MAI COMPANY CONFIDENTIAL FIELD INFORMATION BULLETIN SERVICE GROUP(S): MICRO,MINI,LARGE MFG: BASIC FOUR NACS TYPE(S): N086 MFG. MODEL(S): MAI Basic Four GPx70 Systems CATEGORY: HANDBOOKS DESC: Handbook *** TABLE OF CONTENTS AS OF 11/19/94 *** FIB 00001.Software Functions..........................................08/22/90 FIB 00002.Diagnostics.Information.....................................05/19/92 FIB 00003.PCBA Plugging Charts........................................04/30/91 FIB 00004.Lowest Acceptable Revision Levels (LARL)....................12/18/92 FIB 00005.8/16 Meg Memory Controller PCBA.............................04/12/90 FIB 00006.8/16 Meg Memory Expansion PCBA..............................04/12/90 FIB 00007.16 Way Controller PCBA......................................12/18/92 FIB 00008.Control Panel PCBA..........................................04/12/90 FIB 00009.Differential.SCSI Adapter (Converter) PCBA..................03/09/93 FIB 00010.Dual CPU PCBA...............................................04/12/90 FIB 00011.Internal Modem PCBA.........................................04/16/90 FIB 00012.Modular Power System........................................04/12/90 FIB 00013.System Services Module PCBA (SSM)..........................07/31/90 FIB 00014.Port/TTY Cross Reference Chart for RJ45 and Breakout Box....07/18/90 FIB 00015.Modesense parameters for SCSI Disk Drives on GPx systems....08/08/90 FIB 00016.Parallel.Printer Controller (PPC)...........................03/18/91 FIB 00017.Dual Channel Controller (DCC) for 8" disk drives............03/18/91 FIB 00018.AUX SCSI Controller.........................................09/16/91 FIB 00019.GPX40 & 70 File Check & Repair Procedure....................02/18/92 FIB 00020.Ethernet LAN Controller (ELC/ELAN)..........................10/27/92 FIB 00021.Ethernet LAN Controller (ELAN) P/N 400738-002...............10/28/94 HANDBOOKS-BASIC FOUR-MAI Basic Four GPx70 Systems---Table Of Contents Pg01 of 01 FIB 00001 08/22/90 *** Software Functions *** Due to ongoing changes in BOSS/VX this section will only cover software tips, the appropriate Software Announcement document in the BOSS/VX Software FIBs should be reviewed for installation/update procedures. ORIGINATOR: N. Jones HANDBOOKS-BASIC FOUR-MAI Basic Four GPx70 Systems---FIB001 Pg001 FIB 00002 05/19/92 *** Diagnostics Information *** There are four different diagnostic groups that are used on the GPX 70 selftest, DEMON, BASS, and DIVE. Documentation for the diagnostics is available on the system in the directory /usr/mbf/diag/doc. Current files are: bass.doc demon.doc dive.fs watch.doc These files can be viewed using the command: $pg /usr/mbf/diag/doc/bass.doc They can be printed using the following command: $ cat /usr/mbf/diag/doc/bass.doc > /dev/wp0 Selftest:checks level 0 EPROM based, verifies CPU, memory, DRAM. level 1 EPROM to DRam, verifies path to SCSI. level 2 SCSI to DRAM, tests multifunction controller slic, ARC, VME, BIC, CPU PIC, I/O PIC. The offline diagnostics or the operational firmware may be loaded from this level. DEMON....Offline diagnostic, This standalone diagnostic is loaded into the SSM DRAM, There is a traditional DEMON user interface. There are unit programs for the following modules. Processor, Memory, SSM 1/4" SCSI tape, SSM 1/2" SCSI tape, SSM SCSI disk, SSM parallel printer. BASS....Online diagnostic, This program runs as a process under control of the operating system. It is written primarily in BASIC. The tape and disk tests use operating system commands to exercise these peripherals. There unit programs for the following: Tapes,Disks,Printers,Terminals. DIVE.....Online /Offline Disk formatter, The program formats the fixed disks, performs surface analysis, provides defect management and installs a minimum Volume Table of Contents. (VTOC) Remote execution of the diagnotics is possible through the internal modem port. REMOTE DIAGNOSTICS PROMPT DIVE DEMON TAPE BOOT: -> bs tm(48,2) bs tm(48,2) --> bs tm(48,3) bs tm(48,3) ---> bh 3tm(48,4) bs tm(48,6) HANDBOOKS-BASIC FOUR-MAI Basic Four GPx70 Systems---FIB002 Pg001 tm(48,30) DISK BOOT: -> bs bs --> bs bs ---> bh wd(0,0)stand/dive bs wd(0,0)stand/dmn/exec Verify calling modem and SSM NVRAM remote parameters are the same. example: remote (ssm nvram) calling modem baud = 2400 baud = 2400 stop = 1 stop = 1 size = 7 size = 7 parity = odd parity = odd flow =xoff Dial into the GPX 70 from calling modem, a connect signal will appear on the remote terminal. From local console perform a level 1 boot. The system should now be at level 2 boot prompt(-->). Check that the key switch is in the remote enable position. It should be noted that the remote enable led is not on at this time, it will come on at the level 3 (--->) boot prompt. Type 'remote console ' at the local console and hit (cr). At this point the remote terminal will have control. DEMON or DIVE may now be executed. If DEMON is selected, both terminals will have control. If DIVE is selected only the terminal that is selected as CONSOLE will have control and screen vision. When system is rebooted CONSOLE will go back to local control. ORIGINATOR: J. Whalen HANDBOOKS-BASIC FOUR-MAI Basic Four GPx70 Systems---FIB002 Pg002 FIB 00003 04/30/91 *** PCBA Plugging Charts *** There are three different cardcages in the model 5X70 each having its own requirements. The System Bus Cardcage is viewed from the front of the system.slots are numbered from left to right. SYSTEM BUS CARDCAGE Left side |---|---|---|---|---|---| | | | | M | M | M | | | | | E | E | E | | | | | M | M | M | | | | | O | O | O | | | | | R | R | R | | S | C | C | Y | Y | Y | | S | P | P | | | | | M | U | U | C | E | C | | | | | T | X | T | | | | | L | P | L | |---|---|---|---|---|---| 1 2 3 4 5 6 The VME (I/O) Bus Cardcage is viewed from the rear of the system. slots are numbered from right to left . the 6x70 will have 4 more slots. BOARD PLACEMENT - LEFT FRAME OF TWO FRAME SYSTEM |---|---|---|---|---|---|---|---|---|---|---|---| | | | | | | | | | | | | | | | | | | | 1 | 1 | 1 | P | S | E | A | | | | | | | 