sun-3 shoebox (Emulex MT-02 controller?). Boot ROM version 2.6 or later is required to boot from a QIC-24 tape in a Sun-2 shoebox (Sysgen SC4000 controller?). Boot ROM version 2.6 or later is required to boot from an SMD disk attached via a 501-1249 Xylogics 7053 SMD controller. COMPATIBILITY (SUNOS): -- 501-1209 3/110 CPU VME See 501-1134, except: COMPATIBILITY (BOARDS): -- COMPATIBILITY (SUNOS): -- 501-1237 CPU 8M with FPU (4/1xx) See 501-1199, except: FPU: Weitek 1164/1165 POWER: 13.8A @ +5V, 0.1A @ -5V COMPATIBILITY (BOARDS): The board revision must be 501-1237-11 or later to use a type-4 keyboard. The 501-1384 FPU2 is not supported on this board. The P4 cgsix color framebuffer (501-1374, 501-1505, 501-1532) requires boot ROM version 3.0 or later to use it as the console. 501-1241 motherboard (386i/150) PROCESSOR: 80386 @ 20MHz ARCHITECTURE: sun386i FPU: 80387 MMU: 80386 on-board MEMORY: none CACHE: on-chip EXTERNAL BUS: none BUS: ISA (three 16-bit/AT, one 8-bit/XT, four 32-bit) POWER: 5.8A @ +5V LAYOUT: From left to right, with component side up and external connectors AWAY from you, the external connectors are: a male DB25 serial connector; a parallel port connector; eight LEDs (bit 0 to the left); and a female DA15 AUI Ethernet connector. The boot PROM is in the far middle at location U602 (grid B8). To the right of it is the NVRAM at location U603 (grid B9), and to the right of that is the IDPROM at location U601 (grid B10). The ISA slots are in the far left; the 32-bit slots are in the middle. Beyond the ISA slots are five voltage test points (+5, GND, +12, -12, and -5 from left to right). Next to the IDPROM is the SCSI connector, with pin 1 in the far left. In line but nearer is the floppy data/control connector, with pin 1 in the near right. The power supply connector is along the right edge just beyond the jag in the edge. Along the jag is the floppy/disk power connector (four pins, pin 1 at right), and somewhat nearer are the fan power connector (two pins, pin 1 at left) and the front panel LED power connector (three pins, pin 1 farthest). In the near left corner is the speaker connector (three pins, pin 1 farthest). The Ethernet fuse is near the serial and parallel connectors, and the SCSI fuse is near the SCSI connector. Both fuses are 1A subminiature fuses, P/N 140-1027. There are three single jumpers, in a loose line in the near right, with jumper 0 farthest. MEM LAYOUT: none CONNECTORS: SCSI floppy control/data power supply floppy/disk power fan power front panel LED power speaker PORTS: serial parallel AUI Ethernet: permanently set for type-2 (transformer-coupled) transceivers. LEDS: There are eight diagnostic LEDs. JUMPERS: The three jumpers control the mode in which the machine powers up. 0 1 2 mode ---- ---- ---- -------------------------------- UN UN UN Normal. Self-test is executed. Memory tested is determined by the NVRAM setting. JU UN UN Diagnostic. Self-test is executed. All memory is tested. Status sent to the serial port until all video hardware tests OK. UN UN JU Manufacturing. Diagnostic mode continuous loop. JU UN JU Bypass. Bypasses most of normal self-test. SWITCHES: none OTHER FEATURES: -- COMPATIBILITY (BOARDS): The GXi color framebuffer 501-1352 requires boot ROM version 4.3 or later. The low-resolution monochrome framebuffer 501-1433 (and 501-1568?) requires boot ROM version 4.4 or later. Board revision 501-1241-02 Rev 03 or later is required to use dynamic memory boards 501-1394, 501-1441, or 501-1423 (555-1423). Board revision 501-1241-04 Rev 01 or later is required to use multiple dynamic memory boards. COMPATIBILITY (ROM): Boot ROM version 4.3 or later is required to use the GXi color framebuffer 501-1352. Boot ROM version 4.4 or later is required to use monochrome framebuffer 501-1433 (and 501-1568?). COMPATIBILITY (SUNOS): -- 501-1274 CPU with FPC-6/4 (4/2xx) PROCESSOR: SF9010 @ 16.67MHz ARCHITECTURE: sun4 FPU: Weitek 1164/1165 MMU: Sun-4, 16 hardware contexts MEMORY: none CACHE: on-chip EXTERNAL BUS: VME BUS: none POWER: 17.2A @ +5V, 1.3A @ -5V, 0.4A @ +12V LAYOUT: One edge of the board has the three VME connectors. From left to right with component side up and external connector edge toward you (normal top edge at left), the external connectors are: two serial ports (A and B from left to right (top/bottom)); an Ethernet connector; a switch to toggle between Normal and Diagnostic modes; eight LEDs (bit 0 to the right/bottom); a reset switch; a keyboard/mouse connector; and a video connector. The four boot PROMs form a line in the middle of the left half of the board, U2001-U2004 (1507-1504, grid J10 through E10, farthest to nearest, respectively). The IDPROM is near the U2004 PROM, at location U1901, grid D5. The 3V battery is along the near edge near serial port B. The Ethernet fuse is in the near right, near the Weitek chips, at grid C29. The keyboard fuse is near the keyboard connector at grid A26. Some jumper blocks have separate J??? designations for each pair. Jumpers J0301 through J0303 are the pairs, from right to left, of a block in the left middle to the right of the U2004 boot PROM. Jumper J0304 is a single jumper in the left middle, to the right of the U2003 PROM. Jumper J0401 is a block in the far left. Jumpers J2001 and J2002 are the far and middle pairs of a block in the far left, to the left of the U2001 boot PROM. J2401 is in the same block. Jumper J2003 is a single jumper in the near left. Jumper J2201 is a single jumper in the near left, by the battery. Jumper J2401 is the near pair of a block in the far left, to the left of the U2001 boot PROM. J2001 and J2002 are in the same block. Jumpers J2402 through J2404 are the pairs, from right to left, of a block in the far middle. Jumper J2701 is a single jumper in the near middle, by the LEDs. Jumper J2801 is a single jumper in the far left, near J0401. Jumper J2902 is a single jumper in the near left. Jumper J2904 does not appear on any diagrams and hence its location is unknown. MEM LAYOUT: No main memory. Framebuffer memory. CONNECTORS: none PORTS: serial ports: Jumper J2201 controls the serial port clock. Ethernet: Jumper J2902 sets the transceiver type. keyboard/mouse monochrome video: The onboard framebuffer is a bwtwo. The video output levels are ECL/TTL, with a resolution of 1600 x 1280 at 89KHz horizontal sync and 66Hz vertical sync. It can drive only high-resolution monochrome monitors. LEDS: There are eight diagnostic LEDs. JUMPERS: J0301 "External clock clock" UNJUMPED J0302 46.153MHz clock enable JUMPED J0303 16MHz clock enable JUMPED J0304 VME clock enable JUMPED J0401 1-2 unused 3-4 VME interrupt level 1 JUMPED 5-6 VME interrupt level 2 JUMPED 7-8 VME interrupt level 3 JUMPED 9-10 VME interrupt level 4 JUMPED 11-12 VME interrupt level 5 JUMPED 13-14 VME interrupt level 6 JUMPED 15-16 VME interrupt level 7 JUMPED J2001 Boot PROM size J2002 J2001 27512 (512K) boot PROMs DEFAULT J2002 27256 (256K) boot PROMs J2003 Connect 3V battery JUMPED J2201 SCC (UART) clock enable JUMPED J2401 J2402 J2401 CPU is VME requester only J2402 CPU is VME arbiter/requester DEFAULT J2403 J2404 J2403 CPU is reset slave J2404 CPU is reset master DEFAULT J2701 Debug jumper UNJUMPED J2801 Enable system DVMA JUMPED J2902 Jump for type-1 Ethernet transceiver, unjump for type-2. J2904 "Null" UNJUMPED SWITCHES: NORM/DIAG NORM Normal boot. DIAG Invoke extended diagnostics on power-up. Diagnostic messages are sent to serial port A. RESET Invokes a watchdog reset. The result depends on the value at address 0x17 of the EEPROM. (?) (See "SOFTWARE/EEPROM Settings".) OTHER FEATURES: -- COMPATIBILITY (BOARDS): The board revision must be 501-1274-12 or later to use a type-4 keyboard. The board revision must be 501-1274-13 or later to use a 501-1249 Xylogics 7053 SMD controller. 501-1576 16M memory boards require boot ROM version 3.0 or later when two or more are present. COMPATIBILITY (ROM): Boot ROM version 1.7 or later is required to boot from an SMD disk connected to a 501-1249 Xylogics 7053 SMD controller. Boot ROM version 3.0 or later is required to use two or more 501-1576 16M memory boards. COMPATIBILITY (SUNOS): -- 501-1299 CPU (3/4xx) PROCESSOR: 68030 ARCHITECTURE: sun3x FPU: 68882 MMU: 68030 on-board MEMORY: none CACHE: on-chip EXTERNAL BUS: VME BUS: P4 POWER: 24.5A @ +5V, 0.3A @ +12V LAYOUT: One edge of the board has the three VME connectors. The backplate is (probably) two VME slots high. From left to right with component side up and external connector edge toward you (normal top edge at left), the external connectors are: eight LEDs (bit 0 at the top/left); a reset switch; a switch to toggle between Normal and Diagnostic modes; a female DA15 AUI Ethernet connector; two female DB25 serial ports (A and B from left to right (top/bottom)); and a female DA15 keyboard/mouse connector. The boot PROMs are in the near right corner at locations U1712 and U1713 (grid B34 and C34). The IDPROM is in the near right at location U1701 (grid D33), to the left of the U1713 boot PROM. The 3V battery is in the far middle. The P4 connector is in the middle right. The P2 Mezzanine connector, used for the 501-1446 FPA+ daughterboard, is in the far right corner. The Ethernet fuse F2500 is by the Ethernet connector and the keyboard fuse F1800 is near serial port A. There is a terminator resistor pack at U1411. Jumper J100 is a block in the far right edge. Jumper J200 is a block in the leftish middle, just to the left of the divider, with pin 1 the rightmost of the nearest pair. Jumper J400 is a block in the middle right, with pin 1 the nearest of the leftmost pair. Jumper J2000 is a block in the far middle, with pin 1 the rightmost of the nearest pair. Jumper J2100 is a block in the far middle, near the 3V battery, with in 1 the rightmost of the nearest pair. Jumper J2501 is a block int he near middle, with pin 1 the nearest of the leftmost pair. MEM LAYOUT: none CONNECTORS: P4 for framebuffer. P2 Mezzanine for 501-1446 FPA+ daughterboard. PORTS: AUI Ethernet: See "SPECIAL TOPICS/Pinout Summary/ Ethernet/FOO-AAM". Jumper J2501 controls various Ethernet settings. serial ports: See "SPECIAL TOPICS/Pinout Summary/ Serial/FOO-AAD". The serial ports conform to both RS232C and RS423 and are wired DTE. keyboard/mouse: See "SPECIAL TOPICS/Pinout Summary/ Keyboard and Mouse/FOO-AAC". LEDS: There are eight diagnostic LEDs. JUMPERS: J100 1-2 Enable 68030 cache UNJUMPED 3-4 Enable 68030 MMU UNJUMPED J200 1-2 Enable 68030 clock JUMPED 3-4 unused 5-6 unused 7-8 Enable 50ns clock JUMPED J400 1-2 Enable VME interrupt 1 JUMPED 3-4 Enable VME interrupt 2 JUMPED 5-6 Enable VME interrupt 3 JUMPED 7-8 Enable VME interrupt 4 JUMPED 9-10 Enable VME interrupt 5 JUMPED 11-12 Enable VME interrupt 6 JUMPED 13-14 Enable VME interrupt 7 JUMPED 15-16 unused J2000 1-2 Enable VME requester 3-4 Enable VME arbiter DEFAULT 5-6 VME-generated VME reset 7-8 CPU-generated VME reset DEFAULT J2100 1-2 Enable VME system clock JUMPED 3-4 Enable round-robin arbiter JUMPED J2501 1-2 Enable Ethernet clock JUMPED 3-4 unused 5-6 Transceiver type Jump to select type-1 Ethernet transceiver, unjump for type-2 7-8 unused SWITCHES: NORM/DIAG NORM Normal boot. DIAG Invoke extended diagnostics on power-up. Diagnostic messages are sent to serial port A at 9600 bps (or serial port B at 1200 bps?). RESET Invokes a watchdog reset. The result depends on the value at address 0x17 of the EEPROM. (?) (See "SOFTWARE/EEPROM Settings".) OTHER FEATURES: If memory boards are installed on both sides of this board, the terminator pack at U1411 should be removed. COMPATIBILITY (BOARDS): If the 501-1105 FPA or 501-1446 FPA+ is being used with this board, any 8M memory cards must be 501-1102-11 or later. This board is not compatible with 501-1254 32M memory boards. However, it is compatible with the similar 501-1451 32M memory boards. P4-based cgeight framebuffers must be 501-1371-04 or later for use with this board. Jumpers P10, P11, P12, and P13 should be removed from the 501-1598 and 501-1832 backplanes when this board is installed. This board may not be compatible with the SunLink Channel Adapter -- the 501-1550 board may be required instead. COMPATIBILITY (ROM): -- COMPATIBILITY (SUNOS): -- 501-1316 CPU 8M (4/3xx) PROCESSOR: CY7C601 @ 25MHz ARCHITECTURE: sun4 FPU: TI8847 MMU: Sun-4, 16 hardware contexts MEMORY: 8 SIMM slots for up to 32M CACHE: on-chip EXTERNAL BUS: VME BUS: P4 POWER: 17.5A @ +5V, 0.2A @ +12V, 0.2A @ -12V LAYOUT: One edge of the board has the three VME connectors. From left to right with component side up and external connector edge toward you (normal top edge at left), the external connectors are: a HD50 SCSI connector; an Ethernet connector; four serial ports (D, C, B, and A from left to right (top/bottom)), of which A seems to be DB25 and B through D DE9; a keyboard connector; eight LEDs (bit 0 to the left/top); and a switch to toggle between Normal and Diagnostic modes. The boot PROMs are in a group in the near left, with U2101, U2103, U2102, and U2100 in that order clockwise from the farthest left, at grid locations F501, F5M1 (?), E6M1 (?), and E601, respectively. The IDPROM is in the near right corner at location U2202 (grid A4A6 (?)). The time-of-day/NVRAM chip is in the middle of the left edge, at location U2200, beyond the boot PROMs. There is a large jumper block J2000 in the far left (internal SCSI connector?). The P4 connector is on the near side of the SIMM slots in the far right. The SCSI fuse F3200 and Ethernet fuse F3100 are by the SCSI and Ethernet connectors respectively. The keyboard fuse F0300 is by the LEDs. All three fuses are 150-1174, 2A. Jumper J0200 is a block in the near middle, with pin 1 the nearest of the leftmost pair. Jumper J0900 is a single jumper in the rightish middle. Jumper J1900 is a single jumper in the farish middle, to the left of the SIMMs. Jumper J2100 is a single jumper in the near left, near the boot PROMs and to the right of J2101. Jumper J2101 is a single jumper in the near left, near the boot PROMs, to the left of J2100. Jumper J2302 is a three-pin jumper in the near middle, pin 1 to the left. Jumper J2303 is a three-pin jumper in the near middle, pin 1 to the left. Jumper J2400 is a single jumper in the near right. Jumper J2402 is a three-pin jumper in the near right corner, pin 1 to the left. Jumper J2502 is a three-pin jumper in the near middle, pin 1 to the left. Jumper J2503 is a three-pin jumper in the near middle, pin 1 to the left. Jumper J2701 is a single jumper in the far left corner. Jumper J2800 is a single jumper in the far left corner. Jumper J2801 is a single jumper in the far left, to the right of J3001. Jumper J2803 is a single jumper in the far left corner. Jumper J2900 is a single jumper in the far left corner. Jumper J3001 is a block in the far left, with pin 1 the nearest of the leftmost pair. Jumper J3100 is a single jumper in the middle left edge. Jumper J3101 is a single jumper in the far left edge. MEM LAYOUT: Memory consists of up to eight 1M (501-1408, 501-1466, 501-1544, 501-1565, or 501-1697) or 4M (501-1682 or 501-1739) x 9 30-pin SIMMs in two banks in the middle to far right, U1300-U1307 from nearest to farthest. The nearer four are bank 0, bytes 0-3, and the farther four are bank 1, bytes 0-3. 4M SIMMs are "not supported on the Sun-4/330 CPU" and require boot PROM version 3.0.3 or later. See jumper J1900. CONNECTORS: P4 J2000 (?) SIMM * 8, 30-pin PORTS: SCSI Ethernet: permanently set for type-2 Ethernet transceivers. serial ports: Jumpers J2302/J2303 and J2502/J2503 control whether the ports are RS232 or RS423. Ports A and B are switched in tandem, separately from C and D which are also linked. Jumper J2400 controls the serial port clock. keyboard/mouse: Jumper J2402 controls something to do with the mouse (or possibly the keyboard too). LEDS: There are eight diagnostic LEDs. JUMPERS: J0200 1-2 FPC normally low JUMPED 3-4 FPC normally low JUMPED 5-6 FPC normally high UNJUMPED J0900 Enable Sysclock JUMPED J1900 SIMM size Jump for 4M SIMMs, unjump for 1M SIMMs. J2100 Boot PROM size J2101 J2100 27512 (512K) boot PROMs DEFAULT J2101 27256 (256K) boot PROMs J2302 Serial A/B standard 1-2 Ports A/B RS232 (+12V) DEFAULT 2-3 Ports A/B RS423 (+5V) J2303 Serial A/B standard 1-2 Ports A/B RS232 (-12V) DEFAULT 2-3 Ports A/B RS423 (-5V) J2400 Enable serial port clock JUMPED J2402 1-2 Mouse TD enabled 2-3 Mouse TD grounded DEFAULT J2502 Serial C/D standard 1-2 Ports C/D RS232 (+12V) DEFAULT 2-3 Ports C/D RS423 (+5V) J2503 Serial C/D standard 1-2 Ports C/D RS232 (-12V) DEFAULT 2-3 Ports C/D RS423 (-5V) J2701 "Disable VME loopback" UNJUMPED J2800 Enable VME reset out JUMPED J2801 Enable VME arbiter JUMPED J2803 Enable VME reset in UNJUMPED J2900 Enable 16MHz VME clock JUMPED J3001 1-2 unused 3-4 Enable VME interrupt level 1 JUMPED 5-6 Enable VME interrupt level 2 JUMPED 7-8 Enable VME interrupt level 3 JUMPED 9-10 Enable VME interrupt level 4 JUMPED 11-12 Enable VME interrupt level 5 JUMPED 13-14 Enable VME interrupt level 6 JUMPED 15-16 Enable VME interrupt level 7 JUMPED J3100 Enable 32MHz clock JUMPED J3101 Enable 48MHz clock JUMPED SWITCHES: NORM/DIAG NORM Normal boot. DIAG Invoke extended diagnostics on power-up. Diagnostic messages are sent to serial port A at 9600 bps. OTHER FEATURES: To provide circuit protection to the M+ and M- (+-12V) inputs on the UC5170 serial port line driver, install fused shunts 150-1669 at locations J2302, J2303, J2502, and J2503. COMPATIBILITY (BOARDS): Board revision 501-1316-03 or later is required to use the 501-1267 cgfive framebuffer. Board revision 501-1316-04 or later is required to use the 501-1539 or 501-1855 ISP-80/IPI-2 disk controller or 501-1276 FDDI controller. The 501-1371 P4 cgeight framebuffer must be -04 or later for use with this board. COMPATIBILITY (ROM): Boot ROM version 3.0 or later is required to boot from a QIC-24 tape. Boot ROM version 3.0.1 or later is required to boot from a tape drive connected to a second SCSI controller. Boot ROM version 3.0.3 or later is required to use 4M SIMMs. Boot ROM version 4.1.1 or later is required when the 501-1537/501-1538 VX/MVX Visualization Accelerator is used as the console. COMPATIBILITY (SUNOS): Board revision 501-1316-04 or later is required to run LISP software. 501-1322 motherboard 4M w/o monochrome framebuffer (3/60) See 501-1205, except: MEM LAYOUT: SIMM layout is the same, but no framebuffer memory. POWER: sources disagree: {11/13.5A typical/max @ +5V, 0.3/0.5A typical/max @ -5.2V, 0.3/0.5A @ +12V}, or {8.9A @ +5V, 0.3A @ -5V} LAYOUT: Same, except no female DE9 monochrome video connector. PORTS: SCSI: See "SPECIAL TOPICS/Pinout Summary/SCSI/FOO-AAL". Note that pin 26 (TERMPWR) is connected to ground on board revision 501-1322-01. This can cause a short if another device in the chain is providing termination power! monochrome video: Not present. 501-1324 motherboard (386i/250) PROCESSOR: 80386 @ 25MHz ARCHITECTURE: sun386i FPU: 80387 MMU: 80386 on-board MEMORY: none CACHE: on-chip EXTERNAL BUS: none BUS: ISA (three 16-bit/AT, one 8-bit/XT, four 32-bit) POWER: 5.8A @ +5V LAYOUT: From left to right, with component side up and external connectors AWAY from you, the external connectors are: a male DB25 serial connector; a parallel port connector; eight LEDs (bit 0 to the left); and a female DA15 AUI Ethernet connector. The boot PROM is in the far middle at location U602 (grid B8). To the right of it is the NVRAM at location U603 (grid B9), and to the right of that is the IDPROM at location U601 (grid B10). The ISA slots are in the far left; the 32-bit slots are in the middle. Beyond the ISA slots are five voltage test points (+5, GND, +12, -12, and -5 from left to right). Next to the IDPROM is the SCSI connector, with pin 1 in the far left. In line but nearer is the floppy data/control connector, with pin 1 in the near right. The power supply connector is along the right edge just beyond the jag in the edge. Along the jag is the floppy/disk power connector (four pins, pin 1 at right), and somewhat nearer are the fan power connector (two pins, pin 1 at left) and the front panel LED power connector (three pins, pin 1 farthest). In the near left corner is the speaker connector (three pins, pin 1 farthest). The Ethernet fuse is near the serial and parallel connectors, and the SCSI fuse is near the SCSI connector. Both fuses are 1A subminiature fuses, P/N 140-1027. There are three single jumpers, in a loose line in the near right, with jumper 0 farthest. MEM LAYOUT: none CONNECTORS: SCSI floppy control/data power suply floppy/disk power fan power front panel LED power speaker PORTS: serial parallel AUI Ethernet: permanently set for type-2 (transformer-coupled) transceivers. LEDS: There are eight diagnostic LEDs. JUMPERS: The three jumpers control the mode in which the machine powers up. 0 1 2 mode ---- ---- ---- -------------------------------- UN UN UN Normal. Self-test is executed. Memory tested is determined by the NVRAM setting. JU UN UN Diagnostic. Self-test is executed. All memory is tested. Status sent to the serial port until all video hardware tests OK. UN UN JU Manufacturing. Diagnostic mode continuous loop. JU UN JU Bypass. Bypasses most of normal self-test. SWITCHES: none OTHER FEATURES: -- COMPATIBILITY (BOARDS): The GXi color framebuffer 501-1352 requires boot ROM version 4.3 or later. The low-resolution monochrome framebuffer 501-1433 (and 501-1568?) requires boot ROM version 4.4 or later. COMPATIBILITY (ROM): Boot ROM version 4.3 or later is required to use the GXi color framebuffer 501-1352. Boot ROM version 4.4 or later is required to use monochrome framebuffer 501-1433 (and 501-1568?). COMPATIBILITY (SUNOS): -- 501-1334 motherboard 0M with monochrome framebuffer (3/60) See 501-1205, except: PORTS: SCSI: See "SPECIAL TOPICS/Pinout Summary/SCSI/FOO-AAL". Note that pin 26 (TERMPWR) is connected to ground on board revision 501-1334-01. This can cause a short if another device in the chain is providing termination power! 501-1345 motherboard 0M w/o monochrome framebuffer (3/60) See 501-1322, except: PORTS: SCSI: See "SPECIAL TOPICS/Pinout Summary/SCSI/FOO-AAL". Note that pin 26 (TERMPWR) is connected to ground on board revision 501-1345-01. This can cause a short if another device in the chain is providing termination power! 