6 | 6 | 6 | P | S | L | S | | | | | | | | | | C | C | A | C | | | | | | | W | W | W | | | N | | | | | | | | A | A | A | | | | | | | | | | | Y | Y | Y | | | | | | | | | | | | | | | | | | | | | | | | | | | | | | | | | | | | | | | | | | | | |---|---|---|---|---|---|---|---|---|---|---|---| 12 11 10 9 8 7 6 5 4 3 2 1 There are a total of 8 slots in the Power System Module. they are viewed from the front of the system and are numbered from left to right. POWER SYSTEM CARDCAGE |---|---|---|---|---|---|---|---| | C | 5 | 5 | 5 | | A | A | | | O | V | V | V | | U | U | | | N | D | D | D | | X | X | | | T | C | C | C | | | | P | | | | | | | | | D | | M | M | M | M | | M | M | U | | O | O | O | O | | O | O | | | D | D | D | D | | D | D | | | | | | | | | | | | | | | | | | | | |---|---|---|---|---|---|---|---| 0 1 2 3 4 5 6 7 HANDBOOKS-BASIC FOUR-MAI Basic Four GPx70 Systems---FIB003 Pg001 The following is the slot assignment for the 6x70 series cabinet. SYSTEM BUS CARD CAGE 1 2 3 4 5 6 7 8 9 10 11 12 13 14 |---|---|---|---|---|---|---|---|---|---|---|---|---|---| | | | | | | | M | M | M | M | M | M | M | M | | | | | | | | E | E | E | E | E | E | E | E | | | | | | | | M | M | M | M | M | M | M | M | | S | D | D | D | D | D | | | | | | | | | | S | P | P | P | P | P | C | E | C | E | C | C | E | E | | M | U | U | U | U | U | O | X | O | X | O | O | X | X | | | | | | | | N | P | N | P | N | N | P | P | | | | | | | | T | | T | | T | T | | | | | | | | | | R | | R | | R | R | | | |---|---|---|---|---|---|---|---|---|---|---|---|---|---| ^ ^ ^ ^ | |__| | | | |___________| CABLES ORIGINATOR: J Whalen HANDBOOKS-BASIC FOUR-MAI Basic Four GPx70 Systems---FIB003 Pg002 FIB 00004 12/18/92 *** Lowest Acceptable Revision Levels (LARL) *** |--L.A.R.L.----| |4 |4 | | |0 |0 | | UNIT | OPER. MBF |2 |2 | | DESCRIPION | Part Number|0 |8 | ICN | -----------------|------------|--|--|--|--|--| SYSTEM BUS | | | | | _____________ | | | | | | | | | | DUAL CPU PCBA | 903685-001 |C |C |MM597020| SSM PCBA | 903683-001 |18|18|MM597015| | 903829-001 | | | | MEM.CONTROL 8MB | 903689-001 |B |B |MM597025| " " 16MB | 903689-002 |B |B |MM597030| MEM. EXP 8MB | 903691-001 |A |A |MM597035| " " 16MB | 903691-002 |A |A |MM597040| ---------------------------------------------- VME BUS | | | | | _____________ | | | | | | | | | | | | | | | 16 WAY CONTROLLER| 400736-001 |F |F |MM597075| LAN | 400738-001 | | |MM597100| ISCC COMM | 400739-001 | | |MM597085| VME SCSI CONT. | 400740-001 | | |MM597115| ---------------------------------------------- POWER SYSTEM | | | | | ______________ | | | | | | | | | | | | | | | PDU 110 VOLT | 903754-001 |B |B |MM597060| PDU 220 VOLT | 903754-002 |B |B |MM597065| CONTROL MOD. | 903750-001 |B |B |MM597045| CONVERTER +5V | 903744-001 |B |B |MM597050| CONVERTER AUX 12V| 903748-001 |B |B |MM597055| ---------------------------------------------- MISCELLANEOUS | | | | | ______________ | | | | | | | | | | BACKPLANE 6/12/6 | 903811-001 |A | | U | (4020) | | | | | | | | | | BACKPLANE | | | | | 14/16/10 (4028) | 903794-001 | | | U | | | | | | CONTROL PANEL | 903788-001 |A |A |MM597010| SCSI BUS ADAPTER | 400814-001 |1 |1 |MM597070| MODEM PCBA | 400812-001 |C |C |MM597080| U =UNDETERMINED AT THIS WRITING ORIGINATOR: J WhALEN HANDBOOKS-BASIC FOUR-MAI Basic Four GPx70 Systems---FIB004 Pg001 FIB 00005 04/12/90 *** 8/16 Meg Memory Controller PCBA *** The following information applies to this pcba part number MM597025 8 meg memory controller 903689-001 MM597030 16 meg memory controller 903689-002 There are no switch settings or jumpers on the memory controller board. There is one LED and three connectors on this assembly. The physical space in main memory occupied by the memory controller pcba is assigned during the boot process. LEDs ______ D1, a GREEN LED mounted just below the center connector/header indicates that memory on the respective memory controller is being accessed. Connectors __________ There are three connectors along the edge of the memory controller pcba. These interconnect via ribbon cable to the corresponding connectors on the memory expansion board providing an interface for the memory address, data and control signals. JXDL, the top connector is a 50 pin header. JXA, the middle connector is a 40 pin header. JXDH, the bottom connector is a 50 pin header. ORIGINATOR: J.Whalen HANDBOOKS-BASIC FOUR-MAI Basic Four GPx70 Systems---FIB005 Pg001 FIB 00006 04/12/90 *** 8/16 Meg Memory Expansion PCBA *** The following information applies to these pcba part numbers: MM 597035 8 meg memory expansion pcba 903691-001 MM 597040 16 meg memory expansion pcba 903691-002 There are no LEDS, switches, or jumpers on the memory expansion pcba. There are three connectors on this pcba. The physical space in main memory is assigned during the boot process. There are three connectors along the edge of the memory expansion pcba. These interconnect via ribbon cables to corresponding connectors on the memory controller pcba providing an interface for the memory address data and control signals. JXDL, the top connector is a 50 pin header. JXA , the middle connector is a 40 pin header. JXDH, the bottom connector is a 50 pin header. ORIGINATOR: J.Whalen HANDBOOKS-BASIC FOUR-MAI Basic Four GPx70 Systems---FIB006 Pg001 FIB 00007 12/18/92 *** 16 Way Controller PCBA *** The following information applies to this pcba part number. MM597075 16 way controller pcba 400736-001 The 16 WAY has 10 jumper sets. Some jumper sets have a multitude of of positions, two LEDs six test points and no switches. LEDs ______ LED1..... RED....designated as ERR on the metal faceplate. This is a status LED giving the following indications. 1......LED flashes once per second, 16 way is waiting for a reset. 2......LED flashes twice per second, 16 way is in RUN mode. 3......LED flashes four times a second, 16 way is in maintenance mode. 4......LED does not light or remains on, 16 way is not functioning properly. LED2.....RED....designated as BUSY on the metal faceplate. This led has no function and may be ignored. JUMPERS _______ JA.....1 to 2 JH.....1 TO 2 3 TO 4 JE,JF,JG o o o o--o o 0 o o o o--o o 1 o o o o--o o 2 o----o o----o o----o 3 The above jumpers show a level 3 bus request/bus grant. JJ.....1 to 2 (PROM size = 256K) at REV F and later. 