501-1378 motherboard 4M w/o monochrome framebuffer (3/60LE) PROCESSOR: 68020 @ 20MHz ARCHITECTURE: sun3 FPU: 68881 (stock or socket?) MMU: Sun-3, 8 hardware contexts MEMORY: 24 SIMM slots for up to 12M CACHE: none EXTERNAL BUS: VME (has P3 (power connector) only) BUS: P4 POWER: ? LAYOUT: One edge of the board has the VME power connector. The backplate is two VME slots high. From left to right with component side up and external connector edge toward you, the external connectors are: a female DA15 keyboard/mouse connector; eight LEDs (bit 0 to the right); a switch to toggle between Normal and Diagnostics modes; a BNC thin Ethernet connector; a female DA15 AUI Ethernet connector; two female DB25 serial ports (ports B and A from left to right); and a female D50 SCSI port connector. Above these are an upper row of cutouts or connectors for color video and other options. The Ethernet fuse is in the far left corner by the 3V battery, at grid J39. The IDPROM is at location U224 (grid I20) in the leftish middle. The boot PROM is at location U300 (grid K8) on the left side in the middle. The 8530 UARTs are also on the left side, toward the near end from the boot PROM. The keyboard fuse is in the near left corner by the keyboard connector at grid K1. The P4A connector is on the right side near the middle bar. Jumper J800 is a block in the far left, with pin 1 the nearest of the leftmost pair. MEM LAYOUT: Memory consists of up to 24 30-pin SIMMs, rated 100ns or faster, installed in groups of four. The first sixteen are 256K (501-1349) x 9, and the last eight are 1M (501-1346) x 9. The SIMM slots form a row in the far middle of the board. SIMMs are installed starting nearest the middle of the board and moving forward toward the edge with the power connector. The amount of memory seen is controlled by pins 1-4 of J800. CONNECTORS: P4 SIMM * 24, 30-pin PORTS: keyboard/mouse: see "SPECIAL TOPICS/Pinout Summary/ Keyboard and Mouse/FOO-AAC". AUI Ethernet: See "SPECIAL TOPICS/Pinout Summary/ Ethernet/FOO-AAK". Pins 13-14 of jumper J800 control whether the thin or AUI Ethernet connector is active. serial ports: See "SPECIAL TOPICS/Pinout Summary/ Serial/FOO-AAD". The serial ports conform to both RS232C and RS423 and are wired DTE. SCSI: See "SPECIAL TOPICS/Pinout Summary/SCSI/FOO-AAL". LEDS: There are eight diagnostic LEDs. See "SPECIAL TOPICS/ Diagnostic LED Summary/'3/60,3/60LE'". JUMPERS: J800 (toward far left corner, pin 1 at left) 1-2 jump for 8M RAM (or less?) installed 3-4 jump for more than 8M RAM installed 5-6 unused 7-8 unused 9-10 unused 11-12 unused 13-14 jump for AUI Ethernet, unjump for thin Ethernet/autoselect 15-16 unused SWITCHES: NORM/DIAG NORM Normal boot. DIAG Invoke extended diagnostics on power-up. Diagnostic messages are sent to serial port A at 9600 bps, 8 data bits, one stop bit, no parity, and XON/XOFF flow control. OTHER FEATURES: -- COMPATIBILITY (BOARDS): -- COMPATIBILITY (ROM): -- COMPATIBILITY (SUNOS): -- 501-1381 CPU (4/4xx) PROCESSOR: CY7C601 @ 33MHz ARCHITECTURE: sun4 FPU: TI8847 (?) MMU: 64 hardware contexts MEMORY: none CACHE: on-chip EXTERNAL BUS: VME BUS: P4 POWER: 28.7A @ +5V, 0.1A @ +12V, 0.1A @ -12V LAYOUT: One edge of the board has the three VME connectors. From left to right with component side up and external connector edge toward you (normal top edge at left), the external connectors are: two female DB25 serial ports (ports A and B from left to right (top/bottom)); a keyboard/mouse connector; an Ethernet connector; a switch to toggle between Normal and Diagnostic modes; eight LEDs (bit 0 to the left/top); and a reset switch. The boot PROMs are in a row in the far right, U3501-U3504 from left to right (3-0 respectively). The IDPROM is in the near right at location U1404. The P4 connector is on the right, nearer than the boot PROMs. The NVRAM chip is in the near left, by the divider. The keyboard fuse F3701 is in the near left corner and the Ethernet fuse F3200 in the near middle. Jumper J0100 is a block in the nearish center, with pin 1 the rightmost of the nearest pair. Jumper J0101 is a single jumper in the center, near the CY7C601. Jumper J0201 is a single jumper in the middle near edge. Jumper J0300 is a block in the near right corner, with pin 1 the rightmost of the nearest pair. Jumper J0705 is a block in the far right, with pin 1 the rightmost of the nearest pair. Jumper J1901 is a block in the nearish right, with pin 1 the leftmost of the farthest pair. Jumper J2301 is a single jumper in the middle far edge. Jumper J2600 is a single jumper in the right far edge, to the right of J2301. Jumpers J2801-J2804 are closely spaced along the far left edge, in order J2802, J2804, J2803, J2801 from nearest to farthest. Jumper J3100 is a single jumper in the left far edge. Jumper J3200 is a single jumper in the middle left edge, by J4609. Jumper J3201 is a single jumper in the leftish center. Jumper J3203 is a single jumper in the far left corner. Jumper J3603 is a three-pin jumper in the near left corner, with pin 1 nearest. Jumper J3604 is a three-pin jumper in the near left corner, with pin 1 rightmost. Jumper J3701 is a single jumper in the near left, by the NVRAM. Jumper J3703 is a three-pin jumper in the middle near edge. Pin 1 may be in the middle? Jumper J4000 is a block in the far left, with pin 1 the rightmost of the nearest pair. Jumper J4600 is a single jumper in the near left, near the keyboard fuse. Jumper J4602 is a single jumper in the left center. Jumper J4604 is a single jumper in the center. Jumper J4605 is a single jumper in the farish left. Jumper J4606 is a single jumper in the far right corner. Jumper J4607 is a single jumper in the far left, near that end of the divider. Jumper J4609 is a single jumper in the middle left edge. MEM LAYOUT: none CONNECTORS: P4 PORTS: serial ports: Pin 25 of the ports carries -5V. keyboard/mouse Ethernet LEDS: There are eight diagnostic LEDs. JUMPERS: J0100 Debug UNJUMPED J0101 ATE JUMPED J0201 ATE JUMPED J0300 1-2 FPC is present JUMPED 3-4 FPC is *NOT* present UNJUMPED 5-6 avoid a trap when I-flush instruction JUMPED is executed 7-8 FPC chaining (only if FPC present) UNJUMPED J0705 Debug UNJUMPED J1901 Debug UNJUMPED J2301 Enable 33MHz system clock JUMPED J2600 Debug UNJUMPED J2801 Disable VME arbiter UNJUMPED J2802 Enable VME arbiter JUMPED J2803 Allow VME to reset CPU UNJUMPED J2804 Allow CPU to reset VME JUMPED J3100 Enable VME loopback mode UNJUMPED J3200 Enable 16MHz Ethernet clock JUMPED J3201 Ethernet transceiver type Jump for type-1 Ethernet transceiver, unjump for type-2. J3203 Provide VME clock JUMPED J3603 To provide circuit protection to the M- (-12V) inputs on the UC5170 serial port line driver, install fused shunt 150-1669 at this location. 1-2 RS423 (-5V) 2-3 RS232 (-12V) DEFAULT J3604 To provide circuit protection to the M+ (+12V) inputs on the UC5170 serial port line driver, install fused shunt 150-1669 at this location. 1-2 RS423 (+5V) 2-3 RS232 (+12V) DEFAULT J3701 Enable 4.9152MHz UART clock JUMPED J3703 Mouse transmit data 1-2 enabled 2-3 grounded DEFAULT J4000 1-2 VME IRQ 1 JUMPED 3-4 VME IRQ 2 JUMPED 5-6 VME IRQ 3 JUMPED 7-8 VME IRQ 4 JUMPED 9-10 VME IRQ 5 JUMPED 11-12 VME IRQ 6 JUMPED 13-14 VME IRQ 7 JUMPED 15-16 unused J4600 ATE JUMPED J4602 JUMPED J4604 JUMPED J4605 JUMPED J4606 JUMPED J4607 JUMPED J4609 JUMPED SWITCHES: NORM/DIAG NORM Normal boot. DIAG Invoke extended diagnostics on power-up. Diagnostic messages are sent to serial port A at 9600 bps. RESET OTHER FEATURES: -- COMPATIBILITY (BOARDS): The 501-1381 is not supported in the 4/470 serial numbers 136Kxxxx and greater. This chassis has two 50-pin SCSI-2 connectors on the rear EMI cover. The 501-1721 128M memory board requires boot ROM version 3.0 or later. The 501-1537/1538 VX/MVX Visualization Accelerator requires boot ROM version 4.1.1 or later when used as the console. COMPATIBILITY (ROM): Boot ROM version 3.0 or later is required to use the 501-1721 128M memory board. Boot ROM version 4.1.1 or later is required to use the 501-1537/1538 VX/MVX Visualization Accelerator as the console. COMPATIBILITY (SUNOS): SNC 1.2 for Solaris 1.1 requires the 501-1381-01. 501-1382 motherboard (4/60 (SPARCstation 1)) <= 501-1382-12 4M w/o FPU 501-1382-13 8M w/FPU >= 501-1382-14 8M w/FPU FCC-B PROCESSOR: MB86901A or LSI L64801 @ 20MHz ARCHITECTURE: sun4c FPU: Weitek 3170 MMU: Sun-4c, 8 hardware contexts MEMORY: 16 SIMM slots for up to 64M CACHE: on-chip EXTERNAL BUS: none BUS: SBus @ 20MHz, three slots (slot 3 slave-only), 25 address bits POWER: 2.5A @ +5V (with eight 1M SIMMs) LAYOUT: From left to right with component side up and external connector edge toward you, the external connectors are: a female HD50 SCSI connector; an Ethernet connector; two serial ports (ports A and B from left to right); a DIN-8 keyboard/mouse connector; an audio connector; and a headphone connector. The boot PROM is in the near middle at location U0837. The NVRAM/TOD/ID chip is to the left of the boot PROM at location U089. Along the far edge, more or less from left to right, are the power, floppy power, floppy, LED/speaker, and two pairs of internal SCSI and disk power connectors. In the near left corner are the SCSI (U2) and Ethernet (F071) fuses. The keyboard fuse (F082) is in the rightish near edge. All fuses are 2A, P/N 150-1174. The SBus connectors are in a row from left (slot 1) to right (slot 3) across the middle. The J4/SAX connector is in the near right by the slot 3 SBus connector. There are no jumpers. MEM LAYOUT: Memory consists of up to sixteen 1M (501-1408) or 4M (501-1625 or 501-1739) x 9 30-pin 80 or 100ns SIMMs, in four banks. The SIMM slots span the middle of the board, in two columns. Banks must be filled in the order 0, 2, 1, 3, and SIMM types may not be mixed within banks. Nearest disk connectors _______ byte bits _______ U0588 | | 0 24-31 | | U0584 U0587 | 0 | 1 16-23 | 1 | U0591 U0586 | | 2 8-15 | | U0590 U0585 |_______| 3 0-7 |_______| U0589 _______ _______ U0678 | | 0 24-31 | | U0682 U0676 | 2 | 1 16-23 | 3 | U0681 U0683 | | 2 8-15 | | U0680 U0677 |_______| 3 0-7 |_______| U0679 Nearest SBus connectors CONNECTORS: power supply floppy power floppy LED/speaker SCSI (internal) * 2 disk power * 2 SBus * 3 J4/SAX SIMM * 16, 30-pin PORTS: SCSI Ethernet serial ports keyboard/mouse audio headphone LEDS: none JUMPERS: none SWITCHES: none OTHER FEATURES: -- COMPATIBILITY (BOARDS): The 501-1667 Load Board should be installed in systems without disk drives or SBus cards. COMPATIBILITY (ROM): Boot ROM version 2.4 requires at least SunOS 4.1.1. COMPATIBILITY (SUNOS): The SPARCstation 1 was first supported in SunOS 4.0.3c. Bug 1047696 in the installation of SunOS 4.1.1 and 4.1.1 Rev B causes trouble when mixing 1M and 4M SIMMs. "Install the 4MB SIMMs in bank 0 when installing miniunix." Sun Common LISP, AutoCAD, Cobol, and SunOS 4.1 require board 501-1382-08 or later and SPARC IU 100-1808-02 or later. 501-1401 motherboard 4M (3/80) PROCESSOR: 68030 @ 20MHz ARCHITECTURE: sun3x FPU: 68882 MMU: on-chip MEMORY: 16 SIMM slots for up to 64M CACHE: on-chip? EXTERNAL BUS: none BUS: P4 POWER: 4.6A @ +5V LAYOUT: From left to right with component side up and external connector edge toward you, the external connectors are: a female HD50 SCSI connector; a DA15 AUI Ethernet connector; two serial ports (female DE9 port B and female dB25 port A from left to right); a female DB25 parallel port; and a DIN-8 keyboard/mouse connector. The boot PROM is in the near right at location U0204 (grid J3 C0). The NVRAM is in the nearer right at location U0205 (grid J7 B3). The SCSI fuse F1400 (1.5A, 150-1383) is in the near left corner, beside the Ethernet fuse F1500 (2A, 150-1174). The keyboard fuse F0400 (2A, 150-1174) is in the near right corner. The power supply connector, the floppy control/data connector, and the floppy power connector are in the far left corner. Near the far edge are (from left to right) the LED/speaker connector, and two pairs of disk control/data (SCSI) and disk power connectors. The P4 connector is in the far right. In the near right corner is an 8-pin header connector marked only J1804. Jumper J020 is a three-pin jumper in the middle right edge, with pin 1 the leftmost. Jumper J043 is a three-pin jumper in the near middle, with pin 1 nearest. Jumper J044 is a three-pin jumper in the near middle, with pin 1 farthest. Jumper J045 is a three-pin jumper in the near right corner, with pin 1 farthest. Jumper J1000 is a single jumper in the center. MEM LAYOUT: Memory consists of up to sixteen 1M (501-1408) or 4M x 9 30-pin 100ns SIMMs, arranged in four groups of four. The SIMM slots form two columns in the middle and middle left. Electrically, there are four "banks", each of which is composed of one slot from each group, as shown by the numbers in the center: Nearest internal disk connectors bank bits ----U0900---- 3 3 ----U0902---- bits 16-23 ----U0700---- 1 1 ----U0702---- 8-15 ----U0803---- 2 2 ----U0805---- ----U0603---- 0 0 ----U0605---- bits ----U0901---- 3 3 ----U0903---- bits 24-31 ----U0701---- 1 1 ----U0703---- 0-7 ----U0804---- 2 2 ----U0806---- ----U0604---- 0 0 ----U0606---- Nearest rear panel Banks must be filled in order (0 through 3), and SIMM sizes (1M or 4M) must not be mixed with in a bank. Only 1M SIMMs are officially documented; 4M SIMMs can be used with boot ROM version 3.0.2 and later. CONNECTORS: power supply floppy power floppy LED/speaker SCSI (internal) * 2 disk power * 2 P4: The rear panel openings are somewhat different on the 3/80 and not all P4 boards may fit. J1804 SIMM * 16, 30-pin PORTS: SCSI: "Use SCSI terminator 150-1537." AUI Ethernet serial ports parallel port keyboard/mouse LEDS: none JUMPERS: J020 FPU clock speed 1-2 20MHz FPU clock DEFAULT 2-3 40MHz FPU clock J043 1-2 RS423 (-5V) 2-3 RS232 (-12V) DEFAULT J044 1-2 RS232 (+12V) DEFAULT 2-3 RS423 (+5V) J045 Mouse transmit data 1-2 enabled 2-3 grounded Sources differ as to default state. J1000 Enable watchdog reset (test only) UNJUMPED SWITCHES: none OTHER FEATURES: Boards 501-1401-10 and later have FCC-A approval. COMPATIBILITY (BOARDS): Boards 501-1401-07 and earlier do not meet the P4 bus specification! COMPATIBILITY (ROM): -- COMPATIBILITY (SUNOS): -- 501-1413 motherboard (386i/250) See 501-1324. 501-1414 motherboard (386i/150) See 501-1241, except: COMPATIBILITY (BOARDS): The GXi color framebuffer 501-1352 requires boot ROM version 4.3 or later. The low-resolution monochrome framebuffer 501-1433 (and 501-1568?) requires boot ROM version 4.4 or later. 501-1426 2050 CPU 1M (2/50) 501-1427 2050 CPU 2M (2/50) 501-1428 2050 CPU 3M (2/50) 501-1429 2050 CPU 1M (2/130,2/160) 501-1430 2050 CPU 2M (2/130,2/160) 501-1437 2050 CPU 3M (2/130,2/160) See 501-1141, except: OTHER FEATURES: 1.1.2 boot ROMs stock. 501-1462 CPU 16M w/o FPU (4/1xx) See 501-1199, except: COMPATIBILITY (BOARDS): The 501-1384 FPU2 is not supported on this board. The P4 cgsix color framebuffer (501-1374, 501-1505, 501-1532) requires boot ROM version 3.0 or later to use it as the console. 501-1463 CPU 16M with FPU (4/1xx) See 501-1237, except: COMPATIBILITY (BOARDS): The 501-1384 FPU2 is not supported on this board. The P4 cgsix color framebuffer (501-1374, 501-1505, 501-1532) requires boot ROM version 3.0 or later to use it as the console. 501-1464 CPU 32M w/o FPU (4/1xx) See 501-1462. 501-1465 CPU 32M with FPU (4/1xx) See 501-1463. 501-1491 CPU with FPU-2 (4/2xx) See 501-1274, except: LAYOUT: "2-hi backpanel" COMPATIBILITY (BOARDS): 501-1576 16M memory boards require boot ROM version 3.0 or later when two or more are present. 501-1512 CPU 8M w/o FPU (4/1xx) See 501-1462, except: COMPATIBILITY (BOARDS): The 501-1384 FPU2 *is* supported on this board. The P4 cgsix color framebuffer (501-1374, 501-1505, 501-1532) requires boot ROM version 3.0 or later to use it as the console. 501-1513 CPU 8M with FPU (4/1xx) See 501-1463, except: COMPATIBILITY (BOARDS): The 501-1384 FPU2 *is* supported on this board. The P4 cgsix color framebuffer (501-1374, 501-1505, 501-1532) requires boot ROM version 3.0 or later to use it as the console. 501-1514 CPU 16M w/o FPU (4/1xx) See 501-1512. 501-1515 CPU 16M with FPU (4/1xx) See 501-1513. 501-1516 CPU 32M w/o FPU (4/1xx) See 501-1512. 501-1517 CPU 32M with FPU (4/1xx) See 501-1513. 501-1522 CPU with FPC-6/4 (4/2xx) See 501-1491. 501-1550 CPU (3/4xx) See 501-1299, except: COMPATIBILITY (BOARDS): If the 501-1105 FPA or 501-1446 FPA+ is being used with this board, any 8M memory cards must be 501-1102-11 or later. This board is not compatible with 501-1254 32M memory boards. However, it is compatible with the similar 501-1451 32M memory boards. P4-based cgeight framebuffers must be 501-1371-04 or later for use with this board. Jumpers P10, P11, P12, and P13 should be removed from the 501-1598 and 501-1832 backplanes when this board is installed. Board 501-1550-10 or later is required for use with the SunLink Channel Adapter. 501-1627 motherboard 8M (4/20 (SPARCstation SLC)) PROCESSOR: MB86901A or LSI L64801 @ 20MHz ARCHITECTURE: sun4c FPU: Weitek? MMU: ? MEMORY: 4 SIMM slots for up to 16M CACHE: on-chip EXTERNAL BUS: custom BUS: none POWER: ? LAYOUT: The 4/20 chassis is combined with its monitor. The motherboard is an unusual shape because it resides in a vertical slot in the case behind the monitor tube. It slides in from the top with the component side facing toward the front of the machine. With component side up and the SIMM slots on the right (normal top edge at the top), there are six diagnostic LEDs on the top edge (bit 0 leftmost). On the bottom edge is an edge connector which supplies power and connects the CPU to the signal connectors mounted on a separate board on the rear of the monitor chassis. The boot PROM is along the upper edge toward the left, at location U1001. The NVRAM is to the right of the boot PROM at location U1011. SCSI fuse F0901 and Ethernet fuse F1101 are toward the left bottom, near the edge connector, and are both non-replaceable PTC devices. There are no jumpers. MEM LAYOUT: Memory consists of up to four 4M x 33 72-pin SIMMs (501-1676 or 501-1698) in SIMM slots U0502, U0602, U0501, and U0601 in that order. The slots are in the order U0502, U0501, U0602, U0601, going away from the edge of the board. Framebuffer memory. CONNECTORS: power/signal SIMM * 4, 72-pin PORTS: none LEDS: There are six diagnostic LEDs. JUMPERS: none SWITCHES: none OTHER FEATURES: -- COMPATIBILITY (BOARDS): -- COMPATIBILITY (ROM): -- COMPATIBILITY (SUNOS): The SLC was first supported in SunOS 4.0.3c. Boards with the 53C90A SCSI controller require a patch to operate under 4.0.3c. 501-1629 motherboard (4/60 (SPARCstation 1)) <= 501-1629-12 4M w/o FPU 501-1629-13 8M w/FPU >= 501-1629-14 8M w/FPU FCC-B See 501-1382, except: COMPATIBILITY (SUNOS): The SPARCstation 1 was first supported in SunOS 4.0.3c. Note that bug 1047696 in the installation of SunOS 4.1.1 and 4.1.1 Rev B causes trouble when mixing 1M and 4M SIMMs. "Install the 4MB SIMMs in bank 0 when installing miniunix." Sun Common LISP, AutoCAD, Cobol, and SunOS 4.1 require board 501-1629-10 or later and SPARC IU 100-1808-02 or later. 501-1632 motherboard 8M w/FPU (4/65 (SPARCstation 1+)) PROCESSOR: LSI L64801 @ 25MHz ARCHITECTURE: sun4c FPU: Weitek 3172 MMU: Sun-4c, 8 hardware contexts MEMORY: 16 SIMM slots for up to 64M CACHE: on-chip EXTERNAL BUS: none BUS: SBus @ 25MHz, three slots (slot 3 slave-only), 25 address bits POWER: 3A @ +5V (with eight 1M SIMMs) LAYOUT: From left to right with component side up and external connector edge toward you, the external connectors are: a female HD50 SCSI connector; an Ethernet connector; two serial ports (ports A and B from left to right); an DIN-8 keyboard/mouse connector; and an audio connector. The boot PROM is in the near middle at location U0837. The NVRAM/TOD/ID chip is to the left of the boot PROM at location U089. At the far edge, more or less from left to right, are the power, floppy power, floppy, LED/speaker, and two pairs of internal SCSI and disk power connectors. In the near left corner are the SCSI (U2) and Ethernet (F071) fuses, and the keyboard fuse (F082) is in the rightish near edge. All fuses are 2A, P/N 150-1174. The SBus connectors are in a row from left (slot 1) to right (slot 3) across the middle. The J4/SAX connector is in the near right by the slot 3SBus connector. There are no jumpers. MEM LAYOUT: Memory consists of up to sixteen 1M (501-1408) or 4M (501-1625 or 501-1739) x 9 30-pin 80 or 100ns SIMMs, in four banks. The SIMM slots span the middle of the board, in two columns. Banks must be filled in the order 0, 2, 1, 3, and SIMM types may not be mixed within banks. Nearest disk connectors _______ byte bits _______ U0588 | | 0 24-31 | | U0584 U0587 | 0 | 1 16-23 | 1 | U0591 U0586 | | 2 8-15 | | U0590 U0585 |_______| 3 0-7 |_______| U0589 _______ _______ U0678 | | 0 24-31 | | U0682 U0676 | 2 | 1 16-23 | 3 | U0681 U0683 | | 2 8-15 | | U0680 U0677 |_______| 3 0-7 |_______| U0679 Nearest SBus connectors CONNECTORS: power supply floppy power floppy LED/speaker SCSI (internal) * 2 disk power * 2 SBus * 3 J4/SAX SIMM * 16, 30-pin PORTS: SCSI Ethernet serial ports keyboard/mouse audio LEDS: none JUMPERS: none SWITCHES: none OTHER FEATURES: -- COMPATIBILITY (BOARDS): The 501-1667 Load Board should be installed in systems without disk drives or SBus cards. COMPATIBILITY (ROM): Boot ROM version 2.4 requires at least SunOS 4.1.1. COMPATIBILITY (SUNOS): The SPARCstation 1+ was first supported in SunOS 4.0.3c. Bug 1047696 in the installation of SunOS 4.1.1 and 4.1.1 Rev B causes trouble when mixing 1M and 4M SIMMs. "Install the 4MB SIMMs in bank 0 when installing miniunix." 