2 to 3 (PROM size = 128K) at REVs prior to REV F continued on next page. HANDBOOKS-BASIC FOUR-MAI Basic Four GPx70 Systems---FIB007 Pg001 JB,JC,JD : These three sets of jumpers are used to set the base address of the 16 way, each 16 way must have its own address. o A15 o o A11 o o A07 o o A14 o o A10 o o A06 o o A13 o o A09 o o A05 o o A12 o o A08 o o A04 o | JB | JC | JD | NOTE: for below table I= IN O = OUT BOARD (HEX) | JB | JC | JD | Number Address A15 A14 A13 A12 A11 A10 A09 A08 A07 A06 A05 A04 01 C000 | O O I I | I I I I | I I I I | 02 C010 | O O I I | I I I I | I I I O | 03 C020 | O O I I | I I I I | I I O I | 04 C040 | O O I I | I I I I | I O I I | 05 C080 | O O I I | I I I I | O I I I | 06 C100 | O O I I | I I I O | I I I I | 07 C110 | O O I I | I I I O | I I I O | 08 C120 | O O I I | I I I O | I I O I | 09 C140 | O O I I | I I I O | I O I I | 10 C180 | O O I I | I I I 0 | O I I I | 11 C200 | O O I I | I I O I | I I I I | 12 C210 | O O I I | I I O I | I I I O | 13 C220 | O O I I | I I O I | I I O I | 14 C240 | O O I I | I I O I | I O I I | 15 C280 | O O I I | I I O I | O I I I | 16 C400 | O O I I | I O I I | I I I I | 17 C410 | O O I I | I O I I | I I I O | 18 C420 | O O I I | I O I I | I I O I | 19 C440 | O O I I | I O I I | I O I I | 20 C480 | O O I I | I O I I | O I I I | ||| / | \ / | \ JB JC JD ORIGINATOR: J Whalen HANDBOOKS-BASIC FOUR-MAI Basic Four GPx70 Systems---FIB007 Pg002 FIB 00008 04/12/90 *** Control Panel PCBA *** The following information applies to this pcba part number. MM597010 Control Panel 903788-001 The Control Panel currently consists of three different display groups. All the displays are in the form of LEDs representing the status of the system. Section 1.....Status LEDs Run LED ...GREEN.......Normal operation DC-OK......GREEN.......Normal power operation Secure.....YELLOW......Remote port and reset button disabled Error......RED.........Error in system operation Remote Enabled..YELLOW..Remote port is enabled Section 2 ...Disk activity LED display Ready.....GREEN.....Fixed disk drive ready Error.....RED.......Fixed disk error condition Active....GREEN.....Fixed disk(s) active Note : These lights are software driven and do not indicate accurate information until after the system is booted. Section....This section is made up of a 20 LED bargraph display This display shows the percent of the total number of processors that have exited their idle loops and are currently processing data. ORIGINATOR: J Whalen HANDBOOKS-BASIC FOUR-MAI Basic Four GPx70 Systems---FIB008 Pg001 FIB 00009 03/09/93 *** Differential SCSI Adapter (Converter) PCBA *** The following information applies to this PCBA part number: MM597070 SCSI converter pcba 400814-001 Software address = tg0 SCSI device address = 05 There are NO switches or LEDs on this pcba. There are two jumpers and three connectors on this pcba. JUMPERS ________ W1 = NO jumper installed W2 = Jumper installed TERMINATORS ----------- Single-ended terminators at locations Z35 - Z37 must be REMOVED. Double-ended terminators at locations Z1 - Z12 must be INSTALLED. CONNECTORS __________ J1 = 50 pin header to a single ended SCSI device (internal single-ended buss) J2 = 50 pin header to a differential SCSI device (external differential buss) J3 = 4 pin power connector. NOTE: The PCBA may come with the single-ended terminators installed, these MUST BE REMOVED to prevent the internal SCSI buss from being double terminated ORIGINATOR: J Whalen MODIFIED by: Norm Jones HANDBOOKS-BASIC FOUR-MAI Basic Four GPx70 Systems---FIB009 Pg001 FIB 00010 04/12/90 *** Dual CPU PCBA *** The following information applies to this part number MM597020 Dual CPU pcba 903685-001 There are no switches or changeable jumpers on the CPU board. There are two LEDs on the CPU board. Two GREEN LEDs can be seen from the front edge of the CPU board. D1 at the top, D2 at the bottom. Each LED indicates processor activity for its respective processor. ORIGINATOR: J Whalen HANDBOOKS-BASIC FOUR-MAI Basic Four GPx70 Systems---FIB010 Pg001 FIB 00011 04/16/90 *** Internal Modem PCBA *** The following applies to this pcba part number. MM597080 internal modem assembly 400812-001 There are no LEDs or jumpers on the internal modem.There is one toggle switch and three connectors on the assembly. The toggle switch controls the power to the modem.The power is on when the handle is leaning toward the modem. J1 = serial input to modem from the cpu. J2 = dc input An RJ11 jack provides telco connection. ORIGINATOR: J Whalen HANDBOOKS-BASIC FOUR-MAI Basic Four GPx70 Systems---FIB011 Pg001 FIB 00012 04/12/90 *** Modular Power System *** The following information applies to these pcba part numbers: MM597065 Power distribution unit 903754-001 MM597045 Control Module 903750-001 MM?????? +5volt converter 903744-001 MM597055 Aux converter(+-12v) 903748-001 Power distribution unit ________________________ LEDs ____ DS1....AMBER LED when on indicates that there is voltage present on the 300v bus(power supply backplane). Caution.....When circuit breaker is turned off DS1 will remain on until the voltage to the 300v bus is dissipated. DO NOT attempt to remove a power supply module while DS1 is on. Connectors __________ J1..... At the top of the PDU is AC output for future use. J2..... Along the edge of the PDU is the interface for a UPS. TB1.... A barrier strip for AC input and DC bus connections CONTROL MODULE ________________ The control module has seven LEDS one 4 position switch,six test points and three trimpots. LEDs ____ DS1.....AMBER.....2nd LED from top indicates +- 12v being margined high or low. DS2.....AMBER.....Top most LED indicates +5v being margined high or low. DS3.....GREEN.....BOTTOM most LED indicates power fail detect does not exist. DS4.....RED.......The topmost LED in a group of four LEDs at the bottom of the board When ON indicates that the +5v is out of tolerance(greater