501-1638 motherboard 16M FCC-A (4/75 (SPARCstation 2)) PROCESSOR: CY7C601 @ 40MHz ARCHITECTURE: sun4c FPU: TI TMS390C601A (602A?) MMU: Sun-4c, 16 hardware contexts MEMORY: 16 SIMM slots for up to 64M CACHE: on-chip EXTERNAL BUS: none BUS: SBus @ 20MHz, three slots, 25 address bits POWER: 3.6A @ +5V (with four 4M SIMMs) LAYOUT: From left to right with component side up and external connector edge toward you, the external connectors are: a female HD50 SCSI connector; an Ethernet connector; two serial ports (ports A and B from left to right); an 8-pin-DIN keyboard/mouse connector; and an audio connector. The boot PROM is in the near middle at location U0501. The NVRAM/TOD/ID chip is to the left of the boot PROM at location U0512. Along the far edge, more or less from left to right, are the floppy power, power, floppy, LED/speaker, and two pairs of internal SCSI and disk power connectors. The SBus connectors are in a row from left (slot 1) to right (slot 3) across the middle. The J0705/SAX connector is in the middle left by the slot 1 SBus connector. Jumper GND1 is a single jumper in the middle right edge. Jumper GND2 is a single jumper in the near left. Jumper GND3 is a single jumper in the near right. Jumper ??? is a block in the near right. MEM LAYOUT: Memory consists of up to sixteen 4M (501-1739) x 9 80ns 30-pin SIMMs, in four banks. Each bank consists of one slot in each group of four. The SIMM slots form two columns in the far half of the board. THERE IS SOME DISPUTE OVER WHICH SLOTS BELONG TO WHICH BANKS, or alternatively what order to fill them. The Sun Field Engineer Handbook for 12/15/93 says that the banks are in order as shown above but doesn't give a fill order. Other sources agree that banks are in order 0, 2, 1, 3, and should be filled in numerical order, which is interestingly equivalent to a *fill* order of 0, 2, 1, 3 with the banks in numerical order as shown -- and that was the fill order of near relatives (the SPARCstation 1 and 1+). Nearest disk connectors bank byte ----U0317---- 3 3 ----U0318---- byte 2 ----U0315---- 2 2 ----U0314---- 1 bits ----U0308---- 1 1 ----U0310---- bits 8-15 ----U0307---- 0 0 ----U0309---- 16-23 byte ----U0316---- 3 3 ----U0319---- byte 3 ----U0320---- 2 2 ----U0313---- 0 bits ----U0321---- 1 1 ----U0312---- bits 0-7 ----U0322---- 0 0 ----U0311---- 24-31 Nearest SBus connectors CONNECTORS: floppy power power supply floppy LED/speaker SCSI (internal) * 2 disk power * 2 SBus * 3 J4/SAX SIMM * 16, 30-pin PORTS: SCSI Ethernet serial ports keyboard/mouse audio LEDS: none JUMPERS: GND1 Unknown GND2 Unknown GND3 Unknown ??? Serial port type Jump left two pins for RS232 serial ports, right two pins for RS423 serial ports. SWITCHES: none OTHER FEATURES: -- COMPATIBILITY (BOARDS): The 501-1667 Load Board should be installed in systems without disk drives or SBus cards. COMPATIBILITY (ROM): -- COMPATIBILITY (SUNOS): The SPARCstation 2 was first supported in SunOS 4.1.1. 501-1650 motherboard FCC-A (3/80) See 501-1401. 501-1656 CPU 8M w/o FPU (4/1xx) PROCESSOR: MB86900 @ 14.28MHz ARCHITECTURE: sun4 FPU: sockets for Weitek 1164/1165 MMU: Sun-4, 16 hardware contexts MEMORY: 32 SIMM slots for up to 32M CACHE: on-chip EXTERNAL BUS: VME (busmaster cards are not supported, and there are hints that only 28 address bits are supported) BUS: P4 POWER: ? LAYOUT: One edge of the board has the three VME connectors. The backplate is (probably) two VME slots high. From left to right with component side up and external connector edge toward you (normal top edge at left), the external connectors are: a keyboard connector; eight LEDs (bit 0 to the right/bottom); a switch to toggle between Normal and Diagnostic modes; an Ethernet connector; two serial ports (B and A from left to right (top/bottom)); a SCSI connector; and a reset button (?). The boot PROMs are in the far right corner at locations U601-U604 (right to left). Nearby, along the right edge, is a 3V battery. The P4 connector is in the middle right, by the divider. The IDPROM is nearer on the right, at location U805. The keyboard fuse F1000 is at grid B2 near the keyboard connector and the Ethernet fuse F1800 is at grid G2 near the Ethernet connector. The sockets for the Weitek 1164/1165 are in the near left corner at locations U201 (1164) and U202 (1165). Jumper J100 is a block in the middle left, with pin 1 the leftmost of the farthest pair. Jumper J101 is a single jumper in the near middle, to the right of J700. Jumper J400 is a block in the far middle, to the right of SIMM bank four, with pin 1 the leftmost of the farthest pair. Jumper J600 is a block in the far right, to the left of the boot PROMs and nearer than P2101, with pin 1 the leftmost of the farthest pair. Jumper J700 is a block int he center, with pin 1 the leftmost of the farthest pair. Jumper J800 is a single jumper in the middle right, just beyond the P4 connector. Jumper J900 is a single jumper in the far right, just beyond the battery. Jumper J1000 is a single jumper in the middle right. Jumper J1300 is a block in the middle, to the right of SIMM bank two, with pin 1 the leftmost of the farthest pair. Jumper J1400 is a block in the middle, to the right of SIMM bank two and beyond J1300, with pin 1 the leftmost of the farthest pair. Jumper J1700 is a single jumper is a single jumper in the near right. Jumper J1701 is a single jumper in the near middle, to the right of J1800. Jumper J1800 is a single jumper in the near middle, to the left of J1701. Jumper J1900 is a block in the middle, to the left of the P4 connector and beyond J1901, with pin 1 the leftmost of the farthest pair. Jumper J1901 is a block in the middle, to the left of the P4 connector and nearer than J1900, with pin 1 the leftmost of the farthest pair. Jumper P2101 is a single jumper in the far right, to the left of the boot PROMs and beyond J600. MEM LAYOUT: Memory consists of four banks of eight 120ns SIMMs, either 256K (501-1314) or 1M (501-1466). The SIMM sockets occupy the middle and left sections of the far half of the board. Valid memory combinations are 8M (all banks 256K), 16M (two banks (2,4) of 1M), 20M (two banks (2,4) of 1M and two banks (1,3) of 1M), or 32M (all banks 1M). Nearest VME connectors _______ _______ | U1515 | | U1615 | | 3 | | 4 | Banks have eight SIMM | | | | slots each. |_______| |_______| J400 _______ _______ | | | | J1400 | 1 | | 2 | | | | | J1300 |_U1500_| |_U1600_| 1-2 J100 3-4 See "Memory-related jumpers" below. CONNECTORS: P4 SIMM * 32, 30-pin PORTS: keyboard/mouse Ethernet: Jumper J1700 controls the Ethernet clock. Jumper J1701 sets the transceiver type. Jumper J1800 controls whether the thin or AUI Ethernet port is active (???). serial ports: Jumper J1000 controls the serial port clock. SCSI LEDS: There are eight diagnostic LEDs. JUMPERS: Memory-related jumpers: Total memory: 8M 16M 20M 32M SIMM size: 256K 1M 256K/1M 1M J100 Cache line 1-2 JU UN JU UN 3-4 UN JU UN JU J400 Memory strobe configuration 1-2 UN JU UN JU 3-4 JU UN UN JU 5-6 JU JU JU UN J1300 SIMM addressing mode 1-2 same JU UN UN JU 3-4 different UN JU JU UN 5-6 256K JU UN JU UN 7-8 1M UN JU UN JU 9-10 2M UN UN UN UN 11-12 <32M JU JU JU UN 13-14 32M UN UN UN JU 15-16 unused UN UN UN UN J1400 SIMM addressing mode 1-2 same JU UN UN JU 3-4 different UN JU JU UN 5-6 256K JU UN UN UN 7-8 1M UN JU JU JU 9-10 2M UN UN UN UN 11-12 <32M JU JU JU UN 13-14 32M UN UN UN JU 15-16 unused UN UN UN UN Other jumpers: J101 Enable 57.1MHz clock JUMPED J600 Boot PROM size 1-2 27512 (512K) boot PROMs DEFAULT 3-4 27256 (256K) boot PROMs J700 1-2 VME interrupt level 1 JUMPED 3-4 VME interrupt level 2 JUMPED 5-6 VME interrupt level 3 JUMPED 7-8 VME interrupt level 4 JUMPED 9-10 VME interrupt level 5 JUMPED 11-12 VME interrupt level 6 JUMPED 13-14 VME interrupt level 7 JUMPED 15-16 unused JUMPED J800 Force reset UNJUMPED J900 Short 3V battery (Erase EEPROM?) UNJUMPED J1000 Enable UART clock JUMPED J1700 Enable Ethernet clock JUMPED J1701 Jump for type-1 Ethernet transceiver, unjump for type-2. J1800 Jump for AUI Ethernet, unjump for thin Ethernet/ autosense. (??? -- no BNC connector shown on diagram!) The Ethernet autosense requires more than 30mA on the +12V return to operate. J1900 1-2 CPU is VME requester only 3-4 CPU is VME requester DEFAULT J1901 1-2 CPU is VME reset slave 3-4 CPU is VME reset master DEFAULT P2101 Enable VME system clock JUMPED SWITCHES: reset (?) OTHER FEATURES: -- COMPATIBILITY (BOARDS): The P4 cgsix color framebuffer (501-1374, 501-1505, 501-1532) requires boot ROM version 3.0 or later to use it as the console. COMPATIBILITY (ROM): Boot ROM version 3.0 or later is required to use the P4 cgsix color framebuffer (501-1374, 501-1505, 501-1532) as the console. COMPATIBILITY (SUNOS): -- 501-1657 CPU 8M with FPU (4/1xx) See 501-1656, except: FPU: Weitek 1164/1165 POWER: 13.8A @ +5V, 0.1A @ -5V 501-1658 CPU 16M w/o FPU (4/1xx) See 501-1656. 501-1659 CPU 16M with FPU (4/1xx) See 501-1657. 501-1660 CPU 32M w/o FPU (4/1xx) See 501-1656. 501-1661 CPU 32M with FPU (4/1xx) See 501-1657. 501-1680 motherboard (4/20 (SPARCstation SLC)) See 501-1627. 501-1686 motherboard 0M (4/6xx) PROCESSOR: MBus modules ARCHITECTURE: sun4m FPU: - MMU: - MEMORY: 32 SIMM slots for up to 512M CACHE: - EXTERNAL BUS: VME BUS: SBus @ 20MHz, four slots, 28 address bits MBus, two slots POWER: 14.27A @ +5V (w/o memory or MBus modules) LAYOUT: One edge of the board has the three VME connectors. From left to right with component side up and external connector edge toward you (normal top edge at left), the external connectors are: eleven LEDs (bit 0 to the right/bottom); a switch to toggle between Normal and Diagnostic modes; a "scan" button; two serial ports (A and B from left to right (top/bottom)); a keyboard/mouse connector; an audio connector; an Ethernet connector; and a HD50 SCSI connector. The boot PROMs are in the near left corner at locations U3001, U3002, U3004, and U3003 (clockwise from far right). The NVRAM chip is in the middle, at location U2701. The serial ports A and B fuses (F2801/F2802) are along the middle of the near edge. The keyboard fuse F2601 is by the keyboard connector, the Ethernet fuse F2301 is by the Ethernet connector, and the SCSI fuse F2201 is by the SCSI connector. The SBus connectors are in a row across the middle of the board, with slot 0 on the left. The MBus connectors are in the far right, with slot 1 farther away and slot 2 closer. Jumper J1701 is a single jumper in the far left, nearer than J1803 and to the left of J1702. Jumper J1702 is a single jumper in the far middle, nearer than J1706 and to the right of J1701. Jumper J1703 is a single jumper in the far middle, between J1702 on the left and J1704 on the right. Jumper J1704 is a single jumper in the far middle, nearer than J1802 and to the right of J1703. Jumper J1705 is a single jumper in the middle, to the left of J3201, nearer than SBus slot 1. Jumper J1706 is a three-pin jumper in the far middle, farther than J1702 and to the right of J1803, near the P2 VME connector, with pin 1 nearest. Jumper J1801 is a block in the far right corner, with pin 1 the nearest of the leftmost pair. Jumper J1802 is a single jumper in the far middle, farther than J1704, near the P2 VME connector. Jumper J1803 is a single jumper in the far left, farther than J1701 and to the left of J1706. Jumper J2202 is a single jumper in the near right corner. Jumper J2602 is a three-pin jumper in the near middle edge, near the keyboard/mouse connector, with pin 1 nearest. Jumper J2603 is a single jumper in the near middle. Jumper J2803 is a three-pin jumper in the near middle, nearer than J2804, with pin 1 nearest. Jumper J2804 is a three-pin jumper in the near middle, farther than J2803, with pin 1 nearest. Jumper J3201 is a single jumper in the near middle, to the right of J1705. MEM LAYOUT: Memory consists of up to thirty-two 4M (501-1739) or 16M (501-2060) x 9 80ns 30-pin SIMMs in two banks of 16 each. Bank 0 is on the left (starts with U1107 nearest, ends with U1401 farthest), bank 1 is on the right (starts with U1108 nearest, ends with U1402 farthest). The banks form two columns in the left and middle sections respectively of the far half of the board. Banks cannot be partially filled. The chart in the FE manual looks like this, for whatever it's worth: Bank 0 Bank 1 U???? LO/HI U???? LO/HI bits near ----- ----- ----- ----- ---- VME U1401 7L1 U1402 7H1 56-63 U1201 7L0 U1202 7H0 56-63 U1403 6L1 U1404 6H1 48-55 U1203 6L0 U1204 6H0 48-55 U1405 5L1 U1406 5H1 40-47 U1205 5L0 U1206 5H0 40-47 U1407 4L1 U1408 4H1 32-39 U1207 4L0 U1208 4H0 32-39 U1301 3L1 U1302 3H1 24-31 U1101 3L0 U1102 3H0 24-31 U1303 2L1 U1304 2H1 16-23 U1103 2L0 U1104 2H0 16-23 U1305 1L1 U1306 1H1 8-15 U1105 1L0 U1106 1H0 8-15 near U1307 0L1 U1308 0H1 0-7 SBus U1107 0L0 U1108 0H0 0-7 ^ | xx0 = LO byte, xx1 = HI byte CONNECTORS: MBus * 2 SBus * 4 SIMM * 32, 30-pin PORTS: serial ports: Jumpers J2803 amnd J2804 control whether the ports are RS232 or RS423. keyboard/mouse: Jumper J2602 controls something to do with the mouse. audio Ethernet SCSI LEDS: There are 12 diagnostic LEDs. JUMPERS: J1701 Enable internal VME arbiter JUMPED J1702 Enable internal VME arbiter JUMPED J1703 Enable internal VME arbiter JUMPED J1704 Enable internal VME arbiter JUMPED J1705 Disable internal VME arbiter UNJUMPED J1706 1-2 Connect P1.SYSRST to VME.RST.IN 2-3 Connect VME.RST.OUT to P1.SYSRST DEFAULT J1801 1-2 Enable VME IRQ7 JUMPED 3-4 Enable VME IRQ6 JUMPED 5-6 Enable VME IRQ5 JUMPED 7-8 Enable VME IRQ4 JUMPED 9-10 Enable VME IRQ3 JUMPED 11-12 Enable VME IRQ2 JUMPED 13-14 Enable VME IRQ1 JUMPED 15-16 unused J1802 Enable 16MHz clock JUMPED J1803 "Enable VME slot-1 functionality" JUMPED J2202 Enable 25MHz ESP-236 clock JUMPED J2602 1-2 mouse TD grounded DEFAULT 2-3 mouse TD enabled J2603 Enable 19MHz serial port clock JUMPED J2803 Serial port standard 1-2 RS232 (-12V) DEFAULT 2-3 RS423 (-5V) J2804 Serial port standard 1-2 RS232 (+12V) DEFAULT 2-3 RS423 (+5V) J3201 Enable 80MHz clock JUMPED SWITCHES: NORM/DIAG NORM Normal boot. DIAG Invoke extended diagnostics on power-up. Diagnostic messages are sent to serial port A at 9600 bps. SCAN OTHER FEATURES: -- COMPATIBILITY (BOARDS): -- COMPATIBILITY (ROM): Boot ROM version 2.8v2 or later is required to use SM41 MBus modules. Boot ROM version 2.10 or later is required to use SM51, SM520, or SM521 MBus modules. COMPATIBILITY (SUNOS): MBus module(s) SunOS/Solaris version -------------- --------------------- SM100 * 1 or 2 SunOS 4.1.2 SM41 * 1 SunOS 4.1.3 SM41 * 2 Solaris 2.1 SM51 * 1 SunOS 4.1.3 SM51 * 2 Solaris 2.1 SM52x * 1 or 2 Solaris 2.3 501-1689 motherboard 8M FCC-A (4/40 (SPARCstation IPC)) PROCESSOR: MB86901A or LSI L64801 @ 25MHz ARCHITECTURE: sun4c FPU: Weitek (?) MMU: Sun-4c MEMORY: 12 SIMM slots for up to 48M CACHE: on-chip EXTERNAL BUS: none BUS: SBus @ 25MHz, two slots, 25 address bits POWER: 3.7A @ +5V (with twelve 4M SIMMs) LAYOUT: From left to right with component side up and external connector edge toward you, the external connectors are: a HD50 SCSI connector; an Ethernet connector; two serial ports (ports B and A from left to right, apparently DE9); a 13W3 video connector; an 8-pin-DIN keyboard/mouse connector; and an audio connector. The boot PROM is in the middle left edge at location U0902. The NVRAM/TOD/ID chip is nearer than the boot PROM, at location U0901. At the far edge, from left to right, are the power, floppy, speaker, and internal SCSI connectors. The Ethernet (F0802) and SCSI (F0801) fuses are in the near left corner, P/N 150-1174. (150-1974 and 150-1162 repsectively may also work?) The keyboard fuse F0901 is by serial port B, P/N 150-1174 (150-1162?). The SBus connectors are in a row across the middle of the board, slot 1 at the left. The J1004/SAX connector is along the middle right edge. Jumper J0710 is a three-pin jumper nearer than SBus slot 1, with pin 1 to the left. Jumper J0960 is a three-pin jumper in the near middle, to the right of J0961, with pin 1 farthest. Jumper J0961 is a three-pin jumper in the near middle, to the left of J0960, with pin 1 farthest. MEM LAYOUT: Memory consists of up to twelve 1M (501-1697) or 4M (501-1625 or 501-1739) x 9 30-pin 80ns SIMMs, in three banks. The banks are in the far left, far right, and middle right, respectively. SIMMs must be identical within banks. If 4M SIMMs are used at all, fill bank 0 with them first. Nearest disk connector _______ _______ byte bits | | | | 0 24-31 | bank0 | | bank1 | 1 16-23 | | | | 2 8-15 |_______| |_______| 3 0-7 _______ | | 0 24-31 | bank2 | 1 16-23 | | 2 8-15 |_______| 3 0-7 Nearest SBus connectors Framebuffer memory. CONNECTORS: power floppy speaker SCSI (internal) SBus * 2 J1004/SAX SIMM * 12, 30-pin PORTS: SCSI Ethernet serial ports: Jumpers J0960 and J0961 control whether the ports are RS232 or RS423. monochrome video: The onboard framebuffer is a bwtwo. The video output levels are analog. The framebuffer is capable of the following resolutions and sync frequencies: 1152 x 900 @ 61.8KHz horizontal, 66Hz vertical 1152 x 900 @ 71.7HKz horizontal, 76Hz vertical 1024 x 800 @ 71.7KHz horizontal, 85Hz vertical 1022 x 1000 @ 81.8KHz horizontal, 76Hz vertical keyboard/mouse audio LEDS: there is one onboard LED, to the left of the speaker connector JUMPERS: J0710 Enable/bypass S4_Video ASIC (501-1974 only?) 1-2 Enable JUMPED 2-3 Bypass J0960 Serial port standard 1-2 RS423 2-3 RS232 J0961 Serial port standard 1-2 RS423 2-3 RS232 SWITCHES: none OTHER FEATURES: -- COMPATIBILITY (BOARDS): SCSI bus errors may occur when multiple SCSI devices are used with boards below 501-1689-06. Boards below 501-1689-07 fail SunDiag floppy drive testing. COMPATIBILITY (ROM): Boot ROM versions 2.4, 2.6, and 2.9 in 2.x mode do not support SunOS 4.0.3c or 4.1. Set the NVRAM parameter "version2?" to FALSE to enable the boot ROM 1.7 mode. COMPATIBILITY (SUNOS): The IPC was first supported in SunOS 4.0.3c. CPU boards with the 53C90A SCSI controller require a patch to operate under SunOS 4.0.3c. Bug 1047696 in the installation of SunOS 4.1.1 and 4.1.1 Rev B causes trouble when mixing 1M and 4M SIMMs. "Install the 4MB SIMMs in bank 0 when installing miniunix." Boot ROM versions 2.4, 2.6, and 2.9 in 2.x mode do not support SunOS 4.0.3c or 4.1. Set the NVRAM parameter "version2?" to FALSE to enable the boot ROM 1.7 mode. 501-1720 4/20 (SPARCstation SLC) motherboard 8M See 501-1627. 501-1733 motherboard FAB 270-1733-12 (SPARCstation 10) PROCESSOR: MBus modules ARCHITECTURE: sun4m FPU: - MMU: - MEMORY: 8 SIMM slots for up to 512M CACHE: - EXTERNAL BUS: none BUS: SBus @ 18/20MHz, four slots, 28 address bits MBus, two slots POWER: ? LAYOUT: From left to right with component side up and external connector edge toward you, the external connectors are: ISDN NT and TE connectors; a parallel connector above an audio/AUI Ethernet connector; a keyboard/mouse connector; a serial port connector (ports A and B in the same connector); a 10BaseT Ethernet connector; and a HD50 SCSI connector. The boot PROM is in the near right at location U1005. The NVRAM/TOD/ID chip is beyond the boot PROM, at location U1004. The power connector is in the far left corner and the floppy and internal SCSI connector is in the far right corner. The speaker fuse F1302, Ethernet fuse F1301, and keyboard fuse F0801 are in a row along the middle near edge. The SCSI fuse F1502 is in the far right corner near the internal SCSI connector. The +12V fuse F1501 is in the middle left edge. All fuses are nonreplaceable PTC devices. In the nearish left is a large square chip, the MSI. For 270-1733-12, it may be either 100-2905-02 (L1A6396) or 100-2905-03 (L1B7596). The SBus and MBus connectors are in two rows across the middle of the board. The leftmost pair are the MBus connectors, with slot 0 closer and slot 1 farther away. SBus slots 0 and 1 are the middle pair, slot 0 closer, and slots 2 and 3 are the rightmost pair, slot 2 closer. There are two connectors, J1201 and J1203, to the right of the SIMM slots, whose purpose is not known. Jumper J0801 is a three-pin jumper in the near middle, beyond and to the left of J0802, with pin 1 to the left. Jumper J0802 is a three-pin jumper in the near middle, nearer than and to the right of J0801, with pin 1 to the left. Jumper J1101 is a single jumper in the near left corner, to the left of J1102. Jumper J1102 is a single jumper in the near left corner, to the right of J1101. Jumper J1401 is a single jumper in the near left. Jumper J1402 is a is a block in the middle right. Jumper J1403 is a three-pin jumper in the near middle, to the left of J0801, with pin 1 to the left. Jumper J1404 is a three-pin jumper in the near middle, beyond J1403, with pin 1 nearest. Jumper J1601 is a single jumper in the middle right edge, near SBus slot 2.. Jumper J1602 is a single jumper in the middle right edge, near SBus slot 3. Jumper J1603 is a single jumper in the near right, by the boot PROM. Jumper J1604 is a single jumper in the middle near edge. Jumper J1703 is a block in the middle near edge, near the SCSI connector. MEM LAYOUT: Memory consists of up to eight 16M (501-1785 or 501-2273) or 64M (501-1930) 70ns SIMMs. The SIMM slots form a column in the far middle. SIMMs must be installed in the order shown in parentheses: Nearest front of machine physical addr J305 --------------------- (7) 0x1C000000-0x1FFFFFFF J304 --------------------- (2) 0x0C000000-0x0FFFFFFF J303 --------------------- (5) 0x18000000-0x1BFFFFFF J302 --------------------- (4) 0x08000000-0x0BFFFFFF J301 --------------------- (6) 0x14000000-0x17FFFFFF J203 --------------------- (3) 0x04000000-0x07FFFFFF J202 --------------------- (8) 0x10000000-0x13FFFFFF J201 --------------------- (1) 0x00000000-0x03FFFFFF Nearest SBus connectors This would appear to mean that when using 16M SIMMs, memory is not physically contiguous, and that 16M and 64M SIMMs can be installed in any mixture. CONNECTORS: MBus * 2 SBus * 4 power SCSI/floppy SIMM * 8 PORTS: ISDN parallel audio/AUI Ethernet keyboard/mouse serial ports: Jumpers J0801 and J0802 control whether the ports are RS232 or RS423. 10baseT Ethernet SCSI LEDS: none JUMPERS: J0801 Serial port standard 1-2 RS232 (+12V) 2-3 RS423 (+5V) J0802 Serial port standard 1-2 RS232 (-12V) 2-3 RS423 (-5V) J1101 Enable 100-ohm ISDN TE termination UNJUMPED J1102 Enable 100-ohm ISDN TE termination UNJUMPED J1401 Select clock Jumped for 72MHz, unjumped for 80MHz. J1402 JTAG test point UNJUMPED J1403 Select clock 1-2 80MHz 2-3 72MHz J1404 Select clock 1-2 80MHz 2-3 72MHz J1601 GND test points J1602 J1603 J1604 J1703 Manufacturing jumpers 1-2 mousei UNJUMPED 3-4 kbdi UNJUMPED 5-6 kbdo UNJUMPED 7-8 edgeon UNJUMPED 9-10 ptxdb UNJUMPED 11-12 prxdb UNJUMPED 13-14 ptxda UNJUMPED 15-16 prxda UNJUMPED 17-18 tpe<0> UNJUMPED 19-20 tpe<1> UNJUMPED 21-22 tpe<2> UNJUMPED 23-24 tpe<3> UNJUMPED SWITCHES: none OTHER FEATURES: SPARCstation 10 motherboards come in three fab versions: 270-1733-12, 270-1733-13, and 270-1733-14, which have minor layout differences from each other. The 501-1733 part comes in fabs 270-1733-12 and 270-1733-13 only. TERMPWR on the internal SCSI bus is not connected to TERMPWR on the external SCSI bus and may in fact be grounded; see below. COMPATIBILITY (BOARDS): When two 501-2358 SM40 MBus modules are installed, boot ROM version 2.12 is required. Internal SCSI disk drives should have TERMPWR disabled. If it is not and a second MBus module is added, any internal disk drives with PTC protection may trip the power supply overcurrent protection when powering up. Also, the internal cable 530-1874-02 has TERMPWR grounded, which may trip the power supply overcurrent protection with PTC-protected disks and blow fuses on fuse-protected disks. The GT and ZX framebuffer options are not supported on boards with MSI 100-2905-02 (labelled "LSI Logic L1A6396"). They are only supported on board with MSI 100-2905-03 (labelled "LSI Logic L1B7596"). COMPATIBILITY (ROM): Boot ROM version 2.12 is required to install two 501-2358 SM40 MBus modules. COMPATIBILITY (SUNOS): MBus module(s) SunOS/Solaris version -------------- --------------------- SM30 * 1 SunOS 4.1.3 SM40 * 1 SunOS 4.1.3 SM40 * 2 Solaris 2.2 SM41 * 1 SunOS 4.1.3 SM41 * 2 Solaris 2.1 SM51 * 1 SunOS 4.1.3 SM51 * 2 Solaris 2.1 SM52x * 1 or 2 Solaris 2.3 501-1733 motherboard FAB 270-1733-13 (SPARCstation 10) See 501-1733, FAB 270-1733-12 except: LAYOUT: Layout and memory is the same except for the jumpers (most of them are the same, too): Jumper J0801 is a three-pin jumper in the near middle, beyond and to the left of J0802, with pin 1 to the left. Jumper J0802 is a three-pin jumper in the near middle, nearer than and to the right of J0801, with pin 1 to the left. Jumper J1101 is a single jumper in the near left corner, to the left of J1102. Jumper J1102 is a single jumper in the near left corner, to the right of J1101. Jumper J1401 is a three-pin jumper in the near left, with pin 1 to the right. Jumper J1402 is a is a block in the middle right. Jumper J1601 is a single jumper in the middle right edge, near SBus slot 2.. Jumper J1602 is a single jumper in the middle right edge, near SBus slot 3. Jumper J1603 is a single jumper in the near right, by the boot PROM. Jumper J1604 is a single jumper in the middle near edge. Jumper J1703 is a block in the middle near edge, near the SCSI connector. JUMPERS: J0801 1-2 RS232 (+12V) 2-3 RS423 (+5V) J0802 1-2 RS232 (-12V) 2-3 RS423 (-5V) J1101 Enable 100-ohm ISDN TE termination UNJUMPED J1102 Enable 100-ohm ISDN TE termination UNJUMPED J1401 Select clock 1-2 80MHz 2-3 72MHz J1402 JTAG test point UNJUMPED J1601 GND test points J1602 J1603 J1604 J1703 Manufacturing jumpers 1-2 mousei UNJUMPED 3-4 kbdi UNJUMPED 5-6 kbdo UNJUMPED 7-8 edgeon UNJUMPED 9-10 ptxdb UNJUMPED 11-12 prxdb UNJUMPED 13-14 ptxda UNJUMPED 15-16 prxda UNJUMPED 17-18 tpe<0> UNJUMPED 19-20 tpe<1> UNJUMPED 21-22 tpe<2> UNJUMPED 23-24 tpe<3> UNJUMPED SWITCHES: none 501-1742 CPU 32M (4/3xx) See 501-1316, except: COMPATIBILITY (BOARDS): The 501-1371 P4 cgeight framebuffer must be -04 or later for use with this board. COMPATIBILITY (SUNOS): -- 501-1744 motherboard 0M FCC-A (4/75 (SPARCstation 2)) See 501-1638. 