than +5.25v or less than +4.75v) NOTE: DS4 may be on when margining the +5vdc. DS5.....RED.......SEcond from the top LED in the group, When on indicates that the +12 v is out of tolerance (greater than +12.70 v less than +11.25 v NOTE: DS5 may be ON when margining the +12 v. HANDBOOKS-BASIC FOUR-MAI Basic Four GPx70 Systems---FIB012 Pg001 DS6.....RED.......Bottom LED in the group ,When on indicates that -12 v is out of tolerance(greater than -13.73 less than -10.13 v. NOTE:DS6 may be on when margining +12v DS7.....RED.......Second from the bottom LED in the group,When ON indicates that -5.2v is out of tolerance(greater than -5.5 v lessthan -4.87 v. SWITCHES ________ Switch 1 is used to margin the power supply outputs. NOTE: power supply outputs may be margined via control signals from the system. S1-1.....When closed margins the +- 12 vdc LO (to 11.4v). NOTE: When this switch is closed DS1 will be ON,DS5 and DS6 may also be ON. S1-2.....When closed margins the +-12 vdc HI (to 12.6v). Note: When this switch is closed DS1 will be ON,DS5,DS6 may also be on. S1-3.....When closed margins +5 vdc LO (4.75). NOTE: When this switch is closed ,DS2 will be on ,DS4 may also be ON S1-4.....When closed this switch margins the +5 vdc HI (to5.25v). Note: When this switch is closed ,DS2 will be ON,ds4 may also be ON. TEST POINTS ___________ TP1......+5v TP2......+12v TP3......-5.2v TP4......-12v TP5...... percent of 5vdc current capability. The voltage measured at this test point represents the percentage of the available maximum +5 v current which is presently being provided by the +5v converters. The voltage at TP5 will vary between 0 vdc and 10 vdc. 0 vdc = 0% of maximum current capability 5 vdc = 50 % of maximum current capability. 10 vdc = 100 % of maximum current capability. A reading of 9 vdc at TP5 would indicate a load problem. TP6 ..... percent of +-12 vdc current capability. works the same as TP5. ADJUSTMENTS _____________ R30....+5vdc +-5% R70...._+12 vdc +-5% R160... factory adjustment . HANDBOOKS-BASIC FOUR-MAI Basic Four GPx70 Systems---FIB012 Pg002 +5 vdc Converter __________________ There are no switches or jumpers on the converter modules LEDs _____ RED LED ......ON if failure is detected Auxilary Converter __________________ THere are no switches or jumpers on this module LEDs ______ RED LED .......ON when a failure is detected. ORIGINATOR: J Whalen HANDBOOKS-BASIC FOUR-MAI Basic Four GPx70 Systems---FIB012 Pg003 FIB 00013 07/31/90 *** System Services Module PCBA (SSM) *** The following information applies to this part number: MM597015 System Services Module 903683-001 There are no switches on the SSM. There are five LEDs,and Numerous jumpers on the SSM. LEDs _____ The LEDs are actually one 5-segment GREEN LED display where each segment is treated as an individual LED. Note that it is likely that a future release of the SSM will feature five discrete LEDs along the board stiffener. DS1 ...This is the topmost LED This LED is the most significant (code bit 3) of four bits used to display self test error codes. DS2 ...This is Code Bit 2,used to display selftest error codes DS3 ...This is Code Bit 1, used to display selftest error codes. DS4 ...This is Code Bit 0,the least significant of the four bits used to display selftest error codes. DS5 ...This is the bottom most LED and is the RUN LIGHT, turned on when the SSM passes all the tests and goes ONLINE . JUMPERS ________ The jumpers on the SSM have the following functions; Note that there are NO jumpers designated as J1 or J2. J3 ...is used in conjunction with other jumpers to indicate to the firmware to loop on selected test group. J4 ... No jumper installed - selects Level 0 and Level 1 tests J5 ... No jumper installed - selects Level 2 tests J6 ... Jumper installed - prevents OS from changing console parameters J7 ... No jumper installed - when installed during Level 0 tests, causes NVRAM to be "scrubbed" to defaults J8 ... Jumper installed - SSM SCSI ID bit 2 J9 ... Jumper installed - SSM SCSI ID bit 1 J10 ... Jumper installed - SSM SCSI ID bit 0 - ** see note below ** NOTE: Effective with OS release 1.0A*56, the SCSI ID of the SSM was changed from 06 to 07. On OS releases previous to *56 jumper J10 should NOT be installed. (continued on next page) HANDBOOKS-BASIC FOUR-MAI Basic Four GPx70 Systems---FIB013 Pg001 Jumpers designated as E1 ,E2,E3,E4,E8,E9,AND E10 are used to configure the SSM's RAM. Note that later versions of this board will not have these jumpers. Jumpers are set as follows: E1 to E2 ;installed E3 to E4 ;installed E8 to E9 ;installed (E10 open) Jumpers designated as E5,E6 and E7 are used to configure the SSM"s PROM. Jumpers are set as follows: E5 ;NOjumper E6 to E7 is jumper by way of an etch. ORIGINATOR: J. Whalen / H. Mitchell HANDBOOKS-BASIC FOUR-MAI Basic Four GPx70 Systems---FIB013 Pg002 FIB 00014 07/18/90 *** Port/TTY Cross Reference Chart for RJ45 and Breakout Box *** CURRENT PORT/TTY CHART GPx70 SERIES All TTY directory structures are as follows /dev/ttysubdir/name eg: /dev/ttyXA/XAAA The naming scheme uses a base-64 lexical organization using the following characters: ABCDEFGHIJKLMNOPQRSTUVWXYZabcdefghijklmnopqrstuvwxyz0123456789_+ Below is a current cross reference chart for the first 259 devices. NOTE: When using the breakout box, make sure the cables are plugged into the . 