501-1748 motherboard 0M (4/20 (SPARCstation SLC)) See 501-1627. 501-1780 motherboard 16M (4/50 (SPARCstation IPX)) PROCESSOR: Fujitsu MB86903 (or Weitek W8701 ?) @ 40MHz ARCHITECTURE: sun4c FPU: ? MMU: Sun-4c, 8 hardware contexts MEMORY: 4 SIMM slots for up to 64M CACHE: on-chip EXTERNAL BUS: none BUS: SBus @ 20MHz, two slots, 25 address bits POWER: 3.8A @ +5V, 0.4A @ +12V (with four 4M SIMMs) 4.4A @ +5V, 0.4A @ +12V (with four 16M SIMMs) LAYOUT: From left to right with component side up and external connector edge toward you, the external connectors are: a HD50 SCSI connector; an Ethernet connector; two serial ports (ports B and A from left to right, apparently DE9); a 13W3 video connector; an 8-pin-DIN keyboard/mouse connector; and an audio connector. The boot PROM is along the middle left edge at location U0501. The NVRAM/TOD/ID chip is beyond the boot PROM at location U0512. At the far edge, from left to right, are the power, floppy, speaker, and internal SCSI connectors. In the far left corner are the keyboard (F0602) and Ethernet (F0404) fuses, and the SCSI fuse (F0403) is in the middle far edge. The fuses are not field-replaceable. The SBus connectors are in a row across the middle of the board, slot 1 at the left. The J0705/SAX connector is in the middle left. Jumper J0502 is a three-pin jumper in the near left, to the left of J0503, with pin 1 farthest. Jumper J0503 is a three-pin jumper in the near left, to the right of J0502, with pin 1 farthest. MEM LAYOUT: Memory consists of up to four 4M (501-1812) or 16M (501-1822 or 501-1915) x 33 72-pin SIMMs. The SIMM slots are in the far right. SIMM types may be mixed, and should be installed according to the table below. The slots are numbered in order from U0307 to U0310 going away from the SBus connectors, so the first SIMM installed on an empty board should always be as far as possible from the SBus connectors. total RAM U0310 U0309 U0308 U0307 --------- ----- ----- ----- ----- 8M 4M 4M 12M 4M 4M 4M 16M 4M 4M 4M 4M 16M 16M 20M 16M 4M 24M 16M 4M 4M 28M 16M 4M 4M 4M 32M 16M 16M 36M 16M 16M 4M 40M 16M 16M 4M 4M 48M 16M 16M 16M 52M 16M 16M 16M 4M 64M 16M 16M 16M 16M Framebuffer memory. CONNECTORS: power floppy speaker SCSI (internal) SBus * 2 J0705/SAX SIMM * 4, 72-pin PORTS: SCSI Ethernet serial ports: Jumpers J0502 and J0503 control whether the ports are RS232 or RS423. color video: The onboard framebuffer is 8-bit color. The video output levels are analog. The framebuffer is capable of the following resolutions and sync frequencies: 1152 x 900 @ 61.8KHz horizontal, 66Hz vertical 1152 x 900 @ 71.7HKz horizontal, 76Hz vertical 1024 x 800 @ 71.7KHz horizontal, 85Hz vertical 1022 x 1000 @ 81.8KHz horizontal, 76Hz vertical keyboard/mouse audio LEDS: none JUMPERS: J0502 Serial port standard 1-2 RS423 2-3 RS232 J0503 Serial port standard 1-2 RS423 2-3 RS232 SWITCHES: none OTHER FEATURES: -- COMPATIBILITY (BOARDS): -- COMPATIBILITY (ROM): -- COMPATIBILITY (SUNOS): The IPX was first supported in SunOS 4.1.1. CPU boards with the 100-2770-02 LSC L1A6341 ASIC are subject to bugs 1055265, 1057110, and 1057243 under SunOS 4.1.1 and 4.1.1 Rev B. The IPX supplement fixes these bugs, and was rolled into SunOS 4.1.2. Note that bug 1047696 in the installation of SunOS 4.1.1 and 4.1.1 Rev B causes trouble when mixing 4M and 16M SIMMs. "Install the 16MB SIMM in U0310 when installing miniunix." 501-1810 motherboard 0M (4/50 (SPARCstation IPX)) See 501-1780. 501-1835 motherboard 8M FCC-B (4/40 (SPARCstation IPC)) See 501-1689, except: COMPATIBILITY (BOARDS): -- 501-1858 motherboard 16M FCC-B (4/75 (SPARCstation 2)) See 501-1638. 501-1859 motherboard 0M FCC-B (4/75 (SPARCstation 2)) See 501-1638. 501-1861 motherboard 0M (4/25 (SPARCstation ELC)) PROCESSOR: Fujitsu MB86903 (or Weitek W8701 ?) @ 33MHz ARCHITECTURE: sun4c FPU: ? MMU: Sun-4c, 8 hardware contexts MEMORY: 4 SIMM slots for up to 64M CACHE: on-chip EXTERNAL BUS: custom BUS: none POWER: ? LAYOUT: The 4/25 chassis is combined with its monitor. The motherboard is an unusual shape because it resides in a vertical slot in the case behind the monitor tube. It slides in from the top with the component side facing toward the front of the machine. With component side up and the SIMM slots on the right (normal top edge at the top), on the bottom edge is an edge connector which supplies power and connects the CPU to the signal connectors mounted on a separate board on the rear of the monitor chassis. The boot PROM is in the upper left at location U0806. The NVRAM is in the upper right corner, to the right of the boot PROM, at location U0813. SCSI fuse F0701 and Ethernet fuse F0901 are toward the left bottom, near the edge connector, and are both non-replaceable PTC devices. There are no jumpers. MEM LAYOUT: Memory consists of up to four 4M (501-1812 or 501-1698) or 16M (501-1822) x 33 72-pin SIMMs. SIMM types may be mixed, and should be installed according to the table below. The slots are numbered in order from U0407 to U0410 going away from the edge of the board, so the first SIMM installed on an empty board should always be closest to the edge. total RAM U0407 U0408 U0409 U0410 --------- ----- ----- ----- ----- 8M 4M 4M 12M 4M 4M 4M 16M 4M 4M 4M 4M 16M 16M 20M 16M 4M 24M 16M 4M 4M 28M 16M 4M 4M 4M 32M 16M 16M 36M 16M 16M 4M 40M 16M 16M 4M 4M 48M 16M 16M 16M 52M 16M 16M 16M 4M 64M 16M 16M 16M 16M Framebuffer memory. CONNECTORS: power/signal SIMM * 4, 72-pin PORTS: none LEDS: none JUMPERS: none SWITCHES: none OTHER FEATURES: -- COMPATIBILITY (BOARDS): -- COMPATIBILITY (ROM): -- COMPATIBILITY (SUNOS): The ELC was first supported in SunOS 4.1.1c. Bug 1047696 in the installation of SunOS 4.1.1 and 4.1.1 Rev B causes trouble when mixing 4M and 16M SIMMs. "Install the 16MB SIMM in U0407 when installing miniunix." 501-1866 motherboard 0M (SPARCcenter 2000) PROCESSOR: MBus modules ARCHITECTURE: sun4d FPU: - MMU: - MEMORY: 16 SIMM slots for up to 512M CACHE: - EXTERNAL BUS: XDBus * 2 BUS: SBus @ 20MHz, four slots, 28 address bits MBus, two slots POWER: ? LAYOUT: One edge of the board has the two XDBus connectors. From left to right with component side up and external connector edge toward you, the external connectors are: nine LEDs (PA, PB, and bits 7-0 from left to right); a serial port (port A); a keyboard/mouse connector; and a second serial port (port B). The boot PROMs are along the near left edge at locations U1206, U1204, U1201, and U1200 (farthest to nearest). The NVRAM chip is to the right of boot PROM U1206, at location U1205. The keyboard fuse (a PTC device) is by the keyboard/mouse connector at F1500. The SBus connectors are in a row across the middle of the board, with slot 0 on the left. There are two fuses or PTCs at locations F0300 and F0200, on the left and right ends of the row of SBus connectors respectively; FAB 270-1866-03 uses fuses and FAB 270-1866-04 uses PTCs. The MBus connectors are along the left edge, beyond the SBus connectors; slot 1 ("SPARC Module A") is nearer and slot 2 ("SPARC Module B") is farther. Jumper J1400 is a three-pin jumper in the near left, to the left of J1401, with pin 1 nearest. Jumper J1401 is a three-pin jumper in the near left, to the right of J1400, with pin 1 nearest. Jumper J1501 is a three-pin jumper in the middle near edge, near the keyboard/mouse connector, with pin 1 to the right. MEM LAYOUT: Memory is in the form of up to sixteen 8M (501-1817) or 32M (501-2196) 70ns SIMMs, in interleaved banks of eight, with half of each bank attached to each XDBus. The SIMM slots form a column in the middle and far right. The minimum memory configuration is eight SIMMs in bank 0, and banks cannot be partially filled. nearest XDBus connectors ----U3900---- 1 XDBus: 0 ----U4300---- 0 0 ----U3700---- 1 0 ----U4100---- 0 0 ----U3800---- 1 0 ----U4200---- 0 0 ----U3600---- 1 0 ----U4000---- 0 0 ----U4700---- 1 1 ----U5100---- 0 1 ----U4500---- 1 1 ----U4900---- 0 1 ----U4600---- 1 1 ----U5000---- 0 1 ----U4400---- 1 1 ----U4800---- 0 1 nearest SBus connectors CONNECTORS: MBus * 2 SBus * 4 SIMM * 16 PORTS: serial ports: Jumpers J1400 and J1401 control whether the ports are RS232 or RS423. keyboard/mouse LEDS: There are nine diagnostic LEDs. JUMPERS: J1400 Serial port standard 1-2 RS423 (+5V) 2-3 RS232 (+12V) J1401 Serial port standard 1-2 RS423 (-5V) 2-3 RS232 (-12V) J1501 1-2 factory use only 2-3 DEFAULT SWITCHES: none OTHER FEATURES: The SPARCcenter 2000 can have multiple motherboards, up to 10. They are interconnected via the XDBuses. Guide pins were added to the SPARCcenter 2000 XDBus backplane starting in November 1993. Remove the screws on the inside ends of the motherboard XDBus connectors before installing it in a backplane with guide pins. The 501-1866 can access only 1M of cache. COMPATIBILITY (BOARDS): -- COMPATIBILITY (ROM): The highest-revision boot ROM should be installed in motherboard 0. COMPATIBILITY (SUNOS): The SPARCcenter 2000 was first supported by Solaris 2.2 (SunOS 5.2). Solaris 2.2 supports up to five system boards, or eight MBus modules on four system boards. Solaris 2.3 supports up to the full complement of twenty MBus modules on ten system boards. 501-1870 motherboard 8M FCC-B (4/40 (SPARCstation IPC)) See 501-1835. 501-1899 CPU (4/4xx) See 501-1381, except: PORTS: serial ports: Pin 25 of the ports is not connected. keyboard/mouse Ethernet COMPATIBILITY (BOARDS): The 501-1721 128M memory board requires boot ROM version 3.0 or later. The 501-1537/1538 VX/MVX Visualization Accelerator requires boot ROM version 4.1.1 or later when used as the console. COMPATIBILITY (SUNOS): SNC 1.2 for Solaris 1.1 requires the 501-1899-01. 501-1912 motherboard 32M FCC-B (4/75 (SPARCstation 2)) See 501-1638. 501-1926 motherboard 32M FCC-B (4/75 (SPARCstation 2)) See 501-1638, except: LAYOUT: There are minor layout diferences, but all major features and jumpers appear to be in the same place. Memory is the same. 501-1959 motherboard 16M (4/50 (SPARCstation IPX)) See 501-1780. 501-1974 motherboard (4/40 (SPARCstation IPC)) See 501-1835. 501-1989 motherboard 16M FCC-B (4/75 (SPARCstation 2)) See 501-1926. 501-1995 motherboard 0M FCC-B (4/75 (SPARCstation 2)) See 501-1926. 501-2031 motherboard 32M (4/30 (SPARCstation LX/ZX)) PROCESSOR: microSPARC @ 50MHz ARCHITECTURE: sun4m FPU: ? MMU: ? MEMORY: 6 SIMM slots for up to 96M CACHE: on-chip EXTERNAL BUS: custom BUS: SBus @ 20MHz, two slots, 28 address bits POWER: ? LAYOUT: One edge of the board has edge connectors which connect to a separate board which has the actual rear panel signal connectors. All directions below are given assuming component side up and the edge connectors toward you. The boot PROM is a PLCC, not field-replaceable, in the near left corner at location U0701. The NVRAM is beyond the boot PROM at location U0707. Ethernet fuse F2001 and SCSI TERMPWR fuse F0601 are in the near left corner. Keyboard fuse F2001 and audio fuse F2003 are in the middle near edge. Along the far edge, more or less from left to right, are the speaker/LED, power, floppy, and internal SCSI connectors. The SBus connectors are in a row across the middle of the board, slot 1 at the left. Jumper J1801 is a three-pin jumper in the near right corner, to the left of J1802, with pin 1 nearest. Jumper J1802 is a three-pin jumper in the near right corner, to the right of J1801, with pin 1 nearest. MEM LAYOUT: Memory consists of up to six 4M (501-1991) or 16M (501-2059) SIMMs. The SIMM slots are in the far right. SIMMs must be installed in pairs. SIMM types may be mixed, and should be installed according to the table below. The slots are shown in order from U0304 nearest the SBus slots to U0401 nearest the internal SCSI connector. bank1 bank2 bank3 bank1 bank2 bank3 total RAM U0304 U0301 U0402 U0303 U0302 U0401 --------- ----- ----- ----- ----- ----- ----- 16M 4M 4M 4M 4M 24M 4M 4M 4M 4M 4M 4M 32M 16M 16M 40M * 4M 16M 4M 16M 48M * 4M 4M 16M 4M 4M 16M 48M 16M 4M 4M 16M 4M 4M 64M 16M 16M 16M 16M 72M * 4M 16M 16M 4M 16M 16M 96M 16M 16M 16M 16M 16M 16M Rows marked with '*' do not work under SunOS 4.1.3c, which requires that bank 1 must have 16M SIMMs if there are any in the system. 1M built-in VRAM for the onboard color framebuffer. A 1M (501-2061) VSIMM may be installed at U1301 on the left, parallel to the left edge, to bring VRAM to 2M. CONNECTORS: speaker/LED power floppy SCSI (internal) SBus * 2 SIMM * 6 VSIMM PORTS: none LEDS: none JUMPERS: J1801 Enable 100-ohm ISDN TE termination 1-2 enabled DEFAULT 2-3 disabled J1802 Enable 100-ohm IDSN TE termination 1-2 enabled DEFAULT 2-3 disabled SWITCHES: none OTHER FEATURES: The onboard framebuffer is color. The video output levels are analog. The framebuffer is capable of the following resolutions and sync frequencies: 1152 x 900 @ 61.8KHz horizontal, 66Hz vertical 1152 x 900 @ 71.7KHz horizontal, 76Hz vertical 1024 x 768 @ 61.8KHz horizontal, 77Hz vertical 1280 x 1024 (?) 67Hz vertical 1280 x 1024 (?) 76Hz vertical 1600 x 1280 @ 71.7KHz horizontal, 76Hz vertical COMPATIBILITY (BOARDS): -- COMPATIBILITY (ROM): -- COMPATIBILITY (SUNOS): The SPARCstation LX/ZX was first supported in SunOS 4.1.3c. 501-2032 motherboard 16M (4/30 (SPARCstation LX/ZX)) See 501-2031. 501-2044 motherboard 0M (4/50 (SPARCstation IPX)) See 501-1780. 501-2055 motherboard 0M (4/6xx) See 501-1686, except: LAYOUT: There are minor layout diferences, but all major features and jumpers appear to be in the same place. Memory is the same. 501-2079 motherboard 4M (4/10 (SPARCclassic X)) PROCESSOR: microSPARC @ 50MHz ARCHITECTURE: sun4m FPU: ? MMU: ? MEMORY: 6 SIMM slots for up to 96M CACHE: on-chip EXTERNAL BUS: custom BUS: SBus @ 20MHz, two slots, 28 address bits POWER: ? LAYOUT: One edge of the board has edge connectors which connect to a separate board which has the actual rear panel signal connectors. All directions below are given assuming component side up and the edge connectors toward you. The boot PROM is a PLCC, not field-replaceable, toward the middle left edge at location U0701. The NVRAM is to the left of the boot PROM at location U0707. Ethernet fuse F1703 and keyboard fuse F1701 are in the near left corner. The SCSI TERMPWR fuse F0601 is in the near right. All fuses are non-replaceable PTC devices. Along the far edge, from left to right, are the power, speaker/LED, floppy, and internal SCSI connectors. The SBus connectors are in a row across the middle of the board, slot 1 at the left. There are no jumpers. MEM LAYOUT: Memory consists of up to six 1M (501-2289), 2M (501-2433), 4M (501-1991), or 16M (501-2059) 60ns SIMMs. The SIMM slots are in the far right. SIMMs must be installed in pairs. SIMM types may be mixed, and should be installed according to the table below. The slots are shown in order from U0304 nearest the SBus slots to U0401 nearest the internal SCSI connector. bank1 bank2 bank3 bank1 bank2 bank3 total RAM U0304 U0301 U0402 U0303 U0302 U0401 --------- ----- ----- ----- ----- ----- ----- 8M 1M 1M 2M 1M 1M 2M 8M 2M 2M 2M 2M 8M 4M 4M 12M 1M 1M 4M 1M 1M 4M 12M 2M 4M 2M 4M 12M 2M 2M 2M 2M 2M 2M 16M 4M 4M 4M 4M 16M 2M 2M 4M 2M 2M 4M 20M 2M 4M 4M 2M 4M 4M 24M 4M 4M 4M 4M 4M 4M 32M 16M 16M 36M 1M 1M 16M 1M 1M 16M 36M 2M 16M 2M 16M 40M 2M 2M 16M 2M 2M 16M 40M * 4M 16M 4M 16M 44M 2M 4M 16M 2M 4M 16M 48M * 4M 4M 16M 4M 4M 16M 64M 16M 16M 16M 16M 72M * 4M 16M 16M 4M 16M 16M 96M 16M 16M 16M 16M 16M 16M Rows marked with '*' do not work under SunOS 4.1.3c, which requires that bank 1 must have 16M SIMMs if there are any in the system. Framebuffer memory. CONNECTORS: speaker/LED power floppy SCSI (internal) SBus * 2 SIMM * 6 PORTS: none LEDS: none JUMPERS: none SWITCHES: none OTHER FEATURES: The onboard framebuffer is color. The video output levels are analog. The framebuffer is capable of the following resolutions and sync frequencies: 1152 x 900 @ 61.8KHz horizontal, 66Hz vertical 1152 x 900 @ 71.7KHz horizontal, 76Hz vertical 1024 x 768 @ 61.8KHz horizontal, 77Hz vertical COMPATIBILITY (BOARDS): -- COMPATIBILITY (ROM): -- COMPATIBILITY (SUNOS): The SPARCclassic X was first supported in SunOS 4.1.3c. 501-2200 motherboard 16M (4/15 (SPARCclassic)) PROCESSOR: microSPARC @ 50MHz ARCHITECTURE: sun4m FPU: ? MMU: ? MEMORY: 6 SIMM slots for up to 96M CACHE: on-chip EXTERNAL BUS: custom BUS: SBus @ 20MHz, two slots, 28 address bits POWER: ? LAYOUT: One edge of the board has edge connectors which connect to a separate board which has the actual rear panel signal connectors. All directions below are given assuming component side up and the edge connectors toward you. The boot PROM is a PLCC, not field-replaceable, toward the middle left edge at location U0701. The NVRAM is to the left of the boot PROM at location U0707. Ethernet fuse F1703 and keyboard fuse F1701 are in the near left corner. The SCSI TERMPWR fuse F0601 is in the near right. All fuses are non-replaceable PTC devices. Along the far edge, from left to right, are the power, speaker/LED, floppy, and internal SCSI connectors. The SBus connectors are in a row across the middle of the board, slot 1 at the left. There are no jumpers. MEM LAYOUT: Memory consists of up to six 4M (501-1991) or 16M (501-2059) 60ns SIMMs. The SIMM slots are in the far right. SIMMs must be installed in pairs. SIMM types may be mixed, and should be installed according to the table below. The slots are shown in order from U0304 nearest the SBus slots to U0401 nearest the internal SCSI connector. bank1 bank2 bank3 bank1 bank2 bank3 total RAM U0304 U0301 U0402 U0303 U0302 U0401 --------- ----- ----- ----- ----- ----- ----- 16M 4M 4M 4M 4M 24M 4M 4M 4M 4M 4M 4M 32M 16M 16M 40M * 4M 16M 4M 16M 48M * 4M 4M 16M 4M 4M 16M 48M 16M 4M 4M 16M 4M 4M 64M 16M 16M 16M 16M 72M * 4M 16M 16M 4M 16M 16M 96M 16M 16M 16M 16M 16M 16M Rows marked with '*' do not work under SunOS 4.1.3c, which requires that bank 1 must have 16M SIMMs if there are any in the system. Framebuffer memory. CONNECTORS: speaker/LED power floppy SCSI (internal) SBus * 2 SIMM * 6 PORTS: none LEDS: none JUMPERS: none SWITCHES: none OTHER FEATURES: The onboard framebuffer is color. The video output levels are analog. The framebuffer is capable of the following resolutions and sync frequencies: 1152 x 900 @ 61.8KHz horizontal, 66Hz vertical 1152 x 900 @ 71.7KHz horizontal, 76Hz vertical 1024 x 768 @ 61.8KHz horizontal, 77Hz vertical COMPATIBILITY (BOARDS): -- COMPATIBILITY (ROM): -- COMPATIBILITY (SUNOS): The SPARCclassic was first supported in SunOS 4.1.3c. 501-2233 motherboard 0M (4/30 (SPARCstation LX/ZX)) See 501-2031. 501-2259 motherboard FAB 270-1733-12 (SPARCstation 10) See 501-1733 FAB 270-1733-12, except: OTHER FEATURES: SPARCstation 10 motherboards come in three fab versions: 270-1733-12, 270-1733-13, and 270-1733-14, which have minor layout differences from each other. The 501-2259 part comes in fabs 270-1733-12 and 270-1733-13 only. TERMPWR on the internal SCSI bus is not connected to TERMPWR on the external SCSI bus and may in fact be grounded; see notes under 501-1733 FAB 270-1733-12. 501-2259 motherboard FAB 270-1733-13 (SPARCstation 10) See 501-1733 FAB 270-1733-13, except: OTHER FEATURES: SPARCstation 10 motherboards come in three fab versions: 270-1733-12, 270-1733-13, and 270-1733-14, which have minor layout differences from each other. The 501-2259 part comes in fabs 270-1733-12 and 270-1733-13 only. TERMPWR on the internal SCSI bus is not connected to TERMPWR on the external SCSI bus and may in fact be grounded; see notes under 501-1733 FAB 270-1733-12. 501-2262 motherboard 0M (4/10 or 4/15 (SPARCclassic X or SPARCclassic)) See 501-2079 or 501-2200, respectively. 