16way correctly so that j0 is j0 and not j8, otherwise the cabling will be out of sequence and make troubleshooting difficult. SSM/BACKPLANE P0RT---NAME----DEVICE 0 LP wp0 1 T0 syscon 2 T1 altcon 16way (1) 16way (2) brkout box brkout box . PORT---NAME----DEVICE or rj45 PORT---NAME----DEVICE or rj45 3 T2 ttyXA/XAAA j0 19 T18 ttyXA/XAAQ j0 4 T3 ttyXA/XAAB j1 20 T19 ttyXA/XAAR j1 5 T4 ttyXA/XAAC j2 21 T20 ttyXA/XAAS j2 6 T5 ttyXA/XAAD j3 22 T21 ttyXA/XAAT j3 7 T6 ttyXA/XAAE j4 23 T22 ttyXA/XAAU j4 8 T7 ttyXA/XAAF j5 24 T23 ttyXA/XAAV j5 9 T8 ttyXA/XAAG j6 25 T24 ttyXA/XAAW j6 10 T9 ttyXA/XAAH j7 26 T25 ttyXA/XAAX j7 11 T10 ttyXA/XAAI j8 27 T26 ttyXA/XAAY j8 12 T11 ttyXA/XAAJ j9 28 T27 ttyXA/XAAZ j9 13 T12 ttyXA/XAAK j10 29 T28 ttyXA/XAAa j10 14 T13 ttyXA/XAAL j11 30 T29 ttyXA/XAAb j11 15 T14 ttyXA/XAAM j12 31 T30 ttyXA/XAAc j12 16 T15 ttyXA/XAAN j13 32 T31 ttyXA/XAAd j13 17 T16 ttyXA/XAAO j14 33 T32 ttyXA/XAAe j14 18 T17 ttyXA/XAAP j15 34 T33 ttyXA/XAAf j15 ............................................................................... (continued on next page) HANDBOOKS-BASIC FOUR-MAI Basic Four GPx70 Systems---FIB014 Pg001 16way (3) 16WAY (4) brkout box brkout box . PORT---NAME----DEVICE or rj45 PORT---NAME----DEVICE or rj45 35 T34 ttyXA/XAAg j0 51 T50 ttyXA/XAAw j0 36 T35 ttyXA/XAAh j1 52 T51 ttyXA/XAAx j1 37 T36 ttyXA/XAAi j2 53 T52 ttyXA/XAAy j2 38 T37 ttyXA/XAAj j3 54 T53 ttyXA/XAAz j3 39 T38 ttyXA/XAAk j4 55 T54 ttyXA/XAA0 j4 40 T39 ttyXA/XAAl j5 56 T55 ttyXA/XAA1 j5 41 T40 ttyXA/XAAm j6 57 T56 ttyXA/XAA2 j6 42 T41 ttyXA/XAAn j7 58 T57 ttyXA/XAA3 j7 43 T42 ttyXA/XAAo j8 59 T58 ttyXA/XAA4 j8 44 T43 ttyXA/XAAp j9 60 T59 ttyXA/XAA5 j9 45 T44 ttyXA/XAAq j10 61 T60 ttyXA/XAA6 j10 46 T45 ttyXA/XAAr j11 62 T61 ttyXA/XAA7 j11 47 T46 ttyXA/XAAs j12 63 T62 ttyXA/XAA8 j12 48 T47 ttyXA/XAAt j13 64 T63 ttyXA/XAA9 j13 49 T48 ttyXA/XAAu j14 65 T64 ttyXA/XAA_ j14 50 T49 ttyXA/XAAv j15 66 T65 ttyXA/XAA+ j15 ............................................................................... 16way (5) 16way (6) PORT---NAME----DEVICE or rj45 PORT---NAME----DEVICE or rj45 67 T66 ttyXB/XABA j0 83 T82 ttyXB/XABQ j0 68 T67 ttyXB/XABB j1 84 T83 ttyXB/XABR j1 69 T68 ttyXB/XABC j2 85 T84 ttyXB/XABS j2 70 T69 ttyXB/XABD j3 86 T85 ttyXB/XABT j3 71 T70 ttyXB/XABE j4 87 T86 ttyXB/XABU j4 72 T71 ttyXB/XABF j5 88 T87 ttyXB/XABV j5 73 T72 ttyXB/XABG j6 89 T88 ttyXB/XABW j6 74 T73 ttyXB/XABH j7 90 T89 ttyXB/XABX j7 75 T74 ttyXB/XABI j8 91 T90 ttyXB/XABY j8 76 T75 ttyXB/XABJ j9 92 T91 ttyXB/XABZ j9 77 T76 ttyXB/XABK j10 93 T92 ttyXB/XABa j10 78 T77 ttyXB/XABL j11 94 T93 ttyXB/XABb j11 79 T78 ttyXB/XABM j12 95 T94 ttyXB/XABc j12 80 T79 ttyXB/XABN j13 96 T95 ttyXB/XABd j13 81 T80 ttyXB/XABO j14 97 T96 ttyXB/XABe j14 82 T81 ttyXB/XABP j15 98 T97 ttyXB/XABf j15 ............................................................................... 16way (7) 16way (8) brkout box brkout box . PORT---NAME----DEVICE or rj45 PORT---NAME----DEVICE or rj45 99 T98 ttyXB/XABg j0 115 T114 ttyXB/XABw j0 100 T99 ttyXB/XABh j1 116 T115 ttyXB/XABx j1 101 T100 ttyXB/XABi j2 117 T116 ttyXB/XABy j2 102 T101 ttyXB/XABj j3 118 T117 ttyXB/XABz j3 103 T102 ttyXB/XABk j4 119 T118 ttyXB/XAB0 j4 104 T103 ttyXB/XABl j5 120 T119 ttyXB/XAB1 j5 105 T104 ttyXB/XABm j6 121 T120 ttyXB/XAB2 j6 106 T105 ttyXB/XABn j7 122 T121 ttyXB/XAB3 j7 107 T106 ttyXB/XABo j8 123 T122 ttyXB/XAB4 j8 108 T107 ttyXB/XABp j9 124 T123 ttyXB/XAB5 j9 109 T108 ttyXB/XABq j10 125 T124 ttyXB/XAB6 j10 110 T109 ttyXB/XABr j11 126 T125 ttyXB/XAB7 j11 111 T110 ttyXB/XABs j12 127 T126 ttyXB/XAB8 j12 112 T111 ttyXB/XABt j13 128 T127 ttyXB/XAB9 j13 113 T112 ttyXB/XABu j14 129 T128 ttyXB/XAB_ j14 114 T113 ttyXB/XABv j15 130 T129 ttyXB/XAB+ j15 ............................................................................... HANDBOOKS-BASIC FOUR-MAI Basic Four GPx70 Systems---FIB014 Pg002 16way (9) 16way (10) brkout box brkout box . PORT---NAME----DEVICE or rj45 PORT---NAME----DEVICE or rj45 131 T130 ttyXC/XACA j0 147 T146 ttyXC/XACQ j0 132 T131 ttyXC/XACB j1 148 T147 ttyXC/XACR j1 133 T132 ttyXC/XACC j2 149 T148 ttyXC/XACS j2 134 T133 ttyXC/XACD j3 150 T149 ttyXC/XACT j3 135 T134 ttyXC/XACE j4 151 T150 ttyXC/XACU j4 136 T135 ttyXC/XACF j5 152 T151 ttyXC/XACV j5 137 T136 ttyXC/XACG j6 153 T152 ttyXC/XACW j6 138 T137 ttyXC/XACH j7 154 T153 ttyXC/XACX j7 139 T138 ttyXC/XACI j8 155 T154 ttyXC/XACY j8 140 T139 ttyXC/XACJ j9 156 T155 ttyXC/XACZ j9 141 T140 ttyXC/XACK j10 157 T156 ttyXC/XACa j10 142 T141 ttyXC/XACL j11 158 T157 ttyXC/XACb j11 143 T142 ttyXC/XACM j12 159 T158 ttyXC/XACc j12 144 T143 ttyXC/XACN j13 160 T159 ttyXC/XACd j13 145 T144 ttyXC/XACO j14 161 T160 ttyXC/XACe j14 146 T145 ttyXC/XACP j15 162 T161 ttyXC/XACf j15 ............................................................................... 16way (11) 16way (12) PORT---NAME----DEVICE or rj45 PORT---NAME----DEVICE or rj45 163 T162 ttyXC/XACg j0 179 T178 ttyXC/XACw j0 164 T163 ttyXC/XACh j1 180 T179 ttyXC/XACx j1 165 T164 ttyXC/XACi j2 181 T180 ttyXC/XACy j2 166 T165 ttyXC/XACj j3 182 T181 ttyXC/XACz j3 167 T166 ttyXC/XACk j4 183 T182 ttyXC/XAC0 j4 168 T167 ttyXC/XACl j5 184 T183 ttyXC/XAC1 j5 169 T168 ttyXC/XACm j6 185 T184 ttyXC/XAC2 j6 170 T169 ttyXC/XACn j7 186 T185 ttyXC/XAC3 j7 171 T170 ttyXC/XACo j8 187 T186 ttyXC/XAC4 j8 172 T171 ttyXC/XACp j9 188 T187 ttyXC/XAC5 j9 173 T172 ttyXC/XACq j10 189 T188 ttyXC/XAC6 j10 174 T173 ttyXC/XACr j11 190 T189 ttyXC/XAC7 j11 175 T174 ttyXC/XACs j12 191 T190 ttyXC/XAC8 j12 176 T175 ttyXC/XACt j13 192 T191 ttyXC/XAC9 j13 177 T176 ttyXC/XACu j14 193 T192 ttyXC/XAC_ j14 178 T177 ttyXC/XACv j15 194 T193 ttyXC/XAC+ j15 ............................................................................... 16way (13) 16way (14) brkout box brkout box . PORT---NAME----DEVICE or rj45 PORT---NAME----DEVICE or rj45 195 T194 ttyXD/XADA j0 211 T210 ttyXD/XADQ j0 196 T195 ttyXD/XADB j1 212 T211 ttyXD/XADR j1 197 T196 ttyXD/XADC j2 213 T212 ttyXD/XADS j2 198 T197 ttyXD/XADD j3 214 T213 ttyXD/XADT j3 199 T198 ttyXD/XADE j4 215 T214 ttyXD/XADU j4 200 T199 ttyXD/XADF j5 216 T215 ttyXD/XADV j5 201 T200 ttyXD/XADG j6 217 T216 ttyXD/XADW j6 202 T201 ttyXD/XADH j7 218 T217 ttyXD/XADX j7 203 T202 ttyXD/XADI j8 219 T218 ttyXD/XADY j8 204 T203 ttyXD/XADJ j9 220 T219 ttyXD/XADZ j9 205 T204 ttyXD/XADK j10 221 T220 ttyXD/XADa j10 206 T205 ttyXD/XADL j11 222 T221 ttyXD/XADb j11 207 T206 ttyXD/XADM j12 223 T222 ttyXD/XADc j12 208 T207 ttyXD/XADN j13 224 T223 ttyXD/XADd j13 209 T208 ttyXD/XADO j14 225 T224 ttyXD/XADe j14 210 T209 ttyXD/XADP j15 226 T225 ttyXD/XADf j15 ............................................................................... HANDBOOKS-BASIC FOUR-MAI Basic Four GPx70 Systems---FIB014 Pg003 16way (15) 16way (16) brkout box brkout box . PORT---NAME----DEVICE or rj45 PORT---NAME----DEVICE or rj45 227 T226 ttyXD/XADg j0 243 T242 ttyXD/XADw j0 228 T227 ttyXD/XADh j1 244 T243 ttyXD/XADx j1 229 T228 ttyXD/XADi j2 245 T244 ttyXD/XADy j2 230 T229 ttyXD/XADj j3 246 T245 ttyXD/XADz j3 231 T230 ttyXD/XADk j4 247 T246 ttyXD/XAD0 j4 232 T231 ttyXD/XADl j5 248 T247 ttyXD/XAD1 j5 233 T232 ttyXD/XADm j6 249 T248 ttyXD/XAD2 j6 234 T233 ttyXD/XADn j7 250 T249 ttyXD/XAD3 j7 235 T234 ttyXD/XADo j8 251 T250 ttyXD/XAD4 j8 236 T235 ttyXD/XADp j9 252 T251 ttyXD/XAD5 j9 237 T236 ttyXD/XADq j10 253 T252 ttyXD/XAD6 j10 238 T237 ttyXD/XADr j11 254 T253 ttyXD/XAD7 j11 239 T238 ttyXD/XADs j12 255 T254 ttyXD/XAD8 j12 240 T239 ttyXD/XADt j13 256 T255 ttyXD/XAD9 j13 241 T240 ttyXD/XADu j14 257 T256 ttyXD/XAD_ j14 242 T241 ttyXD/XADv j15 258 T255 ttyXD/XAD+ j15 ORIGINATOR: Dick Loiselle HANDBOOKS-BASIC FOUR-MAI Basic Four GPx70 Systems---FIB014 Pg004 FIB 00015 08/08/90 *** Modesense parameters for SCSI Disk Drives on GPx systems *** Standard Values for Modesense parameters: DRIVE TYPE M115 M200 M280 M380 M760 ------------------------------------------------------------------------------- BLOCK DESCRIPTOR PARAMETERS: ---------------------------- Density Code 0 0 0 0 0 Number.of Blocks 0 0 0 0 0 Block Length 512 512 512 512 512 ERROR RECOVERY PARAMETERS AWRE 0 0 0 0 0 ARRE 0 0 0 0 0 TB 1 1 1 1 1 RC 0 0 0 0 0 EEC 0 0 0 0 0 PER 1 1 1 1 1 DTE 0 0 0 0 0 DCR 0 0 0 0 0 Correction Span 8 8 0 12 12 Head Offset Count 0 0 0 0 0 Retry Count 8 8 8 16 16 Data Strobe Offset Count 0 0 0 0 0 Recovery Limit 0 0 0 255 255 FORMAT PARAMETERS: ------------------ Tracks Per Zone 1 1 15 8 15 Alt. Sectors Per Zone 1 1 2 5 5 Alt. Tracks Per Zone 0 0 0 0 0 Alt. Tracks 7 0 2 24 45 Sectors Per Track 42 42 26 54 54 Bytes Per Sector 512 512 512 512 512 Interleave Value 1 1 1 1 1 Track Skew Value 1 1 0 0 0 Cylinder Skew Value 21 21 0 16 8 DRIVE GEOMETRY PARAMETERS: -------------------------- Number of Cylinders 1314 1314 1224 1632 1632 Number of Heads 4 7 15 8 15 Anytime a Fixed Disk Drive is installed or replaced in a GPx system, these Modesense parameters should be verified. If they are found to be incorrect, a NON-STANDARD format will be required, using the above parameters. ORIGINATOR: Barry Matthews HANDBOOKS-BASIC FOUR-MAI Basic Four GPx70 Systems---FIB015 Pg001 FIB 00016 03/18/91 *** Parallel Printer Controller (PPC) *** The following information applies to this pcba part number: MM597295 Parallel Printer Controller PCBA - 903841-001 o connectors: J3 is used to connect printer port 0 J4 is used to connect printer port 1 J5 is used to connect printer ports 2 and 3 via Y-cable o cables required: Y-cable for ports 2 and 3 - 916768-001 Centronics printer cable - 916291-00x Data Prod. printer cable - 916428-00x o Jumper settings: __________________________________ | JUMPERING LEGEND | |---------------|----------------| | | | | | _____ | | O or O O | |X| or |X X| | | O | |X| | | | | | No Jumper | Jumper | | Installed | Installed | ---------------------------------- ....................................................................... | J1 JUMPERING: | J2 JUMPERING: | O |X| O O | O |X| O O O |X| O O | O |X| O O | Jumper positions 1 3 5 7 | Jumper positions 1 3 5 7 ......................................................................... J3 JUMPERING: O |X| O O O |X| O O Jumper positions 1 3 5 7 ......................................................................... (continued on next page) HANDBOOKS-BASIC FOUR-MAI Basic Four GPx70 Systems---FIB016 Pg001 ......................................................................... J4 JUMPERING ( 1st PPC in the system ): O |X| |X| |X| |X| |X| |X| |X| |X| O O O O O |X| |X| |X| |X| |X| |X| |X| |X| O O O O Jumper positions 1 2 3 4 5 6 7 8 9 10 11 12 13 ......................................................................... J4 JUMPERING ( 2nd PPC in the system ): O |X| |X| |X| |X| |X| O |X| |X| O O O O O |X| |X| |X| |X| |X| O |X| |X| O O O O Jumper positions 1 2 3 4 5 6 7 8 9 10 11 12 13 ......................................................................... | J5 JUMPERING: | J6 JUMPERING: | O | |X| O | |X| | Jumper position 1 | Jumper position 1 ......................................................................... o LED information: DS1 - RED - Board selftest failed DS2 - GREEN - Board selftest passed DS3 - RED - On-board RAM parity error ORIGINATOR: Harvey Mitchell HANDBOOKS-BASIC FOUR-MAI Basic Four GPx70 Systems---FIB016 Pg002 FIB 00017 03/18/91 *** Dual Channel Controller (DCC) for 8" disk drives *** The following information applies to this PCBA: MM597105 - Dual Channel Controller - 903693-001 Each DCC supports up to eight 8inch, SMD disk drives, as contained in the optional expansion cabinets. Two Dcc boards and up to four Smd Cabinets,with four 8inch drives each, may be configured. NOTE!!! THe DCC board nd 8inch drives are only used in the GPX 6070 systems. The DCC has four leds, No jumpers and no switches. The DCC "address" is determined by its position in the cardcage.The DCC closest to the SSM has the lowest address, and its drives have lower device numbers. NOTE!!! The DCC requires at least one Cable Routing Board. continued next page LEDS: ______ LEDS ds0 to ds3 represent the lower four bits of the DCC Status register. L =lighted/on O =off bottom------->top DS4 DS3 DS2 DS1 ____________________ RESET L L L L INITIALIZING L L L O NORMAL OPERATION O L X X ORIGINATOR: JOHN WHALEN HANDBOOKS-BASIC FOUR-MAI Basic Four GPx70 Systems---FIB017 Pg001 FIB 00018 09/16/91 *** AUX SCSI Controller *** The following information applies to this PCBA: MM597115 - VME SCSI Controller -400470-001 o Jumper settings: __________________________________ | JUMPERING LEGEND | |---------------|----------------| | | | | | _____ | | O or O O | |X| or |X X| | | O | |X| | | | | | No Jumper | Jumper | | Installed | Installed | ---------------------------------- ______________________________________________________________________ | |_______________| |________________| | J1 J2 | | | |X| | |X| <-- Jumper 14 (installed) | | | | | | LEVEL | 0 1 2 3 | | O O O |X| | B REQUEST O O O |X| | U ----------- | S O O O |X| | |X||X||X||X| | GRANT |X||X||X||X| | O O O |X| | | | Exact Burst Jumper --> O O O |X| O |X| |X| |X| |X| |X| Address jump | (removed) O |X| O |X| |X| |X| |X| |X| <-- block | (see chart | 15 14 13 12 11 10 9 below) | | | |------------------| |--------------------| | | | P2 | | P1 ------------------------------------------------------------------------------- BOARD BOARD ADDRESS JUMPERS AM 2 JUMPRE NUMBER A15 A14 A13 A12 A11 A10 A9 1 O I O I I I I I O=OUT I=IN 2 O I O I I I O I HANDBOOKS-BASIC FOUR-MAI Basic Four GPx70 Systems---FIB018 Pg001 3 O I O I I O I I 4 O I O I I O O I ORIGINATOR: J WHALEN HANDBOOKS-BASIC FOUR-MAI Basic Four GPx70 Systems---FIB018 Pg002 FIB 00019 MAI COMPANY CONFIDENTIAL 02/18/92 *** GPX40 & 70 File Check & Repair Procedure *** This procedure is recommended for use by the system administrator. A qualified system's administrator should have completed MAI's "Managing Your BOSS/VX System", taught at MAI education centers. PLEASE MAKE SURE YOU HAVE A CURRENT BACKUP. If you do not have a current backup, please do one before executing this procedure. Note: Use a different set of tapes from your previous backup! You may need to restore your backup if the file repair utility is not able to fix all the data files. 1. Login as "root" on the system console "T0". 2. Have all users completely log off the system prior to repairing the data files. You can check which users are still logged on the system by using the "who" command at the system prompt. # who 3. After all users have logged off the system, shut the system down into single-user mode by entering the following command: # shutdown -i1 -g0 -y It takes several minutes for the system to completely shutdown into single-user mode. If the user "root" has a password attached, you will be required to enter the password when asked. If "root" does not have a password attached, enter when prompted. You will also be prompted for your terminal type. Press when prompted for terminal type. 4. Mount all file systems that are configured, by entering: # mountall 5. Change your working directory to '/etc/tmp', by entering: # cd /etc/tmp 6. List the contents of the directory, by entering: # ls -l 7. The command is step 6 displays output similar to the following: ________________________________________________________________________ | total 1 | | -rw-rw-rw 1 root root 0 Jul 1 12:45 0s3.1 | | -rw-rw-rw 1 root root 20 Jul 1 12:49 0s4.1 | | -rw-rw-rw 1 root root 0 Jul 1 12:43 root.1 | |________________________________________________________________________| NOTE: The command above assumes the system is a GPx Series 40, there is only one disk drive and that it contains three partitions. The names and number of files listed can vary from system to system. HANDBOOKS-BASIC FOUR-MAI Basic Four GPx70 Systems---FIB019 Pg001 8. The field which reflects the size of each file listed in step 7, appears to the left of the month field. If any of the file's sizes ARE NOT ZERO, file repair is required. If all files are zero, file repair is not needed and you may skip to step 17 of this document. 9. Enter the following command for each file in step 7 that is NOT ZERO: # fscklist where = one of the files listed in step 7. (i.e., 0s3.1, 0s4.1, etc.) After the above command is entered, a filelist of the files that need to be repaired is created. It takes several minutes for the list to be created for. each file partition that lacks integrity. After the list is created, the following message is displayed: _______________________________________________________________________ | /usr/mbf/bin/fl/fsck..f contains the names of the BFS | | ----------------- | files under /usr filesystem which lack integrity | |_______________________________________________________________________| Write down the name of the file that contains the list of the files which lack file integrity. It is only necessary to write the last section of the file name. In the example above, the last section is underlined. 10. After the last filelist has been created using the procedure in Step 9, run the file repair utility by entering: # frepair 11. The utility begins with a multiple choise menu containing the parameters for the utility to use during the analyze and repair process. To change the selection of an item, type the item number (without RETURN). An asterisk next to an item, indicates that the item has been selected. Please select the following items: _______________________________________________________________________ | File Analysis and Repair Utility | |-----------------------------------------------------------------------| | 1. REPAIR MODE 2. FILE SELECTION | | analyze single file | | *repair *selected files | | bad blocks | | | . | 3. REPORT DEVICE 4. INTERACTIVE | | terminal yes | | printer *no | | *file | . | | . | Type number to change selection, when all are correct | |_______________________________________________________________________| 12. A warning message is displayed on the screen: _______________________________________________________________________ |WARNING: Files or data might be lost, Proceed?? (yes/no): yes | |_______________________________________________________________________| HANDBOOKS-BASIC FOUR-MAI Basic Four GPx70 Systems---FIB019 Pg002 13. The screen is cleared and you are prompted to enter the report file name. Enter the name in the following format: repair.MMDDYY where MM = month DD = day YY = year _______________________________________________________________________ | Working directory: /etc/tmp | | | . | Type report file name: repair.MMDDYY | |_______________________________________________________________________| 14. The screen is cleared and you are prompted to enter the filelist(s) that contain the file or files to be repaired. Enter the name of the filelist(s) recorded in Step 9 of this document: _______________________________________________________________________ | Working directory: /etc/tmp | | | . | Type a file or filelist name to add, | | when done: fsck..f | | ----------------- | |_______________________________________________________________________| 