501-2274 motherboard 0M FAB 270-1733-12 (SPARCstation 10 model 20) See 501-1733 FAB 270-1733-12, except: BUS: SBus @ 16.6/20MHz, four slots, 28 address bits MBus, two slots JUMPERS: J1401 Select clock Jumped for 66MHz, unjumped for 80MHz. J1403 Select clock 1-2 80MHz 2-3 66MHz J1404 Select clock 1-2 80MHz 2-3 66MHz OTHER FEATURES: SPARCstation 10 motherboards come in three fab versions: 270-1733-12, 270-1733-13, and 270-1733-14, which have minor layout differences from each other. The 501-2274 part comes in fabs 270-1733-12 and 270-1733-13 only. TERMPWR on the internal SCSI bus is not connected to TERMPWR on the external SCSI bus and may in fact be grounded; see below. COMPATIBILITY (BOARDS): Internal SCSI disk drives should have TERMPWR disabled. If it is not and a second MBus module is added, any internal disk drives with PTC protection may trip the power supply overcurrent protection when powering up. Also, the internal cable 530-1874-02 has TERMPWR grounded, which may trip the power supply overcurrent protection with PTC-protected disks and blow fuses on fuse-protected disks. The GT and ZX framebuffer options are not supported on boards with MSI 100-2905-02 (labelled "LSI Logic L1A6396"). They are only supported on board with MSI 100-2905-03 (labelled "LSI Logic L1B7596"). COMPATIBILITY (ROM): -- COMPATIBILITY (SUNOS): MBus module(s) SunOS/Solaris version -------------- --------------------- SM20 * 1 SunOS 4.1.3 501-2274 motherboard 0M FAB 270-1733-13 (SPARCstation 10 model 20) See 501-1733 FAB 270-1733-13, except: BUS: SBus @ 16.6/20MHz, four slots, 28 address bits MBus, two slots JUMPERS: J1401 Select clock 1-2 80MHz 2-3 66MHz OTHER FEATURES: SPARCstation 10 motherboards come in three fab versions: 270-1733-12, 270-1733-13, and 270-1733-14, which have minor layout differences from each other. The 501-2274 part comes in fabs 270-1733-12 and 270-1733-13 only. TERMPWR on the internal SCSI bus is not connected to TERMPWR on the external SCSI bus and may in fact be grounded; see below. COMPATIBILITY (BOARDS): Internal SCSI disk drives should have TERMPWR disabled. If it is not and a second MBus module is added, any internal disk drives with PTC protection may trip the power supply overcurrent protection when powering up. Also, the internal cable 530-1874-02 has TERMPWR grounded, which may trip the power supply overcurrent protection with PTC-protected disks and blow fuses on fuse-protected disks. The GT and ZX framebuffer options are not supported on boards with MSI 100-2905-02 (labelled "LSI Logic L1A6396"). They are only supported on board with MSI 100-2905-03 (labelled "LSI Logic L1B7596"). COMPATIBILITY (ROM): -- COMPATIBILITY (SUNOS): MBus module(s) SunOS/Solaris version -------------- --------------------- SM20 * 1 SunOS 4.1.3 501-2313 4/10 (SPARCclassic X) motherboard 8M See 501-2262. 501-2326 4/15 (SPARCclassic) motherboard 32M See 501-2262. 501-2334 SPARCcenter 2000 motherboard XDBus 0M See 501-1866, except: LAYOUT: Minor differences from 501-1866, but all major features in the same place, and memory is the same. The largest visible difference is that F0300 and F0200 are always PTCs instead of fuses. OTHER FEATURES: The SPARCcenter 2000 can have multiple motherboards, up to 10. They are interconnected via the XDBuses. Guide pins were added to the SPARCcenter 2000 XDBus backplane starting in November 1993. Remove the screws on the inside ends of the motherboard XDBus connectors before installing it in a backplane with guide pins. 501-2336 motherboard 0M (SPARCserver 1000) PROCESSOR: MBus modules ARCHITECTURE: sun4d FPU: - MMU: - MEMORY: 16 SIMM slots for up to 512M CACHE: - EXTERNAL BUS: XDBus BUS: SBus @ 20MHz, three slots, 28 address bits MBus, two slots POWER: ? LAYOUT: One edge of the board has the XDBus connector, on a slight extension of the board. From left to right with component side up and external connector edge toward you, the external connectors are: nine LEDs (PA, PB, and bits 7-0 from left to right); a serial port (port A); a keyboard/mouse connector; a second serial port (port B); a female HD50 SCSI connector; and a 10baseT Ethernet connector. The boot PROMs are in the near left corner at locations U1000-U1004 (from right to left). The TOD chip is just to the right of the boot PROMs at location U1007. The SBus connectors are in a row across the middle of the board, with slot 1 on the left. The MBus connectors are on the left side, to the left of SBus slot 1; slot 1 ("Module A") is farther and slot 2 ("Module B") is nearer. Jumper J1200 is a three-pin jumper in the near middle, farther than J1201, with pin 1 on the left. Jumper J1201 is a three-pin jumper in the near middle, nearer than J1200, with pin 1 on the left. MEM LAYOUT: Memory is in the form of up to sixteen 8M (501-1817) or 32M (501-2196) 70ns SIMMs, in interleaved banks of four. The SIMM slots form two columns in the far middle and right. The minimum memory configuration is four SIMMs in bank 0, and banks cannot be partially filled. nearest XDBus connector bank ----J4100---- 3 3 ----J4300??-- ----J3700---- 2 2 ----J3900---- ----J3300---- 1 1 ----J3500---- ----J2900---- 0 0 ----J3100---- ----J4000??-- 3 3 ----J4200---- ----J3600---- 2 2 ----J3800---- ----J3200---- 1 1 ----J3400---- ----J2800---- 0 0 ----J3000---- nearest SBus connectors CONNECTORS: MBus * 2 SBus * 3 SIMM * 16 PORTS: serial ports: Jumpers J1200 and 1201 control whether the ports are RS232 or RS423. keyboard/mouse SCSI 10baseT Ethernet LEDS: There are nine diagnostic LEDs. JUMPERS: J1200 Serial port standard 1-2 RS423 (+5V) 2-3 RS232 (+12V) J1201 Serial port standard 1-2 RS423 (-5V) 2-3 RS232 (-12V) SWITCHES: none OTHER FEATURES: The SPARCserver 1000 can have multiple motherboards, up to 4. They are interconnected via the XDBus. Guide pins were added to the SPARCserver 1000 XDBus backplane starting in December 1993. Remove the screws on either end of the motherboard XDBus connector before installing it in a backplane with guide pins. COMPATIBILITY (BOARDS): -- COMPATIBILITY (ROM): The highest-revision boot ROM should be installed in motherboard 0. COMPATIBILITY (SUNOS): The SPARCserver 1000 was first supported by Solaris 2.2 (SunOS 5.2). 501-2362 SPARCcenter 2000 motherbard XDBus 0M See 501-1866, except: OTHER FEATURES: The SPARCcenter 2000 can have multiple motherboards, up to 10. They are interconnected via the XDBuses. Guide pins were added to the SPARCcenter 2000 XDBus backplane starting in November 1993. Remove the screws on the inside ends of the motherboard XDBus connectors before installing it in a backplane with guide pins. 501-2365 motherboard FAB 270-1733-14 (SPARCstation 10) See 501-2259 FAB 270-1733-13, except: LAYOUT: Identical on the diagrams but there must be some minor differences somewhere. OTHER FEATURES: SPARCstation 10 motherboards come in three fab versions: 270-1733-12, 270-1733-13, and 270-1733-14, which have minor layout differences from each other. The 501-2365 part comes in fab 270-1733-14 only. TERMPWR on the internal SCSI bus is not connected to TERMPWR on the external SCSI bus and may in fact be grounded; see notes under 501-1733 FAB 270-1733-12. 501-2377 motherboard 0M (SPARCstation 10SX/BSX) PROCESSOR: MBus modules ARCHITECTURE: sun4m FPU: - MMU: - MEMORY: 8 SIMM slots for up to 512M CACHE: - EXTERNAL BUS: none BUS: SBus @ 18/20MHz, four slots, 28 address bits MBus, two slots POWER: ? LAYOUT: From left to right with component side up and external connector edge toward you, the external connectors are: headphone, microphone, audio out, and audio in connectors; a parallel connector above an AUI Ethernet connector; a keyboard/mouse connector; a serial connector (ports A and B in the same connector); a 10BaseT Ethernet connector; a female HD50 SCSI connector; and a 13W3 video connector. The boot PROM is in the near right at location U1005. The NVRAM/TOD/ID chip is beyond the boot PROM, at location U1004. The power connector is in the far left corner and the floppy and internal SCSI connector is in the far right corner. The Ethernet fuse F1301 and keyboard fuse F0801 are along the middle near edge. The SCSI fuse F1502 is in the far right corner near the internal SCSI connector. The +12V fuse F1501 is in the middle left edge. All fuses are nonreplaceable PTC devices. Audio daughterboard 501-2395 is always installed in the near left corner on connectors J1202 and J1203. The SBus and MBus connectors are in two rows across the middle of the board. The leftmost pair are the MBus connectors, with slot 0 closer and slot 1 farther away. SBus slots 0 and 1 are the middle pair, slot 0 closer, and slots 2 and 3 are the rightmost pair, slot 2 closer. There are two connectors, J1201 and J1203, to the right of the SIMM slots, whose purpose is not known. Jumper J0801 is a three-pin jumper in the near middle, beyond and to the right of J0802, with pin 1 to the left. Jumper J0802 is a three-pin jumper in the near middle, nearer than and to the left of J0801, with pin 1 to the left. Jumper J1402 is an eight-pin block in the near right. Jumper J1601 is a single jumper in the middle right edge. Jumper J1602 is a single jumper in the middle right edge. MEM LAYOUT: Memory consists of up to eight 16M (501-1785 or 501-2273) or 64M (501-1930) 70ns SIMMs. The SIMM slots form a column in the far middle. SIMMs must be installed in the order shown in parentheses: Nearest front of machine J305 --------------------- (7) J304 --------------------- (2) J303 --------------------- (5) J302 --------------------- (4) J301 --------------------- (6) J203 --------------------- (3) J202 --------------------- (8) J201 --------------------- (1) Nearest SBus connectors A single 4M (501-2306) or 8M (501-2342) VSIMM may be installed (at J0405?). CONNECTORS: MBus * 2 SBus * 4 power SCSI/floppy J1202 and J1203 for the 501-2395 audio daughterboard SIMM * 8 VSIMM PORTS: headphone microphone audio out audio in parallel AUI Ethernet keyboard/mouse serial ports: Jumpers J0801 and J0802 control whether the ports are RS232 or RS423. 10baseT Ethernet SCSI video LEDS: none JUMPERS: J0801 Serial port standard 1-2 RS232 (+12V) 2-3 RS423 (+5V) J0802 Serial port standard 1-2 RS232 (-12V) 2-3 RS423 (-5V) J1402 JTAG test point UNJUMPED J1601 GND test points J1602 SWITCHES: none OTHER FEATURES: Audio sampling at 37.8KHz is not supported. TERMPWR on the internal SCSI bus is not connected to TERMPWR on the external SCSI bus and may in fact be grounded; see below. COMPATIBILITY (BOARDS): Internal SCSI disk drives should have TERMPWR disabled. If it is not and a second MBus module is added, any internal disk drives with PTC protection may trip the power supply overcurrent protection when powering up. Also, the internal cable 530-1874-02 has TERMPWR grounded, which may trip the power supply overcurrent protection with PTC-protected disks and blow fuses on fuse-protected disks. COMPATIBILITY (ROM): -- COMPATIBILITY (SUNOS): The SPARCstation 10SX/10BSX was first supported by Solaris 2.3. 501-2474 motherboard 0M (4/30 (SPARCstation LX/ZX)) See 501-2031. 501-2495 motherboard 0M POWER uP (4/75 (SPARCstation 2)) See 501-1926, except: PROCESSOR: Weitek SPARC POWER uP @ 80MHz COMPATIBILITY (ROM): Boot ROM version 2.2 or later is required. 501-2496 motherboard 0M POWER uP (4/50 (SPARCstation IPX)) See 501-1780, except: PROCESSOR: Weitek SPARC POWER uP @ 80MHz 501-2505 motherboard 0M POWER uP (4/75 (SPARCstation 2)) See 501-1638, except: PROCESSOR: Weitek SPARC POWER uP @ 80MHz COMPATIBILITY (ROM): Boot ROM version 2.2 or later is required. 501-2506 motherboard 0M POWER uP (4/75 (SPARCstation 2)) See 501-1858, except: PROCESSOR: Weitek SPARC POWER uP @ 80MHz COMPATIBILITY (ROM): Boot ROM version 2.2 or later is required. 501-2507 motherboard 0M POWER uP (4/50 (SPARCstation IPX)) See 501-1959, except: PROCESSOR: Weitek SPARC POWER uP @ 80MHz 501-8028 CPU (3/E) PROCESSOR: 68020 ARCHITECTURE: sun3e (?) FPU: 68881 MMU: Sun-3, eight hardware contexts MEMORY: 4M CACHE: none EXTERNAL BUS: VME (6U form factor, two connectors only) BUS: none POWER: 8.1A @ +5V, 0.25A @ +12V, 0.12A @ -12V LAYOUT: One edge of the board has the two VME connectors. From left to right with component side up and external connector edge toward you, the external connectors are: eight LEDs (bit 0 to the right); a keyboard/mouse connector; two serial ports (B and A from left to right); a switch to toggle between Normal and Diagnostic modes; and a reset switch. The boot PROM is along the left edge at location U300, by the battery. The IDPROM is at location U224 in the near center, near J800 and the keyboard connector. There is a fuse by the keyboard connector and LEDs, documented as not field replacable. Jumper J100 is a single jumper along the middle far edge, to the right of J801. Jumper J300 is a block along the middle far edge, between J500 on the left and J801 on the right, with pin 1 the nearest of the leftmost pair. Jumper J500 is a three-pin jumper along the middle far edge, between J501 on the left and J300 on the right, with pin 1 nearest. Jumper J501 is a three-pin jumper along the middle far edge, to the left of J500, with pin 1 nearest. Jumper J800 is a block along the middle near edge, to the right of the IDPROM, with pin 1 the rightmost of the nearest pair. Jumper J801 is a single jumper along the middle far edge, between J300 on the left and J100 on the right. MEM LAYOUT: 4M built-in, on the right. CONNECTORS: none PORTS: keyboard/mouse serial ports LEDS: There are eight diagnostic LEDs. JUMPERS: J100 Unused J300 1-2 Enable VME interrupt level 1 JUMPED 3-4 Enable VME interrupt level 2 JUMPED 5-6 Enable VME interrupt level 3 JUMPED 7-8 Enable VME interrupt level 4 JUMPED 9-10 Enable VME interrupt level 5 JUMPED 11-12 Enable VME interrupt level 6 JUMPED 13-14 Enable VME interrupt level 7 JUMPED J500 1-2 CPU can reset other VME boards DEFAULT 2-3 Other VME boards can reset CPU J501 1-2 CPU is the daisy chain driver DEFAULT 2-3 CPU is not the daisy chain driver J800 1-2 unused 3-4 VME arbiter JUMPED 5-6 enable video board interrupt JUMPED 7-8 respond as VME slave JUMPED J801 Enable VME system clock JUMPED SWITCHES: NORM/DIAG NORM Normal boot. DIAG Invoke extended diagnostics on power-up. Diagnostic messages are sent to serial port A. RESET OTHER FEATURES: -- COMPATIBILITY (BOARDS): 501-8028-07 or later is required to use the 501-8029 3/E color framebuffer. COMPATIBILITY (ROM): -- COMPATIBILITY (SUNOS): -- 501-8035 CPU 4M w/Weitek (4/E (SPARCengine 1)) PROCESSOR: ? ARCHITECTURE: sun4e (?) FPU: Weitek MMU: ? MEMORY: 4M CACHE: ? EXTERNAL BUS: VME (6U form factor, two connectors only) BUS: SBus, one slot POWER: 5A @ +5V, 0.1A @ +12V, 0.1A @ -12V LAYOUT: One edge of the board has the two VME connectors. From left to right with component side up and external connector edge toward you, the external connectors are: a female HD50 SCSI connector; an Ethernet connector; a keyboard/mouse connector; a serial port (port B); eight LEDs (bit 0 to the left); a reset switch; and another serial port (port A). The boot PROM is on the 501-8035 daughterboard in the near left. The keyboard fuse F1101 and Ethernet fuse F0901 are near the keyboard connector and are not field replaceable. The SBus connector is in the far right corner, by one of the VME connectors. Jumper J0301 is a single jumper in the middle. Jumper J0801 is a three-pin jumper in the far middle. Jumper J1701 is a single jumper along the far middle edge, to the left of the SBus connector. MEM LAYOUT: 4M built-in. See jumper J0801. CONNECTORS: SBus 501-8035 daughterboard connector PORTS: SCSI Ethernet keyboard/mouse serial LEDS: There are eight diagnostic LEDs. JUMPERS: J0301 Enable 20MHz clock JUMPED J0801 1-2 Enable onboard memory DEFAULT 2-3 Disable onboard memory J1701 Jump if CPU is installed in VME slot 1. SWITCHES: RESET OTHER FEATURES: Boot ROM version 1.6 and daughterboard 501-8035-12 are installed on 501-8035-12. COMPATIBILITY (BOARDS): Daughterboard 501-8013-05 is required if a customer-supplied PROM is used with boot ROM version 1.6. Customer-supplied PROMs will not function on daughterboards 501-8013-04 or below even if boot ROM version 1.6 is installed. COMPATIBILITY (ROM): Boot ROM version 1.4 does not support SunOS 4.1e, but versions 1.5 and 1.6 do. COMPATIBILITY (SUNOS): SunOS 4.1e is not supported by boot ROM version 1.4, but is by versions 1.5 and 1.6. 501-8058 CPU 4M w/o Weitek (4/E (SPARCengine 1)) See 501-8035, except: FPU: socket for Weitek 501-8064 CPU 16M w/Weitek (4/E (SPARCengine 1)) See 501-8035, except: MEMORY: 16M MEM LAYOUT: 16M built-in. Archive-name: sun-hdwr-ref/part4 Posting-Frequency: as revised Version: $Id: $ THE SUN HARDWARE REFERENCE compiled by James W. Birdsall (jwbirdsa@picarefy.com) HARDWARE ======== Boards ------ SPARC (MBus) modules -------------------- Introduction ------------ With the introduction of the 4/6xx series, Sun introduced the MBus, which allowed for interchangeable and upgradeable processor modules and Sun's first multiprocessor machines. This section covers the processor modules which plug into MBus slots on motherboards. Any motherboard listed in the "HARDWARE/Boards/'CPUs/ Motherboards'" section which lists "MBus modules" under its PROCESSOR entry is a candidate for the boards listed below. Model/Part Compatibility Chart ------------------------------ Model Part "Option" # 4/6xx SS10/20 SS10 SS1000 SC2000 ---- ---------- ----- ------- ---- ------ ------ 370-1388 1160 Y 501-1889 - Y 501-2218 - Y 501-2219 - Y Y 501-2239 - Y 501-2258 1161 Y Y Y 501-2270 1161 Y Y Y Y Y 501-2318 - Y 501-2352 1163 Y Y Y 501-2353 1165 Y 501-2358 - Y Y 501-2359 1161 Y Y Y Y 501-2360 1166 Y Y Y Y 501-2361 - Y Y Y 501-2387 - Y Y Y Y 501-2431 - Y Y 501-2444 - Y 501-2445 - Y Listing by Part Number ---------------------- Legend ------ The listing for each board is broken down into the following categories: PROCESSOR: the actual microprocessor and its speed POWER: power requirements, in amps @ volts DC USE: machines that this module was intended for LAYOUT: description of locations of anything of interest COMPATIBILITY (BOARDS): compatibility notes about other boards COMPATIBILITY (ROM): compatibility notes about versions of boot ROMs COMPATIBILITY (SUNOS): compatibility notes about versions of SunOS Boards are listed in order of part number. Parts ----- 370-1388 SM100 "Option 1160" PROCESSOR: Ross * 2 @ 40MHz POWER: 2.5A @ 5V USE: 4/6xx LAYOUT: - COMPATIBILITY (BOARDS): - COMPATIBILITY (ROM): - COMPATIBILITY (SUNOS): Solaris 2.1 requires 370-1388-08 or later. 501-1889 SM30 PROCESSOR: SuperSPARC @ 33MHz POWER: 1.04A @ 5V USE: SPARCstation 10 (model 20 only) LAYOUT: - COMPATIBILITY (BOARDS): Set the SPARCstation 10 clock speed to 66MHz. SPARCstation 10 270-1733-08, -09, and -10 FABs require a crystal change to support this module. COMPATIBILITY (ROM): - COMPATIBILITY (SUNOS): SunOS 4.1.3 is required. 501-2218 SM20 PROCESSOR: SuperSPARC @ 33MHz POWER: 2.55A @ +5V USE: SPARCstation 10 (model 20 only) LAYOUT: At location F0401 is a 5A fuse, P/N 150-2085. COMPATIBILITY (BOARDS): Set the SPARCstation 10 clock speed to 66MHz. SPARCstation 10 270-1733-08, -09, and -10 FABs require a crystal change to support this module. COMPATIBILITY (ROM): - COMPATIBILITY (SUNOS): SunOS 4.1.3 is required. 501-2219 SM40 PROCESSOR: SuperSPARC @ 40MHz POWER: 2.86A @ +5V USE: SPARCstation 10 LAYOUT: At location F0401 is a 5A fuse, P/N 150-2085. COMPATIBILITY (BOARDS): Set the SPARCstation 10 clock speed to 80MHz. COMPATIBILITY (ROM): - COMPATIBILITY (SUNOS): SunOS 4.1.3 is required. Only one of these modules is supported in a system. 501-2239 SM30 PROCESSOR: SuperSPARC @ 36MHz POWER: 2.62A @ +5V USE: SPARCstation 10 (NOT model 20) LAYOUT: At location F0401 is a 5A fuse, P/N 150-2085. COMPATIBILITY (BOARDS): Set the SPARCstation 10 clock speed to 72MHz. SPARCstation 10 270-1733-08, -09, and -10 FABs require a crystal change to support this module. COMPATIBILITY (ROM): - COMPATIBILITY (SUNOS): SunOS 4.1.3 is required. 501-2258 SM41 "Option 1161" PROCESSOR: SuperSPARC @ 40MHz POWER: 4.28A @ +5V USE: 4/6xx, SPARCstation 10 LAYOUT: Surface mounted fuse F0801, near the MBus connector, is not field-replaceable. With component side up and the MBus connector at the far end, there is a 40.333MHz crystal in the near left corner. COMPATIBILITY (BOARDS): Set the SPARCstation 10 clock speed to 80MHz. COMPATIBILITY (ROM): - COMPATIBILITY (SUNOS): SunOS 4.1.3 is required. Solaris 2.1 is required if two of these modules are installed. 501-2270 SM41 "Option 1161" PROCESSOR: SuperSPARC @ 40MHz POWER: 4.28A @ +5V USE: 4/6xx, SPARCstation 10, SPARCserver 1000, SPARCcenter 2000 LAYOUT: Surface mounted fuse F0801, near the MBus connector, is not field-replaceable. With component side up and the MBus connector at the far end, there is a 40.333MHz crystal in the near left corner. COMPATIBILITY (BOARDS): This board must be 501-2270-04 or later for use in the SPARCserver 1000 or SPARCcenter 2000. Set the SPARCstation 10 clock speed to 80MHz. COMPATIBILITY (ROM): - COMPATIBILITY (SUNOS): SunOS 4.1.3 is required. Solaris 2.1 is required if two of these modules are installed. 501-2318 SM41 PROCESSOR: SuperSPARC @ 33MHz POWER: ? USE: SPARCcenter 2000 (used in early production systems only) LAYOUT: Surface mounted fuse F0801, near the MBus connector, is not field-replaceable. With component side up and the MBus connector at the far end, there is a 33.333MHz crystal in the near left corner. COMPATIBILITY (BOARDS): 66MHz control board 501-1671-04 is required. This board is not compatible with system control boards 501-1671-05, 501-2335, or 501-2406. COMPATIBILITY (ROM): - COMPATIBILITY (SUNOS): - 501-2352 SM51 "Option 1163" PROCESSOR: SuperSPARC @ 50MHz POWER: ? USE: 4/6xx, SPARCstation 10 LAYOUT: Surface-mounted fuse F0801, near the MBus connector, is not field-replaceable. With component side up and the MBus connector at the far end, there is a 50MHz crystal in the near left corner. COMPATIBILITY (BOARDS): Set the SPARCstation 10 clock speed to 80MHz. COMPATIBILITY (ROM): Boot ROM version 2.10 or later is required in the 4/6xx. COMPATIBILITY (SUNOS): SunOS 4.1.3 is required. Solaris 2.1 is required if two of these modules are installed. 501-2353 SM51-2 "Option 1165" PROCESSOR: SuperSPARC @ 50MHz POWER: ? USE: SPARCcenter 2000 LAYOUT: Surface mounted fuse F0801, near the MBus connector, is not field-replaceable. With component side up and the MBus connector at the far end, there is a 50MHz crystal in the near left corner. COMPATIBILITY (BOARDS): - COMPATIBILITY (ROM): Boot ROM version 2.11 or later is required. COMPATIBILITY (SUNOS): Solaris 2.2 is required. 501-2358 SM40 PROCESSOR: SuperSPARC @ 40MHz POWER: 2.86A @ +5V USE: SPARCstation 10 LAYOUT: At location F0401 is a 5A fuse, P/N 150-2085. COMPATIBILITY (BOARDS): Set the SPARCstation 10 clock speed to 80MHz. COMPATIBILITY (ROM): Boot ROM version 2.12 or later is required if two of these modules are installed. COMPATIBILITY (SUNOS): SunOS 4.1.3 is required. 501-2359 SM41 "Option 1161" PROCESSOR: SuperSPARC @ 40MHz POWER: 4.28A @ +5V USE: 4/6xx, SPARCstation 10, SPARCcenter 2000 LAYOUT: Surface-mounted fuse F0801, near the MBus connector, is not field-replaceable. With component side up and the MBus connector at the far end, there is a 40.333MHz crystal in the near left corner. COMPATIBILITY (BOARDS): Set the SPARCstation 10 clock speed to 80MHz. COMPATIBILITY (ROM): - COMPATIBILITY (SUNOS): SunOS 4.1.3 is required. Solaris 2.1 is required if two of these modules are installed. 501-2360 SM51 "Option 1166" PROCESSOR: SuperSPARC @ 50MHz POWER: ? USE: 4/6xx, SPARCstation 10, SPARCserver 1000 LAYOUT: Surface-mounted fuse F0801, near the MBus connector, is not field-replaceable. With component side up and the MBus connector at the far end, there is a 50MHz crystal in the near left corner. COMPATIBILITY (BOARDS): Set the SPARCstation 10 clock speed to 80MHz. COMPATIBILITY (ROM): Boot ROM version 2.10 or later is required in the 4/6xx. Boot ROM version 2.11 or later is required in the SPARCserver 1000. COMPATIBILITY (SUNOS): SunOS 4.1.3 is required. Solaris 2.1 is required if two of these modules are installed. 501-2361 SM51 PROCESSOR: SuperSPARC @ 50MHz POWER: ? USE: 4/6xx, SPARCstation 10 LAYOUT: Surface-mounted fuse F0801, near the MBus connector, is not field-replaceable. With component side up and the MBus connector at the far end, there is a 50MHz crystal in the near left corner. COMPATIBILITY (BOARDS): Set the SPARCstation 10 clock speed to 80MHz. The 501-2361-01 is for Sun internal use only and is tested for operation at room temperature only. COMPATIBILITY (ROM): Boot ROM version 2.10 or later is required in the 4/6xx. COMPATIBILITY (SUNOS): SunOS 4.1.3 is required. Solaris 2.1 is required if two of these modules are installed. 501-2387 SM51 PROCESSOR: SuperSPARC @ 50MHz POWER: ? USE: 4/6xx, SPARCstation 10, SPARCserver 1000 LAYOUT: Surface-mounted fuse F0801, near the MBus connector, is not field-replaceable. With component side up and the MBus connector at the far end, there is a 50MHz crystal in the near left corner. COMPATIBILITY (BOARDS): Set the SPARCstation 10 clock speed to 80MHz. The 501-2387-01 is for Sun internal use only and is tested for operation at room temperature only. COMPATIBILITY (ROM): Boot ROM version 2.10 or later is required in the 4/6xx. Boot ROM version 2.11 or later is required in the SPARCserver 1000. COMPATIBILITY (SUNOS): SunOS 4.1.3 is required. Solaris 2.1 is required if two of these modules are installed. 501-2431 SM52X PROCESSOR: 2 * SuperSPARC @ 50MHz POWER: ? USE: SPARCstation 10 LAYOUT: With component side up and MBus connector at the far edge, surface-mounted fuses F1401 and F1301 (left to right) in the far right corner are not field-replaceable. In the near right there is a 50MHz crystal. COMPATIBILITY (BOARDS): Set the SPARCstation 10 clock speed to 80MHz. This module covers SBus slots 0 and 1. COMPATIBILITY (ROM): - COMPATIBILITY (SUNOS): Solaris 2.3, with the Solaris 2.3 Supplement CD (704-4195-10), is required. 501-2444 SM520 PROCESSOR: 2 * SuperSPARC @ 50MHz POWER: ? USE: 4/6xx LAYOUT: With component side up and MBus connector at the far edge, there is a 50MHz crystal in the near right. COMPATIBILITY (BOARDS): This module must be installed in the first MBus slot. COMPATIBILITY (ROM): Boot ROM version 2.10 or later is required. COMPATIBILITY (SUNOS): Solaris 2.3, with the Solaris 2.3 Supplement CD (704-4195-10), is required. 501-2445 SM521 PROCESSOR: 2 * SuperSPARC @ 50MHz POWER: ? USE: 4/6xx LAYOUT: With component side up and MBus connector at the far edge, there is a 50MHz crystal in the near right. COMPATIBILITY (BOARDS): This module must be installed in the second MBus slot. This module covers SBus slots 2 and 3. COMPATIBILITY (ROM): Boot ROM version 2.10 or later is required. COMPATIBILITY (SUNOS): Solaris 2.3, with the Solaris 2.3 Supplement CD (704-4195-10), is required. BOARDS ====== 501-1007 May have to jump J1600 on monochrome framebuffer 501-1052-01/02 when used with boot ROM N or below and SunOS 3.0 or later. 501-1051 May have to jump J1600 on monochrome framebuffer 501-1052-01/02 when used with boot ROM N or below and SunOS 3.0 or later. 501-1074 To use a VME 32-bit data device (e.g. MCP, HSI, ALM-2, SCA, or "Sun-3" SCSI (?)), the board revision must be 501-1074-22 or later. 501-1075, 501-1133, 501-1162, 501-1207 The 370-1011 Sysgen SC4000 SCSI/QIC-02 tape controller does not work with this motherboard under SunOS 3.3. 501-1094 To use a VME 32-bit data device (e.g. MCP, HSI, ALM-2, SCA, or "Sun-3" SCSI (?)), the CPU revision must be 501-1094-22 or later. 501-1100 The minimum board revision required for use with the 501-1125 or 501-1214 IPC is 501-1100-06. 501-1134 To use a VME 32-bit data device (e.g. MCP, HSI, ALM-2, SCA, or "Sun-3" SCSI (?)), the board revision must be 501-1134-06 or later. 501-1163 To use a VME 32-bit data device (e.g. MCP, HSI, ALM-2, SCA, TAAC-1, or "Sun-3" SCSI), the board revision must be 501-1163-09 or later. 501-1164 To use a VME 32-bit data device (e.g. MCP, HSI, ALM-2, SCA, TAAC-1, or "Sun-3" SCSI), the board revision must be 501-1164-09 or later. 501-1199 The board revision must be 501-1199-11 or later to use a type-4 keyboard. The 501-1384 FPU2 is not supported on this board. The P4 cgsix color framebuffer (501-1374, 501-1505, 501-1532) requires boot ROM version 3.0 or later to use it as the console. 501-1205, 501-1322, 501-1334 The P4 cgsix color framebuffer (501-1374, 501-1505, 501-1532) requires boot ROM version 3.0 or later to use it as the console. 501-1206 The minimum board revision required for use with the 501-1125 or 501-1214 IPC is 501-1206-06. 501-1208 Board revisions 501-1208-04 or lower may fail with non-Sun boards. Use 501-1208-05 or later. 501-1237 The board revision must be 501-1237-11 or later to use a type-4 keyboard. The 501-1384 FPU2 is not supported on this board. The P4 cgsix color framebuffer (501-1374, 501-1505, 501-1532) requires boot ROM version 3.0 or later to use it as the console. 501-1241 The GXi color framebuffer 501-1352 requires boot ROM version 4.3 or later. The low-resolution monochrome framebuffer 501-1433 (and 501-1568?) requires boot ROM version 4.4 or later. Board revision 501-1241-02 Rev 03 or later is required to use dynamic memory boards 501-1394, 501-1441, or 501-1423 (555-1423). Board revision 501-1241-04 Rev 01 or later is required to use multiple dynamic memory boards. 501-1274 The board revision must be 501-1274-12 or later to use a type-4 keyboard. The board revision must be 501-1274-13 or later to use a 501-1249 Xylogics 7053 SMD controller. 501-1576 16M memory boards require boot ROM version 3.0 or later when two or more are present. 501-1299 If memory boards are installed on both sides of this board, the terminator pack at U1411 should be removed. If the 501-1105 FPA or 501-1446 FPA+ is being used with this board, any 8M memory cards must be 501-1102-11 or later. This board is not compatible with 501-1254 32M memory boards. However, it is compatible with the similar 501-1451 32M memory boards. P4-based cgeight framebuffers must be 501-1371-04 or later for use with this board. Jumpers P10, P11, P12, and P13 should be removed from the 501-1598 and 501-1832 backplanes when this board is installed. This board may not be compatible with the SunLink Channel Adapter -- the 501-1550 board may be required instead. 501-1316 Board revision 501-1316-03 or later is required to use the 501-1267 cgfive framebuffer. Board revision 501-1316-04 or later is required to use the 501-1539 or 501-1855 ISP-80/IPI-2 disk controller or 501-1276 FDDI controller. The 501-1371 P4 cgeight framebuffer must be -04 or later for use with this board. 501-1324, 501-1413 The GXi color framebuffer 501-1352 requires boot ROM version 4.3 or later. The low-resolution monochrome framebuffer 501-1433 (and 501-1568?) requires boot ROM version 4.4 or later. 501-1381 The 501-1381 is not supported in the 4/470 serial numbers 136Kxxxx and greater. This chassis has two 50-pin SCSI-2 connectors on the rear EMI cover. The 501-1721 128M memory board requires boot ROM version 3.0 or later. The 501-1537/1538 VX/MVX Visualization Accelerator requires boot ROM version 4.1.1 or later when used as the console. 501-1382, 501-1629 The 501-1667 Load Board should be installed in systems without disk drives or SBus cards. 501-1414 The GXi color framebuffer 501-1352 requires boot ROM version 4.3 or later. The low-resolution monochrome framebuffer 501-1433 (and 501-1568?) requires boot ROM version 4.4 or later. 501-1462, 501-1463, 501-1464, 501-1465 The 501-1384 FPU2 is not supported on this board. The P4 cgsix color framebuffer (501-1374, 501-1505, 501-1532) requires boot ROM version 3.0 or later to use it as the console. 501-1491, 501-1522 501-1576 16M memory boards require boot ROM version 3.0 or later when two or more are present. 501-1512, 501-1513, 501-1514, 501-1515, 501-1516, 501-1517 The 501-1384 FPU2 *is* supported on this board. The P4 cgsix color framebuffer (501-1374, 501-1505, 501-1532) requires boot ROM version 3.0 or later to use it as the console. 501-1550 If memory boards are installed on both sides of this board, the terminator pack at U1411 should be removed. If the 501-1105 FPA or 501-1446 FPA+ is being used with this board, any 8M memory cards must be 501-1102-11 or later. This board is not compatible with 501-1254 32M memory boards. However, it is compatible with the similar 501-1451 32M memory boards. P4-based cgeight framebuffers must be 501-1371-04 or later for use with this board. Jumpers P10, P11, P12, and P13 should be removed from the 501-1598 and 501-1832 backplanes when this board is installed. Board 501-1550-10 or later is required for use with the SunLink Channel Adapter. 501-1632 The 501-1667 Load Board should be installed in systems without disk drives or SBus cards. 501-1638, 501-1744, 501-1858, 501-1859, 501-1912, 501-1926, 501-1989, 501-1995, 501-2495, 501-2505, 501-2506 The 501-1667 Load Board should be installed in systems without disk drives or SBus cards. 501-1656, 501-1657, 501-1658, 501-1659, 501-1660, 501-1661 The P4 cgsix color framebuffer (501-1374, 501-1505, 501-1532) requires boot ROM version 3.0 or later to use it as the console. 501-1689 SCSI bus errors may occur when multiple SCSI devices are used with boards below 501-1689-06. Boards below 501-1689-07 fail SunDiag floppy drive testing. 501-1733, 501-2259, 501-2365 When two 501-2358 SM40 MBus modules are installed, boot ROM version 2.12 is required. Internal SCSI disk drives should have TERMPWR disabled. If it is not and a second MBus module is added, any internal disk drives with PTC protection may trip the power supply overcurrent protection when powering up. Also, the internal cable 530-1874-02 has TERMPWR grounded, which may trip the power supply overcurrent protection with PTC-protected disks and blow fuses on fuse-protected disks. The GT and ZX framebuffer options are not supported on boards with MSI 100-2905-02 (labelled "LSI Logic L1A6396"). They are only supported on board with MSI 100-2905-03 (labelled "LSI Logic L1B7596"). 501-1742 The 501-1371 P4 cgeight framebuffer must be -04 or later for use with this board. 501-1889 Set the SPARCstation 10 clock speed to 66MHz. SPARCstation 10 270-1733-08, -09, and -10 FABs require a crystal change to support this module. 501-1899 The 501-1721 128M memory board requires boot ROM version 3.0 or later. The 501-1537/1538 VX/MVX Visualization Accelerator requires boot ROM version 4.1.1 or later when used as the console. 501-2218 Set the SPARCstation 10 clock speed to 66MHz. SPARCstation 10 270-1733-08, -09, and -10 FABs require a crystal change to support this module. 501-2219 Set the SPARCstation 10 clock speed to 80MHz. 501-2239 Set the SPARCstation 10 clock speed to 72MHz. SPARCstation 10 270-1733-08, -09, and -10 FABs require a crystal change to support this module. 501-2258 Set the SPARCstation 10 clock speed to 80MHz. 501-2270 This board must be 501-2270-04 or later for use in the SPARCserver 1000 or SPARCcenter 2000. Set the SPARCstation 10 clock speed to 80MHz. 501-2274 Internal SCSI disk drives should have TERMPWR disabled. If it is not and a second MBus module is added, any internal disk drives with PTC protection may trip the power supply overcurrent protection when powering up. Also, the internal cable 530-1874-02 has TERMPWR grounded, which may trip the power supply overcurrent protection with PTC-protected disks and blow fuses on fuse-protected disks. The GT and ZX framebuffer options are not supported on boards with MSI 100-2905-02 (labelled "LSI Logic L1A6396"). They are only supported on board with MSI 100-2905-03 (labelled "LSI Logic L1B7596"). 501-2318 66MHz control board 501-1671-04 is required. This board is not compatible with system control boards 501-1671-05, 501-2335, or 501-2406. 501-2352 Set the SPARCstation 10 clock speed to 80MHz. 501-2359 Set the SPARCstation 10 clock speed to 80MHz. 501-2360 Set the SPARCstation 10 clock speed to 80MHz. 501-2361 Set the SPARCstation 10 clock speed to 80MHz. The 501-2361-01 is for Sun internal use only and is tested for operation at room temperature only. 501-2387 Set the SPARCstation 10 clock speed to 80MHz. The 501-2387-01 is for Sun internal use only and is tested for operation at room temperature only. 501-2377 Internal SCSI disk drives should have TERMPWR disabled. If it is not and a second MBus module is added, any internal disk drives with PTC protection may trip the power supply overcurrent protection when powering up. Also, the internal cable 530-1874-02 has TERMPWR grounded, which may trip the power supply overcurrent protection with PTC-protected disks and blow fuses on fuse-protected disks. 501-2431 Set the SPARCstation 10 clock speed to 80MHz. This module covers SBus slots 0 and 1. 501-2444 This module must be installed in the first MBus slot. 501-2445 This module must be installed in the second MBus slot. This module covers SBus slots 2 and 3. COMPATIBILITY (ROM): Boot ROM version 2.10 or later is required. COMPATIBILITY (SUNOS): Solaris 2.3, with the Solaris 2.3 Supplement CD (704-4195-10), is required. 501-8028 501-8028-07 or later is required to use the 501-8029 3/E color framebuffer. 501-8035, 501-8058, 501-8064 Daughterboard 501-8013-05 is required if a customer-supplied PROM is used with boot ROM version 1.6. Customer-supplied PROMs will not function on daughterboards 501-8013-04 or below even if boot ROM version 1.6 is installed. BOOT ROM ======== 501-1007 Boot ROM version N or later is required to run SunOS 2.0 or later. Boot ROM version N or earlier may require jumping J1600 on monochrome framebuffer 501-1052-01/02 when used with SunOS 3.0 or later. The 2/100U and 2/150U require boot ROM version Q (P/N 501-1103/1104-02) for the Sun VT100-style keyboard. 501-1051 Boot ROM version N or earlier may require jumping J1600 on monochrome framebuffer 501-1052-01/02 when used with SunOS 3.0 or later. 501-1074, 501-1094, 501-1163, 501-1164 Boot ROM version 1.8 or later is required to boot from a QIC-24 tape in a Sun-3 shoebox (Emulex MT-02 controller?). Boot ROM version 2.6 or later is required to boot from a QIC-24 tape in a Sun-2 shoebox (Sysgen SC4000 controller?). Boot ROM version 2.6 or later is required to boot from an SMD disk attached via a 501-1249 Xylogics 7053 SMD controller. 501-1075, 501-1133, 501-1162, 501-1207 Boot ROM version 1.8 or later is required to boot from a QIC-24 tape in a Sun-3 shoebox (Emulex MT-02 controller?). Boot ROM version 2.5 or later is required to boot from a QIC-24 tape in a Sun-2 shoebox (Sysgen SC4000 controller?). 501-1100, 501-1206 When "CPU EPROM 2.1" (probably boot ROM version 2.1) is installed, two control-G's cause the keyboard bell to remain on until the system is reset. Boot ROM version 2.6 or later is required to boot from an SMD disk connected to a 501-1249 Xylogics 7053 SMD controller. 501-1199, 501-1237, 501-1462, 501-1463, 501-1464, 501-1465, 501-1512, 501-1513, 501-1514, 501-1515, 501-1516, 501-1517 Boot ROM version 3.0 or later is required to use the P4 cgsix color framebuffer (501-1374, 501-1505, 501-1532) as the console. 501-1205, 501-1322, 501-1334 Boot ROM version 1.6 or later is required to boot from a QIC-24 tape. Boot ROM version 3.0 or later is required to use the P4 cgsix color framebuffer (501-1374, 501-1505, 501-1532) as the console. 501-1208 Boot ROM version 1.8 or later is required to boot from a QIC-24 tape in a Sun-3 shoebox (Emulex MT-02 controller?). Boot ROM version 2.6 or later is required to boot from a QIC-24 tape in a Sun-2 shoebox (Sysgen SC4000 controller?). Boot ROM version 2.6 or later is required to boot from an SMD disk attached via a 501-1249 Xylogics 7053 SMD controller. 501-1241, 501-1414 Boot ROM version 4.3 or later is required to use the GXi color framebuffer 501-1352. Boot ROM version 4.4 or later is required to use monochrome framebuffer 501-1433 (and 501-1568?). 501-1274, 501-1491, 501-1522 Boot ROM version 1.7 or later is required to boot from an SMD disk connected to a 501-1249 Xylogics 7053 SMD controller. Boot ROM version 3.0 or later is required to use two or more 501-1576 16M memory boards. 501-1316, 501-1742 Boot ROM version 3.0 or later is required to boot from a QIC-24 tape. Boot ROM version 3.0.1 or later is required to boot from a tape drive connected to a second SCSI controller. Boot ROM version 3.0.3 or later is required to use 4M SIMMs. Boot ROM version 4.1.1 or later is required when the 501-1537/501-1538 VX/MVX Visualization Accelerator is used as the console. 501-1324, 501-1413 Boot ROM version 4.3 or later is required to use the GXi color framebuffer 501-1352. Boot ROM version 4.4 or later is required to use monochrome framebuffer 501-1433 (and 501-1568?). 501-1381, 501-1899 Boot ROM version 3.0 or later is required to use the 501-1721 128M memory board. Boot ROM version 4.1.1 or later is required to use the 501-1537/1538 VX/MVX Visualization Accelerator as the console. 501-1382, 501-1629 Boot ROM version 2.4 requires at least SunOS 4.1.1. 501-1632 Boot ROM version 2.4 requires at least SunOS 4.1.1. 501-1656, 501-1657, 501-1658, 501-1659, 501-1660, 501-1661 Boot ROM version 3.0 or later is required to use the P4 cgsix color framebuffer (501-1374, 501-1505, 501-1532) as the console. 501-1686, 501-2055 Boot ROM version 2.8v2 or later is required to use SM41 MBus modules. Boot ROM version 2.10 or later is required to use SM51, SM520, or SM521 MBus modules. 501-1689, 501-1835, 501-1870, 501-1974 Boot ROM versions 2.4, 2.6, and 2.9 in 2.x mode do not support SunOS 4.0.3c or 4.1. Set the NVRAM parameter "version2?" to FALSE to enable the boot ROM 1.7 mode. 501-1733, 501-2259, 501-2365 Boot ROM version 2.12 is required to install two 501-2358 SM40 MBus modules. 501-1866, 501-2334, 501-2362 The highest-revision boot ROM should be installed in motherboard 0. 501-2336 The highest-revision boot ROM should be installed in motherboard 0. 501-2352 Boot ROM version 2.10 or later is required in the 4/6xx. 501-2353 Boot ROM version 2.11 or later is required. 501-2360 Boot ROM version 2.10 or later is required in the 4/6xx. Boot ROM version 2.11 or later is required in the SPARCserver 1000. 501-2361 Boot ROM version 2.10 or later is required in the 4/6xx. 501-2387 Boot ROM version 2.10 or later is required in the 4/6xx. Boot ROM version 2.11 or later is required in the SPARCserver 1000. 501-2444 Boot ROM version 2.10 or later is required. 501-2445 Boot ROM version 2.10 or later is required. 501-2495, 501-2505, 501-2506 Boot ROM version 2.2 or later is required. 501-8035, 501-8058, 501-8064 Boot ROM version 1.4 does not support SunOS 4.1e, but versions 1.5 and 1.6 do. SUNOS ===== 370-1388 Solaris 2.1 requires 370-1388-08 or later. 501-1007 SunOS 2.0 or later requires boot ROM version N or later. SunOS 3.0 or later may require jumping J1600 on monochrome framebuffer 501-1052-01/02 if the boot ROM version is N or earlier. SunOS 4.0 or later requires jumping J701 unless the kernel has been patched. 501-1051 SunOS 3.0 or later may require jumping J1600 on monochrome framebuffer 501-1052-01/02 if the boot ROM version is N or earlier. 501-1075 Board revisions before 501-1075-10 may fail under SunOS 3.3. The 370-1011 Sysgen SC4000 SCSI/QIC-02 tape controller does not work with this motherboard under SunOS 3.3. 501-1133 Board revisions before 501-1133-10 may fail under SunOS 3.3. The 370-1011 Sysgen SC4000 SCSI/QIC-02 tape controller does not work with this motherboard under SunOS 3.3. 501-1134 Board revisions lower than 501-1134-07 Rev 50 may fail vid3.diag or video3.exec. 501-1162 A bus error may occur when large executables are run during a prefetch across a page boundary with CPU revisions lower than 501-1162-11. Board revisions before 501-1162-08 may fail under SunOS 3.3. The 370-1011 Sysgen SC4000 SCSI/QIC-20 tape controller does not work with this motherboard under SunOS 3.3. 501-1207 A bus error may occur when large executables are run during a prefetch across a page boundary with CPU revisions lower than 501-1207-04. The 370-1011 Sysgen SC4000 SCSI/QIC-20 tape controller does not work with this motherboard under SunOS 3.3. 501-1316 Board revision 501-1316-04 or later is required to run LISP software. 501-1381 SNC 1.2 for Solaris 1.1 requires the 501-1381-01. 501-1382 The SPARCstation 1 was first supported in SunOS 4.0.3c. Note that bug 1047696 in the installation of SunOS 4.1.1 and 4.1.1 Rev B causes trouble when mixing 1M and 4M SIMMs. "Install the 4MB SIMMs in bank 0 when installing miniunix." Sun Common LISP, AutoCAD, Cobol, and SunOS 4.1 require board 501-1382-08 or later and SPARC IU 100-1808-02 or later. 501-1627, 501-1680, 501-1720, 501-1748 The SLC was first supported in SunOS 4.0.3c. Boards with the 53C90A SCSI controller require a patch to operate under 4.0.3c. 501-1629 The SPARCstation 1 was first supported in SunOS 4.0.3c. Note that bug 1047696 in the installation of SunOS 4.1.1 and 4.1.1 Rev B causes trouble when mixing 1M and 4M SIMMs. "Install the 4MB SIMMs in bank 0 when installing miniunix." Sun Common LISP, AutoCAD, Cobol, and SunOS 4.1 require board 501-1629-10 or later and SPARC IU 100-1808-02 or later. 501-1632 The SPARCstation 1+ was first supported in SunOS 4.0.3c. Bug 1047696 in the installation of SunOS 4.1.1 and 4.1.1 Rev B causes trouble when mixing 1M and 4M SIMMs. "Install the 4MB SIMMs in bank 0 when installing miniunix." 501-1638, 501-1744, 501-1858, 501-1859, 501-1912, 501-1926, 501-1989, 501-1995, 501-2495, 501-2505, 501-2506 The SPARCstation 2 was first supported in SunOS 4.1.1. 501-1686, 501-2055 MBus module(s) SunOS/Solaris version -------------- --------------------- SM100 * 1 or 2 SunOS 4.1.2 SM41 * 1 SunOS 4.1.3 SM41 * 2 Solaris 2.1 SM51 * 1 SunOS 4.1.3 SM51 * 2 Solaris 2.1 SM52x * 1 or 2 Solaris 2.3 501-1689, 501-1835, 501-1870, 501-1974 The IPC was first supported in SunOS 4.0.3c. CPU boards with the 53C90A SCSI controller require a patch to operate under SunOS 4.0.3c. Bug 1047696 in the installation of SunOS 4.1.1 and 4.1.1 Rev B causes trouble when mixing 1M and 4M SIMMs. "Install the 4MB SIMMs in bank 0 when installing miniunix." Boot ROM versions 2.4, 2.6, and 2.9 in 2.x mode do not support SunOS 4.0.3c or 4.1. Set the NVRAM parameter "version2?" to FALSE to enable the boot ROM 1.7 mode. 501-1733, 501-2259, 501-2365 MBus module(s) SunOS/Solaris version -------------- --------------------- SM30 * 1 SunOS 4.1.3 SM40 * 1 SunOS 4.1.3 SM40 * 2 Solaris 2.2 SM41 * 1 SunOS 4.1.3 SM41 * 2 Solaris 2.1 SM51 * 1 SunOS 4.1.3 SM51 * 2 Solaris 2.1 SM52x * 1 or 2 Solaris 2.3 501-1780, 501-1810, 501-1959, 501-2044, 501-2496, 501-2507 The IPX was first supported in SunOS 4.1.1. CPU boards with the 100-2770-02 LSC L1A6341 ASIC are subject to bugs 1055265, 1057110, and 1057243 under SunOS 4.1.1 and 4.1.1 Rev B. The IPX supplement fixes these bugs, and was rolled into SunOS 4.1.2. Note that bug 1047696 in the installation of SunOS 4.1.1 and 4.1.1 Rev B causes trouble when mixing 4M and 16M SIMMs. "Install the 16MB SIMM in U0310 when installing miniunix." 