15. Press when the last filelist name has been entered. The screen is then cleared and you are prompted to edit the list of filenames. At this point, press . _______________________________________________________________________ | Type number of selection, to end: | |_______________________________________________________________________| 16. The screen is cleared and you are asked if you want to specify template files. Answer "no" then . _______________________________________________________________________ | Do you want to specify template file(s)? (yes/no): no | |_______________________________________________________________________| 17. After the last file has been repaired, the message "PROGRAM DONE" is displayed. To bring the system back into multi-user mode, enter the following: # init 2 18. You are now ready to continue processing! ORIGINATOR: NSC HANDBOOKS-BASIC FOUR-MAI Basic Four GPx70 Systems---FIB019 Pg003 FIB 00020 MAI COMPANY CONFIDENTIAL 10/27/92 *** Ethernet LAN Controller (ELC/ELAN) *** The following information applies to this PCBA part number: MM597100 400738-001 - ETHERNET LAN(ELAN) PCBA assembly: consists of two PCBAs - V/Ethernet 4207 EAGLE + 4207 LANCE PCBAs Reference GPx 70 Handbook FIB 3 for PCBA location in the card cage. __________________________________ | JUMPERING LEGEND | |---------------|----------------| | | | | | _ ___ | | o or o o | |X| or |X-X| | | o | |X| | | | | | No Jumper | Jumper | | Installed | Installed | ---------------------------------- ____ ____ T_|__|___________======________________________ ____________________|__|_T | |||||| _ | | | | JA2 JA1 |||||| |X| LED | | _X-Xo_X-Xo_======_____ |X| ___ | | | === | JA1 |X-X| JA2 | | | F1 | _____ | | | | |X-X o| JA3 | | | DAUGHTERBOARD | ___ 1 | | | | |X-X| JA8 | | | | _ _ _ | | |______________________| | | | | | | JA4,JA5,JA6 | | |S| |S| |S| o o o X-X o | | |W| |W| |W| | | _____ |3| |2| |1| X-X X-X X-X | | |o X-X| JA7 | | | | | | | | 1 | | | | | | o o o X-X o | | |_| |_| |_| | | o o o X-X o | |__________________________________________________________________| |______________________| |______________________| MOTHERBOARD: JA1 INSTALLED enables memory clock JA2 INSTALLED enables CPU clock JA3 PINS 1-2 selects EPROM size JA4 | REFERENCE JA5 | PCBA VME bus request priority 1 JA6 | CHART JA7 PINS 2-3 JA8 INSTALLED enable tri-state drivers LED BI-COLOR RED=reset state GREEN=passed self tst DAUGHTERBOARD: JA1 PINS 2-3 +12V applied to AUI connector JA2 PINS 2-3 selects ethernet version 2.0/802.3 F1 .75A FUSE protects against improper cabling HANDBOOKS-BASIC FOUR-MAI Basic Four GPx70 Systems---FIB020 Pg001 -----------------SWITCH SETTING LEGEND----------------- : : : C = Closed or On O = Open or Off X = Not Used : ------------------------------------------------------- BOARD SWITCH 1 SWITCH 2 SWITCH 3 # 1 2 3 4 5 6 7 8 1 2 3 4 5 6 7 8 1 2 3 4 5 6 7 8 ----- --------------- --------------- --------------- 0....C O C O C C C O....O C C O C O O O....O O O O O O O O 1....C O C O O C C O....O C C O O O O O....O O O O O O O O 2....C O O C C C C O....O C O C C O O O....O O O O O O O O 3....C O O C O C C O....O C O C O O O O....O O O O O O O O 4....C O O O C C C O....O C O O C O O O....O O O O O O O O ORIGINATOR: Norm Jones HANDBOOKS-BASIC FOUR-MAI Basic Four GPx70 Systems---FIB020 Pg002 FIB 00021 MAI COMPANY CONFIDENTIAL 10/28/94 *** Ethernet LAN Controller (ELAN) P/N 400738-002 *** The following information applies to this PCBA part number: MM597101 400738-002 - ELAN PCBA assembly; consists of the main PCBA and a daughterboard. This is an alternate style Ethernet LAN controller (ELAN) and may be supplied for new installs or as a replacement. This board is manufactured by Interphase Corp. , as is the ELAN in handbook FIB #20. Interphase identifies this board as a PB04207-000,REVD. This board may be spared with same part number and is compatible with existing MM597100. The same daughter board is used with both styles. There are no switches on this board, jumper settings are as follows: ---------------------------------- | JUMPERING LEGEND | |__________________________________| | | _ ___ | | o or o o | |X| or |X-X| | | o | |X| --- | | | - | | No Jumper | Jumper | | Installed | Installed | |________________|_________________| ---- ---- T_|__|_________======_______________________________________________|__|_T | |||||| _ | | | | JA2 JA1 |||||| |X| JA1 LED _ | | _X-Xo_X-Xo_======____ |X| 1|X| | | | | - |X|JA2 | | | === | |o| | | | F1 | === | | | | 1|o| | | | DAUGHTERBOARD | |X|JA3 | | | | |X| | | | | === | | | | JA5 |X|JA4 | | |___________________| ___ |X| | | |X-X| --- | | --- | | JP1 JP5 JP9 JP13 JP17 | | |o o|o o|o o|X-X |X-X| | | NOTE: JP1 - JP21 |o o|o o|X-X|o o |o o| JA7 JA8 JA9 | | depends on board |o o|o o|X-X|o o |X-X| |o o|o X-X o| | | address. |o o|o o|o o|o o |o o| |X-X|X-X X-X| | | -----------------|X-X| _ |o o|o X-X o| | | JP4 JP8 JP12JP16----- 1|X|J |o o|o X-X o| | | JP21 |X|A ------------- | | |o|6 | | JA10 - | | _____ | | |o X-X| | | ----- | |__ 1 ____________ __| |_______________________| |_________________________| HANDBOOKS-BASIC FOUR-MAI Basic Four GPx70 Systems---FIB021 Pg001 MOTHERBOARD: JA1 INSTALLED selects clock-to-memory circuitry JA2 PINS 1-2 a 27512 EPROM or larger is installed JA3 PINS 2-3 a 27512 EPROM is installed JA4 INSTALLED selects clock-to-CPU circuitry JA5 INSTALLED enables tri-state drivers JA6 PINS 1-2 enables communication buffer VME access JA7 REFERENCE JA8 PCBA VME bus request priority 1 JA9 CHART JA10 PINS 2-3 late release of BBSY JP1 thru JP21 are dependent on board address as follows: BOARD #0 - JP10, JP11, JP13, JP17, JP19, JP21 INSTALLED BOARD #1 - JP10, JP11, JP17, JP19 INSTALLED BOARD #2 - JP10, JP12, JP13, JP17, JP20, JP21 INSTALLED BOARD #3 - JP10, JP12, JP17, JP20 INSTALLED BOARD #4 - JP10, JP13, JP17, JP21 INSTALLED DAUGHTERBOARD: JA1 PINS 2-3 +12volt (fused) transceiver power to AUI connection at front panel JA2 PINS 2-3 selects half-step signaling AUI interface ORIGINATOR: Barry Matthews HANDBOOKS-BASIC FOUR-MAI Basic Four GPx70 Systems---FIB021 Pg002