501-1861 The ELC was first supported in SunOS 4.1.1c. Bug 1047696 in the installation of SunOS 4.1.1 and 4.1.1 Rev B causes trouble when mixing 4M and 16M SIMMs. "Install the 16MB SIMM in U0407 when installing miniunix." 501-1866, 501-2334, 501-2362 The SPARCcenter 2000 was first supported by Solaris 2.2 (SunOS 5.2). Solaris 2.2 supports up to five system boards, or eight MBus modules on four system boards. Solaris 2.3 supports up to the full complement of twenty MBus modules on ten system boards. 501-1889 SunOS 4.1.3 is required. 501-1899 SNC 1.2 for Solaris 1.1 requires the 501-1899-01. 501-2031, 501-2032, 501-2233, 501-2474 The SPARCstation LX/ZX was first supported in SunOS 4.1.3c. 501-2079, 501-2262, 501-2313 The SPARCclassic X was first supported in SunOS 4.1.3c. 501-2200, 501-2262, 501-2326 The SPARCclassic was first supported in SunOS 4.1.3c. 501-2218 SunOS 4.1.3 is required. 501-2219 SunOS 4.1.3 is required. Only one of these modules is supported in a system. 501-2239 SunOS 4.1.3 is required. 501-2258 SunOS 4.1.3 is required. Solaris 2.1 is required if two of these modules are installed. 501-2270 SunOS 4.1.3 is required. Solaris 2.1 is required if two of these modules are installed. 501-2274 MBus module(s) SunOS/Solaris version -------------- --------------------- SM20 * 1 SunOS 4.1.3 501-2336 The SPARCserver 1000 was first supported by Solaris 2.2 (SunOS 5.2). 501-2352 SunOS 4.1.3 is required. Solaris 2.1 is required if two of these modules are installed. 501-2353 Solaris 2.2 is required. 501-2359 SunOS 4.1.3 is required. Solaris 2.1 is required if two of these modules are installed. 501-2360 SunOS 4.1.3 is required. Solaris 2.1 is required if two of these modules are installed. 501-2361 SunOS 4.1.3 is required. Solaris 2.1 is required if two of these modules are installed. 501-2387 SunOS 4.1.3 is required. Solaris 2.1 is required if two of these modules are installed. 501-2377 The SPARCstation 10SX/10BSX was first supported by Solaris 2.3. 501-2431 Solaris 2.3, with the Solaris 2.3 Supplement CD (704-4195-10), is required. 501-2444 Solaris 2.3, with the Solaris 2.3 Supplement CD (704-4195-10), is required. 501-2445 Solaris 2.3, with the Solaris 2.3 Supplement CD (704-4195-10), is required. 501-8035, 501-8058, 501-8064 SunOS 4.1e is not supported by boot ROM version 1.4, but is by versions 1.5 and 1.6. CONNECTOR GLOSSARY ================== This Reference attempts to use the correct, or at least consistent, designations for all connectors. Some of these designations are not in common use, so this glossary lists and describes all connector names used. BNC Two-conductor (center and shield) coaxial connector with twist lock. Typically used for thin Ethernet. CARD-EDGE Not an official designation. A connector, usually without a shell, consisting of an extended piece of printed-circuit board with conductors on one or both sides, or a matching female connector, with a slot into which the circuit board extension is pushed. Common examples are the ISA, EISA, MicroChannel, PCI, and Multibus buses. DE Small D-subminiature shell, commonly used for nine-pin serial ports and video connectors, and fifteen-pin VGA video connectors. DE9 DE shell with nine pins in two rows, commonly called DB9. Typically used for serial ports and monochrome video connectors. DA Somewhat wider D-subminiature shell, commonly used for AUI Ethernet connectors (sometimes incorrectly called "thicknet") and game ports on IBM-type PCs. DA15 DA shell with fifteen pins in two rows, commonly called DB15. Typically used for AUI Ethernet and type-3 keyboard/mouse connectors. DB The most common size of D-subminiature shell, commonly used for 25-pin serial ports, SCSI ports on Macintoshes, and parallel ports on IBM-type PCs. DB25 DB shell with 25 pins in two rows. Typically used for serial ports. DD Large D-subminiature shell, not in common use outside of older Sun equipment. DD50 DD shell with 50 pins in three rows, commonly called DB50 or D50. Typically used for SCSI ports on older equipment. DIN-8 Not an official designation. Round DIN shell with eight pins. HD50 Not an official designation. D-subminiature-like shell with fifty closely-spaced pins in two rows, typically used for SCSI ports on newer equipment. HEADER Not an official designation. A connector, possibly without a shell, consisting of pins on 1/8" (???) centers, reminiscent of a jumper block, or a matching female connector. May have any number of pins or rows. Typically used only internally. Common examples are VME and the connectors on raw SCSI and IDE disk drives. 2/50,2/130,2/160 Bit 0 is at the top and bit 7 is at the bottom; the patterns below are shown with bit 0 on the left. Pattern Status Problem -------- ------ ------- 00000000 After complete power-up sequence System running OK 00000001 Finished self-test, setting up to Check CPU first, boot then expansion brd 00000010 Entering user watchdog routine Software bug 00000011 After local memory verified CPU 00000111 After diags, while setting up CPU 00001000 Blinks off and on while NMI OK System running OK 00010001 Testing context registers CPU 00100001 Testing constant data in seg map CPU 00100010 Testing addr dependency in seg map CPU 00100011 Testing data lines in seg map CPU 00110001 Testing constant data in page map CPU 00110011 Testing data lines in page map CPU 00110010 Testing addr dep in page map CPU 01000000 Testing PROM contents CPU or PROMs bad 01010000 Testing SCC chip(s) CPU 01110000 Sizing memory before constant test CPU, then expansion 01110001 Testing constant data in memory CPU, then expansion 01110010 Testing addr dependency in memory CPU, then expansion 01111111 Testing parity circuitry CPU, then expansion 10000001 Testing timer chip CPU 11110001 Setting up memory after diags CPU, then expansion 11110010 Setting up maps after diagnostics CPU 11110011 Setting up frame buffer and video CPU -- check video clock jumper jumpers 11110100 Setting up NMI or keyboard CPU 11111111 A reset sets LEDs to this state CPU or PROMs bad, or "bad device" 3/50 Bit 0 is on the left. The pattern is shown as it appears on the LEDs. Pattern Status Error -------- ------ ----- 11111111 Resetting CPU or PROMs bad 00000000 Test 0: CPU to SCC path CPU board (SCC) bad 10000000 Test 1: boot PROM Boot PROM bad 11000000 Test 3: context register CPU board (MMU) bad 00100000 Test 4: segment map RAM rd/wr CPU board (MMU) bad 10100000 Test 5: segment map RAM CPU board (MMU) bad 01100000 Test 6: page map RAM CPU board (MMU) bad 11100000 Test 7: memory data path CPU board bad 00010000 Test 8: bus error detection CPU board bad 10010000 Test 9: interrupt capability CPU board bad 01010000 Test 10: MMU read access CPU board bad 11010000 Test 11: MMU write access CPU board bad 00110000 Test 12: write to invalid page CPU board bad 10110000 Test 13: write to protected pg CPU board bad 01110000 Test 14: parity error check CPU board bad 11110000 Test 15: parity error check CPU board bad 00001000 Test 16: memory tests CPU board bad 00000001 Self-tests have found an error See below 00000010 An exception class error found See below "Marching ones" (cycling through 10000000, 01000000, 00100000, etc.) indicates that Unix is running OK. On power up, it cycles through the tests in the chart above, then boots Unix. Pattern 11111111 may also mean that a SCSI device was powered up prior to the CPU being powered up. If LED 7 (00000001) lights up while the tests are being performed, it indicates that the test failed. If LED 6 (00000010) lights up while the tests are being performed, it indicates that an unexpected error (bus error, address error, unexpected interrupt, etc.) occurred during the test. When all tests are finished, LED 5 (00000100) starts blinking to indicate that the ROM monitor is running and/or Unix is booting. 3/60,3/60LE Bit 0 is on the right. The pattern is shown as it appears on the LEDs. Pattern Status -------- ------ 11111111 Resetting 00000001 PROM checksum test 00000011 Context register test 00000100 Segment map read/write test 00000101 Segment map address test 00000110 Page map test 00000111 Memory path data test 00001000 Nonexistent memory bus error test 00001001 Interrupt test 00001010 Time-Of-Day clock interrupt test 00001011 MMU protection/status tests 00001110 Parity error test #1 00001111 Parity error test #2 00010000 Memory test 10000000 Self-tests have found an error 01000000 An exception class error occurred "Marching ones" (cycling through 10000000, 01000000, 00100000, etc.) indicates that Unix is running OK. On power up, it cycles through the tests in the chart above, then boots Unix. If LED 7 (10000000) lights up while the tests are being performed, it indicates that the test failed. If LED 6 (01000000) lights up with the tests are being performed, it indicates that an unexpected error (bus error, address error, unexpected interrupt, etc.) occurred during the test. When all tests are finished, LED 5 (00100000) starts blinking to indicate that the ROM monitor is running and/or Unix is booting. 3/2xx Bit 0 is at the top and bit 7 is at the bottom; the patterns below are shown with bit 0 on the left. Pattern Status -------- ------ 11111111 Resetting 10000000 PROM checksum test 01000000 DVMA register test 11000000 Context register test 00100000 Segment map read/write test 10100000 Segment map address test 01100000 Page map test 11100000 Memory path data test 00010000 Nonexistent memory bus error test 10010000 Interrupt test 01010000 Time-Of-Day clock interrupt test 11010000 MMU protection/status tests 00110000 ECC error test 10110000 Cache data 3-pattern test 01110000 Cache tag 3-pattern test 11110000 Memory tests 01001111 Initializing MMU 00000001 Self-tests have found an error 00000010 An exception class error occurred "Marching ones" (cycling through 10000000, 01000000, 00100000, etc.) indicates that Unix is running OK. On power up, it cycles through the tests in the chart above, then boots Unix. If LED 7 (00000001) lights up while the tests are being performed, it indicates that the test failed. If LED 6 (00000010) lights up while the tests are being performed, it indicates that an unexpected error (bus error, address error, unexpected interrupt, etc.) occurred during the test. When all tests are finished, LED 5 (00000100) starts blinking to indicate that the ROM monitor is running and/or Unix is booting. 100-1628 NVRAM 386i and 4/3xx/4xx 2Kx8 CMOS 100-2822 NVRAM SPARCcenter 2000 8Kx8 CMOS 100-2922 EEPROM SPARCserver 1000/SPARCcenter 2000 2Kx8 100-3528 NVRAM SPARCserver 1000 8Kx8 CMOS 120-1613 220/270-ohm terminator pack for 501-1102/1254/1451/1576 memory VME 140-1027 probably misprint for 150-1027 150-1027 fuse, 1A subminiature, 386i Ethernet and SCSI 150-1162 fuse, 1.5A, SPARCstation IPC keyboard/SCSI ? 150-1174 fuse, 2A, 3/80 Enet/kb, 4/3xx, SPARCstation 1,1+,IPC Enet/kb/SCSI 150-1346 external SCSI active terminator 150-1383 fuse, 1.5A, 3/80 SCSI 150-1537 SCSI terminator 150-1669 fused shunt 150-1974 fuse, 2A, SPARCstation IPC Ethernet ? 150-2085 fuse, 5A, SM20 SPARC module 180-1097 6' 115VAC power cable right angle 180-1117 video power cable 270-1059 6U/9U VME converter with backplane SCSI passthrough 270-1138 6U/9U VME converter with external SCSI connector 270-1402 bw2 analog/ECL framebuffer 3/80 P4 289-8849 type-3 keyboard 300-1016 3/160 850W Fuji PS 300-1028 176W Sun-3 shoebox PS, 5 taps (California DC) 300-1038 4/75 (SPARCstation 2) 85W power supply 300-1045 134W Sun-3 shoebox PS, 4 taps (Computer Products (Boschert)) 300-1065 690MP 1200W power supply 300-1073 S2000 power supply 2410W 300-1080 60W shoebox power supply 300-1081 Sparc 10 140W power supply 300-1096 power supply 269W Zytek 300-1100 S2000 AC distribution box 300-1105 44W shoebox power supply 300-1215 SPARCstation 5/20 power supply 150W 300-8504 386i power supply 265W 320-1005 type-4 US/UK keyboard 320-1009 type-4 UK keyboard 320-1040 type-4 Japanese keyboard 320-1072 type-5 US keyboard 320-1073 type-5 US/Unix keyboard 320-1085 type-5 UK keyboard 330-1228 hard drive holder 330-1242 hard drive holder 330-1304 SPARCstation IPC light pipe 340-1720 mounting bracket in Sun-3 shoebox 340-2611 fan 690 SCSI tray 360-1000 19" color monitor 360-1014 19" mono monitor 360-1015 15" color monitor (Hitachi HM4115) 1152x900 4BNC 360-1033 14" color monitor (Seiko CM1421) 1024x768 4BNC 365-1000 19/20" color monitor (Hitachi HM4119SA) 1152x900 4BNC 365-1005 19" mono monitor (Displaytek L7201SY01) 1600x1280 DB9 365-1006 19" color monitor (Hitachi) 4BNC 365-1007 19" mono monitor (Motorola) 1600x1280 DB9 365-1009 19" grayscale monitor (Philips) 2BNC 365-1010 19" grayscale monitor (Philips) 1152x900 2BNC 365-1011 19" mono monitor (Philips) 240VAC DB9 365-1013 19" mono monitor (Philips) DB9 365-1014 19" mono monitor (Philips) 240VAC DB9 365-1016 19" mono monitor (Elston DM19A0) 1152x900 DB9 365-1020 * 16" color monitor (Sony Trinitron) 4BNC? 13W3? 115VAC 365-1021 19" mono monitor 365-1022 16" color monitor (Sony) 240VAC 4BNC 365-1033 19" color monitor (Sony Trinitron) 365-1037 19" mono monitor 1152x900 365-1038 19" color monitor (Sony GDM-1604) 1152x900 4BNC 365-1039 19" color monitor (Sony) 240VAC 4BNC 365-1044 19" mono monitor (Philips) DB9 365-1045 19" mono monitor (Philips) 240VAC DB9 365-1047 19" mono monitor (Motorola L7201SY01) 1600x1280 DB9 365-1051 19" mono monitor (Philips) 115/240VAC 1152x900 DB9 365-1053 19" grayscale monitor (Philips) 2BNC 365-1054 19" color monitor (Hitachi) 240VAC 4BNC 365-1055 17" grayscale monitor (Zenith) 90-240VAC 13W3 365-1056 19" color monitor (Hitachi) 115VAC 4BNC 365-1059 mouse and pad kit 365-1063 * 16" color monitor (Sony Trinitron GDM-1604B15) 13W3 115VAC 1024x768 365-1065 19" color monitor (Sony GDM-1955A15) 1152x900 13W3 365-1066 19" color monitor (Sony GDM-1955A40) 1152x900 240VAC 13W3 365-1071 19" grayscale monitor (Philips) 1152x900 13W3 365-1073 19" color monitor 115/240VAC 365-1079 16" color (Sony Trinitron) 13W3 365-1080 16" color monitor (Sony Trinitron GDM-1604A40) 1024x768 240VAC 13W3 365-1081 19" color monitor (Sony Trinitron) 115VAC 13W3 365-1082 19" color monitor (Sony Trinitron) 240VAC 13W3 365-1086 19" mono monitor (Philips) 1152x900 DB9 365-1087 19" mono monitor (Philips) 1152x900 DB9 365-1089 SPARCprinter engine 365-1092 16" color monitor (Sony Trinitron) 13W3 365-1093 16" color monitor (Sony Trinitron GDM-1604B40) 240VAC 13W3 365-1094 17" grayscale monitor (Zenith) 90-240VAC 13W3 365-1095 19" color monitor (Sony) multisync 115/240VAC 13W3 365-1099 19" grayscale monitor (Hitachi? Philips?) multisync 115/240VAC 13W3 365-1100 17" grayscale monitor (71.7KHz horiz, 76Hz vert, 1152x900) 365-1112 19" color monitor (Sony Trinitron) multisync 365-1113 * 16" monitor (Sony) multisync 115/240VAC 13W3 365-1123 19" mono monitor (Motorola L7201SY01) 115VAC 1600x1280 DB9 365-1128 19" mono monitor (Motorola L7201SY01) 115VAC 1600x1280 DB9 365-1130 16/17" color monitor (Sony GDM-1662B) multisync 115/240VAC 13W3 365-1140 19" grayscale monitor (Philips) multisync 13W3 365-1143 16/17" color monitor (Philips C1764) 1152x900 13W3 365-1144 19" mono high-res monitor 365-1151 * 16" monitor (Sony) 13W3 115/240VAC 365-1154 19" grayscale monitor 76Hz vert 365-1159 * 16/17" color monitor (Sony Trinitron GDM-1662B) 13W3 115/240VAC 365-1160 19" Sun color monitor 76Hz vert, multiscan 13W3 365-1167 flat-screen color monitor (Sony GDM-20D10) 365-1168 19/20" grayscale monitor multiscan 365-1316 17" Sun color monitor 365-1324 20" flat-screen color monitor (Sony GDM-20D10) 13W3 multiscan 370-0167 ? * Computer Products Corporation TAPEMASTER Multibus 370-0288 See 501-0288 370-0502 ? * Computer Products Corporation TAPEMASTER Multibus 370-0502 ? Xylogics 472 1/2" 6250bpi tape controller Multibus 370-0551 141M Micropolis ESDI drive 370-1010 * Adaptec ACB4000 SCSI-MFM controller 370-1011 * Sysgen SC4000 SCSI/QIC-II controller 370-1012 * Xylogics 450 Multibus SMD controller 370-1021 * Sky Fast Floating-point Processor (FFP) Multibus 370-1029 Sky Fast Floating-point Processor (FFP) 6U VME 370-1039 ALM-8 set (370-1046/1047) 370-1040 ALM-14 set (370-1047/1048) 370-1046 ALM-8 USART Multibus 370-1047 ALM-8/14 controller Multibus 370-1048 ALM-14 USART Multibus 370-1049 SCP Multibus 370-1065 fan assembly 370-1095 type-3 keyboard 370-1128 SunLink channel adapter VME 370-1133 327M Micropolis ESDI drive 370-1165 690 power sequencer 370-1170 Sun-4 mouse 370-1200 104M Quantum SCSI drive 370-1207 4/75 (SPARCstation 2) 1.44M floppy drive 370-1218 150M SCSI QIC tape 370-1247 60M 1/4" tape drive 370-1312 white bezel CD-ROM 370-1327 207M Maxtor SCSI drive 370-1347 black bezel Sony CD-ROM 370-1354 3.5" Sony floppy drive 370-1368 Sun-4 mouse pad 370-1377 1.3G SCSI disk 370-1379 S2000 fan assembly 370-1388 * SM100 dual Ross SPARC module Mbus 40MHz 4/6xx 370-1392 424M SCSI disk 370-1401 * Prestoserve NFS accelerator SBus 370-1407 cg12 GS SBus framebuffer (triple slot) 370-1414 microphone 370-1420 4/75 (SPARCstation 2) 1.44M floppy drive 370-1546 1.05G SCSI disk 370-8012 power supply for SMD cabinet 500-8013 boot PROM daughtercard for 4/E CPU 501-8035/8058/8064 501-0288 * 3COM 3C400 Multibus Ethernet 501-0289 * cgone(?) color framebuffer Multibus 501-0461 Color processor Multibus 501-1003 * Multibus monochrome video/keyboard/mouse ECL-only 501-1004 * Sun-2 Multibus Ethernet 501-1006 * Sun-2 SCSI/serial Multibus 501-1007 * 100U,2/120,2/170 CPU 501-1013 * 1M Multibus RAM 501-1014 * cgtwo (2160) color framebuffer VME (2/130/160,3/1xx,3/2xx,3/4xx) 501-1020 * 2/50 1M memory VME 501-1045 * 6U VME "Sun-2" SCSI host adapter 501-1046 * 2/50 2M memory VME 501-1047 * 2/50 4M memory VME 501-1048 * 1M Multibus RAM 501-1051 * 2/120, 2/170 CPU Multibus 501-1052 * Multibus monochrome video/keyboard/mouse ECL/TTL 501-1054 Multibus-VME converter 501-1055 * GP graphics processor VME 501-1058 * GB graphics buffer VME 501-1067 * 2/50 3M memory VME 501-1070 2/130, 2/160 1M memory VME 501-1071 2/130, 2/160 3M memory VME 501-1074 * 3/1xx (3004/"Carerra") CPU VME 2M 501-1075 * 3/50 motherboard w/o FPU 501-1079 * 2/50 0M memory VME 501-1089 * cg3 framebuffer (3160) VME 4BNC double-buffered 501-1090 2/120 9-slot Multibus backplane 501-1094 * 3/1xx (3004/"Carerra") CPU VME 4M 501-1096 2/130, 2/160 2M memory VME 501-1097 2/130, 2/160 4M memory VME 501-1100 * 3/2xx CPU VME 501-1102 * 3/2xx,3/4xx,4/2xx 8M VME 501-1104 cg2 framebuffer VME 501-1105 FPA VME 501-1111 * 3/75 2M VME 501-1116 * cg3 framebuffer (3160) VME 4BNC 501-1121 * 3/75 0M VME 501-1122 * 3/75 4M VME 501-1125 IPC (floppy/parallel) 501-1131 * 3/1xx 2M VME 501-1132 * 3/1xx 4M VME 501-1133 * 3/50 motherboard w/o FPU 501-1134 * 3/110 CPU VME 501-1138 * combo: 501-1045 "Sun-2" SCSI in 270-1138 6U/9U VME 501-1139 * GP+ graphics accelerator VME 501-1141 * 2050 CPU VME 1M (2/50) 501-1142 * 2050 CPU VME 2M (2/50) 501-1143 * 2050 CPU VME 4M (2/50) 501-1144 * 2050 CPU VME 1M (2/130/160) 501-1145 * 2050 CPU VME 2M (2/130/160) 501-1146 * 2050 CPU VME 4M (2/130/160) 501-1147 combo: 501-1079 2/50 0M VME + 501-1045 "Sun-2" SCSI 6U VME 501-1148 combo: 501-1079 2/50 0M VME + 370-1029 Sky FFP 6U VME 501-1149 * combo: 501-1045 "Sun-2" SCSI in 270-1059 6U/9U VME 501-1151 Sky FFP VME 501-1153 Ethernet VME (Intel ethernet chip) 501-1154 Xylogics 450 SMD controller, Multibus in Multibus-VME converter 501-1155 Xylogics 472 1/2" tape controller (6250bpi) VME 501-1156 CPC 1/2" tape controller (1600bpi) VME 501-1157 ALM-1 VME 501-1158 SCP VME 501-1162 * 3/50 motherboard w/o FPU 501-1163 * 3/1xx (3004/"Carerra") CPU VME 2M 501-1164 * 3/1xx (3004/"Carerra") CPU VME 4M 501-1165 ALM-1 VME 501-1166 Xylogics 451 SMD controller, Multibus in Multibus-VME converter 501-1167 * combo: 501-1045 "Sun-2" SCSI in 270-1059 6U/9U VME 501-1170 * combo: 501-1236 "Sun-3" SCSI in 270-1059 6U/9U VME 501-1172 combo: 501-1121 3/1xx 0M VME + 501-1045 "Sun-2" SCSI 6U VME 501-1191 3x2 SCSI W/O P2 501-1199 * 4/1xx CPU VME 8M w/o FPU 501-1202 MAPKIT VME 501-1203 ALM-2 VME 501-1205 * 3/60 motherboard 4M with mono 501-1206 * 3/2xx CPU VME 501-1207 * 3/50 motherboard with FPU 501-1208 * 3/1xx (3004/"Carerra") CPU VME 4M 501-1209 * 3/110 CPU VME 501-1210 * cg4 framebuffer P4 3/60 4BNC 501-1214 IPC VME (286 with 1M, floppy port, parallel port) 501-1217 * combo: 501-1236 "Sun-3" SCSI in 270-1138 6U/9U VME 501-1221 MCP VME 501-1232 * 4M Multibus RAM 501-1236 * 6U VME "Sun-3" SCSI host adapter 501-1237 * 4/1xx CPU VME 8M with FPU 501-1239 1M x 9 SIMM 30-pin 100ns 3/60 501-1241 * 386i/150 motherboard 501-1243 * 386i cgthree color framebuffer 1152x900 501-1244 * 386i monochrome framebuffer 1152x900 501-1247 * mg3 ECL/TTL framebuffer P4 DB9 501-1248 * cg4 framebuffer P4 4BNC 501-1249 Xylogics 7053 SMD controller VME 501-1254 * 4/2xx 32M VME 501-1267 * cg5 framebuffer VME 501-1268 * gp2 graphics accelerator VME 501-1274 * 4/2xx CPU VME with FPC-6/4 501-1276 FDDI/DX VME 501-1277 3/50, 3/60 chassis 501-1278 gp2 graphics processor VME 501-1280 2-port X.25 501-1286 * 386i cgthree color framebuffer 1024x768 501-1298 * 386i/150/250 8M XP cache 501-1299 * 3/4xx CPU VME 501-1314 256K SIMM x 9 30-pin 4/1xx 501-1316 * 4/3xx CPU VME 8M 501-1317 * 4/330 16M 3U VME 501-1319 * cg3 framebuffer (3160) VME 1024x1024 501-1322 * 3/60 motherboard 4M w/o mono 501-1324 * 386i/250 motherboard 501-1325 * 386i/150/250 4M XP cache 501-1333 * 4/4xx 32M VME 501-1334 * 3/60 motherboard 0M with mono 501-1345 * 3/60 motherboard 0M w/o mono 501-1346 1M SIMM 3/60LE 501-1349 256K SIMM 3/60LE 501-1352 * 386i GXi color framebuffer 501-1371 * cg8 framebuffer P4 4BNC 501-1374 * cg6 framebuffer P4 13W3 501-1375 * 1M SIMM 386i/150/250 501-1378 * 3/60LE motherboard 501-1381 * 4/4xx CPU VME 501-1382 * 4/60 (SPARCstation 1) motherboard 501-1383 * TAAC-1 application accelator, POP board, VME 501-1384 4/1xx FPU2 501-1394 * 386i/150 4M dynamic 501-1397 * 386i SunVGA/EGA 501-1401 * 3/80 motherboard 501-1402 * mg4 ECL/TTL/Analog monochrome framebuffer P4 3/80 backpanel 501-1407 24-bit FRAM buffer SPARCstation 10 501-1408 1M SIMM x 9 100ns 30-pin 3/80, 4/3xx, SPARCstation 1,1+ 501-1413 * 386i/250 motherboard 501-1414 * 386i/150 motherboard 501-1415 cg3 framebuffer SBus 501-1419 mg1 framebuffer SBus 501-1423 * see 555-1423 501-1424 * 1M SIMM 386i/150/250 501-1426 * 2/50 CPU 1M VME 501-1427 * 2/50 CPU 2M VME 501-1428 * 2/50 CPU 3M VME 501-1429 * 2/130,2/160 CPU 1M VME 501-1430 * 2/130,2/160 CPU 2M VME 501-1431 * 2/130,2/160 CPU 3M VME 501-1433 * 386i monochrome framebuffer 1024x768 501-1434 * cg9 framebuffer VME 13W3 501-1436 * 4/330 8M 6U VME 501-1441 * 386i/150 8M dynamic 501-1443 * cg4 framebuffer P4 13W3 3/80 backpanel 501-1447 * TAAC-1 application accelerator, DFB board, VME 501-1450 Ethernet SBus 501-1451 * 3/4xx,4/2xx 32M VME 501-1455 mg2 framebuffer SBus 13W3 501-1462 * 4/1xx CPU VME 16M w/o FPU 501-1463 * 4/1xx CPU VME 16M with FPU 501-1464 * 4/1xx CPU VME 32M w/o FPU 501-1465 * 4/1xx CPU VME 32M with FPU 501-1466 1M SIMM x 9 30-pin 4/1xx, 4/3xx, 4/6xx (expansion only) 501-1481 cg6 framebuffer SBus 501-1482 * 386i/150/250 0M XP cache 501-1483 * DC to DC converter for 501-1637 in 3/80 501-1491 * 4/2xx CPU VME with FPU-2 2-hi backpanel 501-1495 * 4/3xx 48M VME 501-1505 * cg6 framebuffer P4 3/80 backpanel 13W3 501-1510 1M SIMM 386i/150/250 501-1511 Serial/parallel SPC/S 501-1512 * 4/1xx CPU VME 8M w/o FPU 501-1513 * 4/1xx CPU VME 8M with FPU 501-1514 * 4/1xx CPU VME 16M w/o FPU 501-1515 * 4/1xx CPU VME 16M with FPU 501-1516 * 4/1xx CPU VME 32M w/o FPU 501-1517 * 4/1xx CPU VME 32M with FPU 501-1518 * cg8 framebuffer P4 13W3 501-1522 * 4/2xx CPU VME with FPC-6/4 2-hi backpanel 501-1532 * cg6 framebuffer P4 13W3 501-1537 * VX Visualization Accelerator/Super Frame Buffer VME 501-1538 * MVX Visualization Accelerator/Pixel Processor VME 501-1563 * 4/3xx 24M VME 501-1564 * 4/3xx 8M VME 501-1567 * 386i monochrome framebuffer 1152x900 501-1568 * 386i monochrome framebuffer 1024x768 501-1539 ISP-80 IPI disk controller VME 501-1540 Bi-Pro for SPARCprinter, SBus 501-1544 1M SIMM x 9 30-pin 4/3xx 501-1550 * 3/4xx CPU VME 501-1561 mg2 framebuffer SBus 13W3 501-1563 4/3xx VME memory (1M or 4M SIMMs, max 48M/192M) 501-1565 1M SIMM x 9 30-pin 4/3xx, 4/6xx (expansion only) 501-1567 mono framebuffer 386i 1152x900 501-1568 mono framebuffer 386i 1024x768 64KHz horizontal 66Hz vertical 501-1576 * 3/4xx,4/2xx 16M VME 501-1577 * cg8 framebuffer 13W3 3/80 backpanel 501-1596 frontplane connector for VX/MVX Visualization Accelerator 501-1624 gt (Graphics Tower) graphics accelerator 13W3 501-1625 4M SIMM x 9 30-pin 80ns SPARCstation 1,1+,IPC 501-1627 * 4/20 (SPARCstation SLC) motherboard 8M 501-1629 * 4/60 (SPARCstation 1) motherboard 501-1632 4/65 (SPARCstation 1+) motherboard 501-1637 * mg3 ECL/TTL framebuffer P4 DB9 3/80 backpanel 501-1638 * 4/75 (SPARCstation 2) motherboard 16M FCC-A 501-1645 cg6 framebuffer SBus 2-slot 13W3 501-1650 * 3/80 motherboard 501-1656 * 4/1xx CPU VME 8M w/o FPU 501-1657 * 4/1xx CPU VME 8M with FPU 501-1658 * 4/1xx CPU VME 16M w/o FPU 501-1659 * 4/1xx CPU VME 16M with FPU 501-1660 * 4/1xx CPU VME 32M w/o FPU 501-1661 * 4/1xx CPU VME 32M with FPU 501-1667 SBus dummy "Load Board" 501-1672 cg6 framebuffer SBus 13W3 501-1676 4M SIMM x 33 72-pin SLC 501-1680 * 4/20 (SPARCstation SLC) motherboard 0M 501-1682 4M SIMM x 9 30-pin 4/3xx, 4/6xx (expansion only) 501-1686 * 4/6xx motherboard 0M VME 501-1689 * 4/40 (SPARCstation IPC) motherboard 8M FCC-A 501-1690 4/40 (SPARCstation IPC) motherboard ? 501-1692 Graphics Tower SBus to GT front end interface 501-1693 Graphics Tower SBus adapter 501-1697 1M SIMM x 9 30-pin 80ns 4/3xx, SPARCstation 1+,IPC 501-1698 4M SIMM x 33 72-pin SPARCstation SLC, ELC 501-1703 * 4/3xx 32M VME 501-1704 * 4/330 32M 3U VME 501-1706 Videopics framegrabber SBus 2RCA 501-1711 * 4/330 16M 3U VME 501-1718 cg3 framebuffer SBus 66/76Hz vertical 13W3 501-1720 * 4/20 (SPARCstation SLC) motherboard 8M 501-1721 * 4/4xx 128M VME 501-1723 * 4/330 8M 3U VME 501-1725 HSI/S high-speed sync serial 501-1727 HSI SBus PCB 501-1730 4/25 (SPARCstation ELC) motherboard ? 501-1733 SPARCstation 10 motherboard 501-1739 4M SIMM x 9 80ns 30-pin 4/3xx, 4/6xx, SPARCstation IPC,1,1+,2 501-1742 * 4/3xx CPU VME 32M 501-1744 * 4/75 (SPARCstation 2) motherboard 0M FCC-A 501-1748 * 4/20 (SPARCstation SLC) motherboard 501-1755 * 4/330 32M 3U VME 501-1767 * 4/6xx 64M VME 501-1776 4/20 (SPARCstation SLC) motherboard ? 501-1777 4/20 (SPARCstation SLC) motherboard ? 501-1780 * 4/50 (SPARCstation IPX) motherboard 16M 501-1785 * 16M SIMM 70ns SPARCstation 10 501-1810 * 4/50 (SPARCstation IPX) motherboard 0M 501-1812 4M SIMM x 33 72-pin SPARCstation ELC, IPX 501-1817 8M SIMM 70ns SPARCserver 1000/SPARCcenter 2000 501-1822 16M SIMM x 33 72-pin SPARCstation ELC, IPX 501-1823 * 4/75 (SPARCstation 2) 32M primary expansion memory 501-1824 * 4/75 (SPARCstation 2) 32M secondary expansion memory 501-1835 * 4/40 (SPARCstation IPC) motherboard 8M FCC-B 501-1840 SBus expansion adapter 501-1845 ZX accelerated framebuffer 501-1847 * Prestoserve NFS accelerator VME 501-1850 SCSI SBus 501-1855 * ISP-80 IPI disk controller 501-1858 * 4/75 (SPARCstation 2) motherboard 16M FCC-B 501-1859 * 4/75 (SPARCstation 2) motherboard 0M FCC-B 501-1860 SBE/S SCSI/Ethernet SBus 501-1861 * 4/25 (SPARCstation ELC) motherboard 501-1866 * SPARCcenter 2000 motherboard XDBus 0M 501-1870 * 4/40 (SPARCstation IPC) motherboard 8M FCC-B 501-1881 Ethernet SBus 501-1889 * SM30 SPARC module Mbus 33MHz SPARCstation 10 model 20 501-1894 4/6xx 501-1686 (<= -11) or 501-2055 (>= -12) w/SM100, 64M 501-1895 4/6xx 501-1686 (<= -3) or 501-2055 (>= -4) w/2*SM100, 64M 501-1896 4/6xx 501-1686 (<= -11) or 501-2055 (>= -12) w/SM100, 128M 501-1897 4/6xx 501-1686 (<= -11) or 501-2055 (>= -12) w/SM100, 128M 501-1899 * 4/4xx CPU 0M W/FPP 501-1901 * 4/6xx 0M VME 501-1902 SBus differential SCSI 501-1909 cg3 framebuffer SBus 501-1910 Bi-Pro for SPARCprinter, SBus 501-1912 * 4/75 (SPARCstation 2) motherboard 32M FCC-B 501-1915 16M SIMM x 33 72-pin SPARCstation IPX 501-1926 * 4/75 (SPARCstation 2) motherboard 32M FCC-B 501-1930 * 64M SIMM 70ns SPARCstation 10 501-1932 SBus token ring 501-1938-07 SPARCstation 10 501-1733 (270-1733-12) w/SM30, 32M or 501-2259 (270-1733-13) w/SM30, 32M, GT/ZX 501-1938-09 SPARCstation 10 501-2365 (270-1733-14) w/SM30, 32M, GT/ZX 501-1940 SPARCstation 10 501-2365 (270-1733-14) w/SM51, 64M, GT/ZX 501-1941-05 SPARCstation 10 501-1733 (270-1733-12) w/SM41, 32M or 501-2259 (270-1733-13) w/SM41, 32M, GT/ZX 501-1941-07 SPARCstation 10 501-2365 (270-1733-14) w/SM41, 32M, GT/ZX 501-1942 SPARCstation 10 501-2365 (270-1733-14) w/SM52, 64M, GT/ZX 501-1955 SBus expansion 501-1957 SCSI tray ID board 501-1959 * 4/50 (SPARCstation IPX) motherboard 16M 501-1974 * 4/40 (SPARCstation IPC) motherboard 8M FCC-B 501-1979 * SPARCserver 1000 system control board 501-1981 SunPC accelerator 486DX 25MHz SBus 501-1989 * 4/75 (SPARCstation 2) motherboard 16M FCC-B 501-1991 4M SIMM 60ns SPARCclassic/SPARCclassic X, SPARCstation LX/ZX 501-1995 * 4/75 (SPARCstation 2) motherboard 0M FCC-B 501-1996 SBus GX framebuffer 501-2001 * 2M NVSIMM SPARCstation 10 501-2012 SPARCstation 10SX/10BSX 501-2377 w/SM40, 32M, 4M VSIMM 501-2013 SPARCstation 10SX/10BSX 501-2377 w/SM51, 32M, 4M VSIMM 501-2015 SBus fast SCSI and second Ethernet controller 501-2020 SX graphics SBus 501-2031 * 4/30 (SPARCstation LX/ZX) motherboard 32M 501-2032 * 4/30 (SPARCstation LX/ZX) motherboard 16M 501-2039 GX+ graphics accelerator SBus 501-2044 * 4/50 (SPARCstation IPX) motherboard 0M 501-2055 * 4/6xx motherboard 0M VME 501-2056 4/6xx 501-2055 w/SM41, 64M 501-2057 4/6xx 501-2055 w/SM41, 128M 501-2059 16M SIMM 60ns SPARCclassic/SPARCclassic X, SPARCstation LX/ZX 501-2060 16M SIMM x 9 80ns 30-pin 4/6xx 501-2061 1M VSIMM SPARCstation LX/ZX 501-2072 4/6xx 501-2055 w/2*SM41, 128M 501-2079 * 4/10 (SPARCclassic X) motherboard 4M 501-2196 32M SIMM 70ns SPARCserver 1000/SPARCcenter 2000 501-2197 * 1M NVSIMM SPARCserver 1000/SPARCcenter 2000 501-2200 * 4/15 (SPARCclassic) motherboard 16M 501-2208 SPARCcenter 2000 motherboard w/128M @ 8M SIMMs, 2*SM41 501-2209 SPARCcenter 2000 motherboard w/64M @ 8M SIMMs, 2*SM41 501-2218 * SM20 SPARC module Mbus 33MHz, SPARCstation 10 model 20 501-2219 * SM40 SPARC module Mbus 40MHz, SPARCstation 10 501-2221 SPARCcenter 2000 motherboard w/128M @ 8M SIMMs 501-2223 SPARCcenter 2000 motherboard w/2*SM51 501-2233 * 4/30 (SPARCstation LX/ZX) motherboard 0M 501-2237 SPARCstation 10 501-1733 (270-1733-12) w/SM30, 0M 501-2237-04 SPARCstation 10 501-2259 (270-1733-13) w/SM30, 0M, GT/ZX 501-2237-07 SPARCstation 10 501-2365 (270-1733-14) w/SM30, 0M, GT/ZX 501-2238 SPARCstation 10 501-1733 (270-1733-12) w/SM41, 0M 501-2238-03 SPARCstation 10 501-2259 (270-1733-13) w/SM41, 0M, GT/ZX 501-2238-06 SPARCstation 10 501-2365 (270-1733-14) w/SM41, 0M, GT/ZX 501-2239 * SM30 SPARC module Mbus 36MHz, SPARCstation 10 501-2241 SPARCstation 10 501-2274 w/SM20, 32M 501-2241-03 SPARCstation 10 501-2274-06 (270-1733-12) w/SM20, 32M, GT/ZX 501-2241-04 SPARCstation 10 501-2274-07 (270-1733-13) w/SM20, 32M, GT/ZX 501-2245-03 SPARCserver 1000 501-2336 w/32M @ 8M SIMMs, SM41 501-2245-04 SPARCserver 1000 501-2336 w/32M @ 8M SIMMs, SM51 501-2247-03 SPARCserver 1000 501-2336 w/64M @ 8M SIMMs, 2*SM41 501-2247-04 SPARCserver 1000 501-2336 w/64M @ 8M SIMMs, 2*SM51 501-2248-03 SPARCserver 1000 501-2336 w/128M @ 32M SIMMs, 2*SM41 501-2248-04 SPARCserver 1000 501-2336 w/128M @ 32M SIMMs, 2*SM51 501-2253 Turbo GX Plus framebuffer 501-2258 * SM41 SPARC module Mbus 40MHz, 4/6xx, SPARCstation 10 501-2259 SPARCstation 10 motherboard 501-2260 SPARCstation 10 501-2259 (270-1733-12/13) w/SM30, 32M, GT/ZX 501-2261 SPARCstation 10 501-2259 (270-1733-12/13) w/SM41, 32M, GT/ZX 501-2262 * 4/10/15 (SPARCclassic X/SPARCclassic) motherboard 0M 501-2270 * SM41 SPARC module Mbus 40MHz, 4/6xx, SPARCstation 10, SPARCserver 1000 (>= -04), SPARCcenter 2000 (>= -04) 501-2273 * 16M SIMM 70ns SPARCstation 10 501-2274 SPARCstation 10 motherboard (model 20 only) 501-2289 1M SIMM 60ns SPARCclassic X 501-2295-01 SPARCstation 10 501-1733 (270-1733-12) w/SM40, 32M or 501-2259 w/SM40, 32M, GT/ZX 501-2295-03 SPARCstation 10 501-2365 (270-1733-14) w/SM40, 32M, GT/ZX 501-2296 SPARCcenter 2000 motherboard w/64M @ 8M SIMMs, 8M NV @ 1M NVSIMMs, 2*SM41 501-2300 4/6xx 501-2055 w/2*SM41, 64M 501-2306 4M VSIMM SPARCstation 10SX/10BSX 501-2313 * 4/10 (SPARCclassic X) motherboard 8M 501-2318 * SM41 SPARC module Mbus 33MHz, SPARCcenter 2000 501-2321 SPARCcenter 2000 motherboard w/256M @ 32M SIMMs, 2*SM41 501-2322 SPARCcenter 2000 motherboard w/256M @ 32M SIMMs, 8M NV @ 1M NVSIMMs 501-2323 SPARCcenter 2000 motherboard w/512M @ 32M SIMMs, 2*SM41 501-2324 SPARCstation 20 motherboard 501-2325 Turbo GX/cg6 framebuffer/graphics accelerator SBus 13W3 501-2326 * 4/15 (SPARCclassic) motherboard 32M 501-2334 * SPARCcenter 2000 motherboard XDBus 0M 501-2336 * SPARCserver 1000 motherboard XDBus 0M 501-2338 SPARCserver 1000 motherboard ? 501-2342 8M VSIMM SPARCstation 10SX/10BSX 501-2343 SPARCstation 10SX/10BSX 501-2377 w/SM40, 32M, 8M VSIMM 501-2344 SPARCstation 10SX/10BSX 501-2377 w/SM51, 32M, 8M VSIMM 501-2345 SPARCstation 10SX/10BSX 501-2377 w/2*SM40, 32M, 4M VSIMM 501-2346 SPARCstation 10SX/10BSX 501-2377 w/2*SM51, 64M, 8M VSIMM 501-2351 SPARCstation 10 501-2365 (270-1733-14) w/SM41, 64M, GT/ZX 501-2352 * SM51 SPARC module Mbus 50MHz, 4/6xx, SPARCstation 10 501-2353 * SM51-2 SPARC module Mbus 50MHz, SPARCcenter 2000 501-2358 * SM40 SPARC module Mbus 40MHz, SPARCstation 10 501-2359 * SM41 SPARC module Mbus 40MHz, 4/6xx, SPARCstation 10, SPARCcenter 2000 501-2360 * SM51 SPARC module Mbus 50MHz, 4/6xx, SPARCstation 10, SPARCserver 1000 501-2361 * SM51 SPARC module Mbus 50MHz, 4/6xx, SPARCstation 10 501-2362 * SPARCcenter 2000 motherboard XDBus 0M 501-2365 SPARCstation 10 motherboard 501-2375 SPARCstation 10 501-2365 (270-1733-14) w/SM40, 32M, GT/ZX 501-2377 * SPARCstation 10SX/BSX motherboard 0M 501-2386 4/6xx 501-2055 w/2*SM51, 128M 501-2387 * SM51 SPARC module Mbus 50MHz, 4/6xx, SPARCstation 10, SPARCserver 1000 501-2389 SPARCstation 10 501-2365 (270-1733-14) w/SM51, 32M, GT/ZX 501-2395 audio daughterboard for SPARCstation 10SX/10BSX 501-2411 SPARCstation 10SX/10BSX 501-2377 w/2*SM51X, 32M, 8M VSIMM 501-2412 * SPARCserver 1000 system control board unprogrammed 501-2413 SPARCstation 10 501-2259 (270-1733-13) w/SM41, 0M, GT/ZX 501-2414-01 SPARCstation 10 501-2259 (270-1733-13) w/SM40, 0M, GT/ZX 501-2429 SPARCserver 1000 501-2336 w/64M @ 8M SIMMs, 2*SM41 501-2430 SPARCserver 1000 501-2336 w/512M @ 32M SIMMs, 2*SM41 501-2431 * SM52X dual SPARC module Mbus 50MHz, SPARCstation 10 501-2433 2M SIMM 60ns SPARCclassic X 501-2437 SPARCcenter 2000 motherboard w/128M @ 8M SIMMs, 2*SM51 501-2438 SPARCcenter 2000 motherboard w/64M @ 8M SIMMs, 2*SM51 501-2439 SPARCcenter 2000 motherboard w/512M @ 32M SIMMs 501-2444 * SM520 dual SPARC module Mbus 50MHz, 4/6xx 501-2445 * SM521 dual SPARC module Mbus 50MHz, 4/6xx 501-2448 SPARCcenter 2000 motherboard w/64M @ 8M SIMMs 501-2459 4/6xx 501-2055 w/2*SM52, 128M 501-2460 4M SIMM x 9 30-pin 4/6xx 501-2471 32M SIMM SPARCstation 5 501-2474 * 4/30 (SPARCstation LX/ZX) motherboard 0M 501-2475 4/6xx 501-2055 w/SM51, 64M 501-2479 16M SIMM 60ns SPARCstation 20 501-2480 64M SIMM SPARCstation 20 501-2480 64M SIMM 60ns SPARCstation 2/5 501-2482 8M video memory 501-2495 * 4/75 (SPARCstation 2) motherboard 0M (270-1926) w/SPARC POWER uP 501-2496 * 4/50 (SPARCstation IPX) motherboard 0M (270-1780) w/SPARC POWER uP 501-2504 SPARCcenter 2000 motherboard w/512M @ 32M SIMMs, 2*SM51 501-2505 * 4/75 (SPARCstation 2) motherboard 0M (270-1638) w/SPARC POWER uP 501-2506 * 4/75 (SPARCstation 2) motherboard 0M (270-1858) w/SPARC POWER uP 501-2507 * 4/50 (SPARCstation IPX) motherboard 0M (270-1959) w/SPARC POWER uP 501-2512 SPARCstation 10SX/10BSX 501-2377 w/2*SM40, 32M, 8M VSIMM 501-2528 50MHz SPARC module 501-2541 SPARCserver 1000 501-2336 w/0M, 2*SM51 501-2543 60MHz SPARC module 501-2601 50MHz SPARC module 501-2622 32M SIMM for SPARCstation 20 501-8005 color framebuffer VME 501-8006 memory board 501-8020 * 3/E mono framebuffer 1152x900 6U VME 501-8028 * 3/E single-board CPU 6U VME 501-8029 * 3/E color framebuffer cgtwo 1152x900 6U VME 501-8030 * 3/E 12M 6U VME 501-8031 * 3/E 4M 6U VME 501-8035 * 4/E (SPARCengine 1) single-board CPU VME 4M w/Weitek 501-8036 * 4/E 16M 6U VME 501-8043 mg1 framebuffer SBus DB9 501-8042 * 4/E 4M 6U VME 501-8044 cg3 framebuffer SBus 501-8058 * 4/E (SPARCengine 1) single-board CPU VME 4M w/o Weitek 501-8060 * 4/E combo memory/SBus slots (0M) 501-8064 * 4/E (SPARCengine 1) single-board CPU VME 16M w/Weitek 520-1221 IDPROM Carrera (3004) CPU 3/75/140/150/160/180 520-1295 IDPROM 3/50 520-1322 IDPROM 3/2xx 520-1412 IDPROM 3/110 520-1532 IDPROM 4/2xx 520-1559 IDPROM 3/60 520-1638 IDPROM 4/1xx 520-1811 IDPROM 386i 520-2749 NVRAM 4/20 2Kx8 CMOS 520-8049 IDPROM 3/E 523-2136 IDPROM 4/3xx 523-2113 ROM for cg8 framebuffer 3/60 P4 523-8151 NVRAM 4/E 2Kx8 CMOS 525-1023 firmware for ISP-80 IPI disk controller 525-1024 firmware for ISP-80 IPI disk controller 525-1025 firmware for ISP-80 IPI disk controller 525-1031 NVRAM 3/80 2Kx8 CMOS 525-1032 NVRAM 4/60 2Kx8 CMOS 525-1071 4/2xx boot PROM 525-1074 4/2xx boot PROM 525-1075 4/2xx boot PROM 525-1076 4/2xx boot PROM 525-1083 IDPROM 3/4xx 525-1084 NVRAM 4/40 2Kx8 CMOS 525-1100 IDPROM 4/4xx 525-1109 NVRAM 4/65 2Kx8 CMOS 525-1112 NVRAM 4/75 2Kx8 CMOS 525-1180 NVRAM 4/50 2Kx8 CMOS 525-1181 NVRAM 4/6xx 8Kx8 CMOS 525-1184 NVRAM SPARCstation 10 8Kx8 CMOS 525-1188 NVRAM 4/25 2Kx8 CMOS 525-1203 NVRAM 4/15/30 8Kx8 CMOS 525-1343 NVRAM 4/10 8Kx8 CMOS 530-1025 34-conductor ribbon cable 530-1054 2/120 internal serial cable 530-1056 null modem cable 530-1282 SCSI cable/external connector for 270-1059 530-1336 ECL mono video cable 530-1359 ECL mono video cable 530-1378 SMD disk cables 530-1379 SMD disk cables 530-1440 1.2M color video cable 530-1442 1.8M keyboard cable 530-1443 4.6M keyboard cable 530-1446 color video cable DB13W3 to 4BNC 530-1451 4/75 (SPARCstation 2) internal SCSI cable 530-1452 4/75 (SPARCstation 2) 34-conductor floppy cable 530-1453 4/75 (SPARCstation 2) DC power harness 530-1478 2M mini-DIN (type 4/5) to DB-15 (type 3) keyboard cable 530-1479 4.6M mini-DIN (type 4/5) to DB-15 (type 3) keyboard cable 530-1503 2M SCSI cable 530-1509 15" cg6 video cable 530-1594 audio cable 530-1621 386i video/keyboard cable 530-1662 1M serial port cable 530-1675 DC tray harness 530-1679 4/75 (SPARCstation 2) floppy DC power cable 530-1680 SCSI-2 to SPARCprinter parallel port cable 530-1681 power harness 530-1738 S2000 AC distribution to power supply cable 530-1741 S2000 fan DC power cable 530-1793 SCSI-2 cable 530-1814 4/75 (SPARCstation 2) memory expansion cable 530-1829 1M SCSI-2 to D50 cable 530-1836 2M SCSI-2 cable 530-1847 Sparc 10 internal SCSI cable 530-1848 Sparc 10 DC power cable 530-1870 1.2M video cable 530-1881 690 differential SCSI tray DC harness 530-1883 690 20cm external differential SCSI cable 530-1885 690 2M external differential SCSI cable 530-1886 690 12M external differential SCSI cable 530-1904 690 3M internal differential SCSI cable 540-1005 19" mono monitor 1152x900 540-1029 19" mono monitor 1152x900 540-1062 19" mono monitor (Philips M19P114A) 1152x900 540-1094 19" color monitor (Hitachi) 4BNC 540-1240 19" mono monitor (Moniterm VR1000L20) 1152x900 DB9 540-1300 RC network for 2/160 PS 540-1343 19" grayscale monitor 2BNC 540-1357 19" mono monitor (Philips) DB9 540-1358 19" mono monitor (Philips) DB9 540-1427 19" mono monitor (Motorola) 1600x1280 DB9 540-1514 19" grayscale monitor 1152x900 2BNC 540-1533 19" mono monitor (Philips) 540-1702 3/80 chassis 540-1751 fan in Sun-3 shoebox 540-1802 4/75 (SPARCstation 2) DC fan assembly 540-1813 CDC 688M SMD disk 540-1993 4/75 (SPARCstation 2) chassis with speaker 540-2005 911M 6M/sec IPI disk 540-2024 power supply 540-2191 HSI/S patch assembly 540-2220 Sparc 10 speaker box 540-2240 SunPC i486DX 25MHz SBus 555-1054 * 386i/150/250 0M XP cache 555-1200 670/690 boot PROM kit (set of four) 555-1423 * 386i/150 0M dynamic 570-1421 Network coprocessor (NC400) VME 595-1509 Sun-3 shoebox 595-1711 150M 1/4" Archive tape drive 595-2062 serial/parallel SBus 595-2249 4/75 (SPARCstation 2) boot PROM kit ETHERNET ======== FOO-AAA The pinout of the 501-1074, 501-1094, 501-1134, 501-1163, 501-1164, 501-1209 AUI Ethernet connector is: 2 E.COL+ 9 E.COL- 3 E.TxD+ 10 E.TxD- 5 E.RxD+ 12 E.RxD- 6 GND 13 +12V 7 VCC (see J2503) FOO-AAE The pinout of the 501-1075, 501-1133, 501-1162, 501-1207, 501-1208 AUI Ethernet connector is: 2 E.COL+ 9 E.COL- 3 E.TxD+ 10 E.TxD- 5 E.RxD+ 12 E.RxD- 6 GND 13 +12V FOO-AAG The pinout of the 501-1100, 501-1206 AUI Ethernet connector is: 1 chassis ground 7 VCC (see J2401) 2 E.COL+ 9 E.COL- 3 E.TxD+ 10 E.TxD- 4 chassis ground 12 E.RxD- 5 E.RxD+ 13 +12V 6 GND FOO-AAI The pinout of the 501-1141, 501-1142, 501-1143, 501-1144, 501-1145, 501-1146, 501-1426, 501-1427, 501-1428, 501-1429, 501-1430, 501-1437 AUI Ethernet connector is: 2 E.COL+ 9 E.COL- 3 E.TxD+ 10 E.TxD- 5 E.RxD+ 12 E.RxD- 6 GND 13 +12V 7 VCC (see J702) FOO-AAK The pinout of the 501-1205, 501-1322, 501-1334, 501-1378 AUI Ethernet connector is: 1 chassis ground 7 VCC 2 E.COL+ 9 E.COL- 3 E.TxD+ 10 E.TxD- 4 chassis ground 12 E.RxD- 5 E.RxD+ 13 +12V 6 GND FOO-AAM The pinout of the 501-1299, 501-1550 AUI Ethernet connector is: 1 chassis ground 6 GND 2 E.COL+ 9 E.COL- 3 E.TxD+ 10 E.TxD- 4 chassis ground 12 E.RxD- 5 E.RxD+ 13 +12V VIDEO ===== FOO-AAB The pinout of the 501-1074, 501-1075, 501-1094, 501-1100, 501-1133, 501-1162, 501-1163, 501-1164, 501-1205, 501-1206, 501-1207, 501-1208, 501-1322, 501-1334 monochrome video connector is: 1 VIDEO+ 6 VIDEO- 3 HSYNC 7 GND 4 VSYNC 8 GND 9 GND FOO-AAJ The pinout of the 501-1141, 501-1142, 501-1143, 501-1144, 501-1145, 501-1146, 501-1426, 501-1427, 501-1428, 501-1429, 501-1430, 501-1437 monochrome video connector is: 1 VIDEO+ 6 VIDEO- 3 HSYNC 7 GND 4 VSYNC 8 GND 5 VCC 9 GND KEYBOARD AND MOUSE ================== FOO-AAC The pinout of the 501-1074, 501-1075, 501-1094, 501-1100, 501-1133, 501-1134, 501-1162, 501-1163, 501-1164, 501-1205, 501-1206, 501-1207, 501-1208, 501-1209, 501-1299, 501-1322, 501-1334, 501-1378, 501-1550 keyboard/mouse connector is: 1 RxD0 (keyboard) 8 GND 2 GND 9 GND 3 TxD0 (keyboard) 10 VCC 4 GND 11 VCC 5 RxD1 (mouse) 12 VCC 6 GND 14 VCC 7 TxD1 (mouse) 15 VCC SERIAL ====== FOO-AAD The pinout of the 501-1074, 501-1075, 501-1094, 501-1100, 501-1133, 501-1134, 501-1162, 501-1163, 501-1164, 501-1205, 501-1206, 501-1207, 501-1208, 501-1209, 501-1299, 501-1322, 501-1334, 501-1378, 501-1550 serial ports is: 2 TxD (transmit data) 8 DCD (Data Carrier Detect) 3 RxD (receive data) 15 DB (transmit clock from DCE) 4 RTS (Request To Send) 17 DD (receive clock from DCE) 5 CTS (Clear To Send) 20 DTR (Data Terminal Ready) 6 DSR (Data Set Ready) 24 DA (transmit clock from DTE) 7 GND 25 VERR (-5V) The DB, DD, and DA signals are not used with ordinary asynchronous equipment such as most modems and terminals, printers, etc.). FOO-AAH The pinout of the 501-1141, 501-1142, 501-1143, 501-1144, 501-1145, 501-1146, 501-1426, 501-1427, 501-1428, 501-1429, 501-1430, 501-1437 serial ports is: 2 TxD (transmit data) 8 DCD (Data Carrier Detect) 3 RxD (receive data) 15 DB (transmit clock from DCE) 4 RTS (Request To Send) 17 DD (receive clock from DCE) 5 CTS (Clear To Send) 20 DTR (Data Terminal Ready) 6 DSR (Data Set Ready) 24 DA (transmit clock from DTE) 7 GND The DB, DD, and DA signals are not used with ordinary asynchronous equipment such as most modems and terminals, printers, etc.). SCSI ==== FOO-AAF The pinout of the 501-1075, 501-1133, 501-1162, 501-1207 SCSI connector is: 1 GND 17 GND 34 GND 2 data bus 0 18 data parity 35 GND 3 GND 19 GND 36 busy 4 data bus 1 20 GND 37 GND 5 GND 21 GND 38 acknowledge 6 data bus 2 22 GND 39 GND 7 GND 23 GND 40 reset 8 data bus 3 24 GND 41 GND 9 GND 25 GND??? 42 message 10 data bus 4 26 ??? 43 GND 11 GND 27 GND 44 select 12 data bus 5 28 GND 45 GND 13 GND 29 GND 46 command/data 14 data bus 6 30 GND 47 GND 15 GND 31 GND 48 request 16 data bus 7 32 attention 49 GND 33 GND 50 input/output and the pattern of the pins is: 49 46 43 .... 19 16 13 10 7 4 1 48 45 42 .... 18 15 12 9 6 3 50 47 44 41 .... 17 14 11 8 5 2 FOO-AAL The pinout of the 501-1205, 501-1322, 501-1334, 501-1378 SCSI connector is: 1 GND 17 GND 34 GND 2 data bus 0 18 data parity 35 GND 3 GND 19 GND 36 busy 4 data bus 1 20 GND 37 GND 5 GND 21 GND 38 acknowledge 6 data bus 2 22 GND 39 GND 7 GND 23 GND 40 reset 8 data bus 3 24 GND 41 GND 9 GND 25 GND??? 42 message 10 data bus 4 26 TERMPWR 43 GND 11 GND 27 GND 44 select 12 data bus 5 28 GND 45 GND 13 GND 29 GND 46 command/data 14 data bus 6 30 GND 47 GND 15 GND 31 GND 48 request 16 data bus 7 32 attention 49 GND 33 GND 50 input/output and the pattern of the pins is: 49 46 43 .... 19 16 13 10 7 4 1 48 45 42 .... 18 15 12 9 6 3 50 47 44 41 .... 17 14 11 8 5 2