GPx-5190 Installation & Test Procedure
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GPx-5190 Installation & Test Procedure |
R E V I S I O N R E C O R D __________________________________________________________________________ | REV | DATE | DESCRIPTION | AUTHOR | |_____|__________|_____________________________________________|___________| | A | 08/02/94 | INITIAL RELEASE | C. TORRES | | | | | |
CMB JUMPER SETTINGS: - No Jumper setting changes are needed.
EXTERNAL CACHE MEMORY (GPx-5190 486DX-50 / EISA): - The system should be configured for 512KB Cache. There should be 4 SRAM chips, part number IS61C1024-20 installed at locations U25, U26,U27,U28 (four chips on the right side) - For 512KB cache, the following jumper settings are required on the CMB: JP5 = 1-2 JP6 = 1-2 JP7 = 1-2 JP8 = 2-3 JP9 = 1-2 JP10= 1-2 JP12= 1-2 JP13= 1-2
- Drive part number is: 400937-001 & -002 - Terminator resistor packs must be installed. - Set jumper plugs for SCSI ID = 2 - Set jumper plug for PARITY Looking at the tape drive from the back, the first five positions of the jumper header should be empty, only positions six and eight should have a jumper plug installed.
- Terminator resistor packs must be removed. - Set jumper plugs for SCSI ID = 5 - Set jumper plug for PARITY
- ENABLE THE FLOPPY PORT BY INSTALLING THE JUMPER PLUG "FLP ENB" - IF JUMPER "W1" IS PRESENT, INSTALL A JUMPER PLUG AT POSITION "BC"
- THE SERIAL PARALLEL CARD IS: "KOUWELL MODEL KW-524H" - INSTALL THE SERIAL PARALLEL CONTROLLER ON THE THIRD SLOT - THE JUMPER SETTINGS ARE AS FOLLOWS: JUMPER POSITION COMMENTS JP1 ON SERIAL PORT A (9 PIN) SELECTION=COM1 JP2 OFF SERIAL PORT A (9 PIN) SELECTION JP3 OFF SERIAL PORT A (9 PIN) SELECTION JP4 OFF SERIAL PORT A (9 PIN) SELECTION JP5 OFF SERIAL PORT B (25 PIN) SELECTION JP6 OFF SERIAL PORT B (25 PIN) SELECTION JP7 OFF SERIAL PORT B (25 PIN) SELECTION=DISABLED JP8 OFF SERIAL PORT B (25 PIN) SELECTION JP9 ON PRINTER PORT I/O ADDRESS=378H JP10 OFF PRINTER PORT I/O ADDRESS JP11 OFF SERIAL PORT A INTERRUPT REQUEST JP12 OFF SERIAL PORT A INTERRUPT REQUEST JP13 ON SERIAL PORT A INTERRUPT REQUEST=IRQ4 JP14 OFF SERIAL PORT A INTERRUPT REQUEST JP15 OFF SERIAL PORT B INTERRUPT REQUEST JP16 ON SERIAL PORT B INTERRUPT REQUEST=IRQ3 JP17 OFF SERIAL PORT B INTERRUPT REQUEST JP18 OFF SERIAL PORT B INTERRUPT REQUEST
SERIAL PARALLEL CONTROLLER (KOUWELL MODEL KW-556P) - THE JUMPER SETTINGS ARE AS FOLLOWS: JUMPER POSITION COMMENTS JP1-1 1-2 NORMAL MODE, FDC FUNCTION JP1-2 2-3 PRIMARY ADDRESS 3F0-3F7 JP1-3 2-3 HDD=DISABLED JP1-4 2-3 HARD DISK CONTROLLER ADDRESS=PRIMARY JP1-5 1-2 FLOPPY DISK CONTROLLER=ENABLED JP2-1 1-2 COMM1 (3F8)=ENABLED JP2-2 2-3 COMM1 (3F8)=ENABLED JP2-3 2-3 COMM2 = DISABLED JP2-4 2-3 COMM2 = DISABLED JP2-5 1-2 PARALLEL PORT = LPT1 JP2-6 1-2 PARALLEL PORT = LPT1 JP3 OPEN, LED INDICATOR, NOT USED JP4 OPEN, PRINTER PORT IS INPUT/OUTPUT JP7 . . . . . SERIAL PORT A = IRQ4 (COMM1) . | . . . SERIAL PORT B = IRQ3 (COMM2) | . . . . JP8 1-2 PARALLEL IRQ=7 JP9 1-2 OPEN, DISABLE GAME PORT JP9 3-4 OPEN, DISABLE GAME PORT
- NO JUMPER SETTINGS ARE REQUIRED FOR THE EISA C/X CONTROLLER
- INSTALL EXTERNAL POWER SUPPLY TO THE CONCENTRATOR - CONCENTRATOR NUMBER "ONE": INSTALL CABLE FROM "HOST ADAPTER" CONNECTOR TO THE "LINE 1" CONNECTOR ON THE CONTROLLER BOARD. - CONCENTRATOR NUMBER "TWO": INSTALL CABLE FROM "HOST ADAPTER" CONNECTOR TO THE "REMOTE" CONNECTOR ON CONCENTRATOR NUMBER "ONE" - CONCENTRATOR NUMBER "THREE": INSTALL CABLE FROM "HOST ADAPTER" CONNECTOR TO THE "REMOTE" CONNECTOR ON CONCENTRATOR NUMBER "TWO" - AND SO ON... - IF ONLY ONE PORT ON THE DIGIBOARD CONTROLLER IS USED, INSTALL TERMINATOR ON THE UNUSED LINE'S CONNECTOR. - A TERMINATOR CONNECTOR MUST BE INSTALLED ON THE LAST CONCENTRATOR IN THE CHAIN. - CONCENTRATORS ARE DAISYCHAINED (UP TO EIGHT MAXIMUM PER BOARD) - CONCENTRATORS CAN BE CONNECTED TO LINE ONE OR TWO PROVIDED THE TOTAL DOES NOT EXCEED EIGHT.
SETUP FIRST CONCENTRATOR ON LINE ONE OR TWO - TURN POWER ON THE CONCENTRATOR - WAIT FOR THE "P1" DISPLAY, THEN PRESS THE "GREEN RIGHT ARROW SWITCH" ON THE FRONT OF THE UNIT, AND HOLD FOR A FEW SECONDS, THEN RELEASE. - THE FRONT PANEL WILL DISPLAY "1n" - PRESS THE "GREEN RIGHT ARROW SWITCH" ON THE FRONT PANEL, THEN RELEASE. (This will save the setup) - THE FRONT PANEL WILL DISPLAY "1"
SETUP SECOND CONCENTRATOR ON LINE ONE OR TWO - TURN POWER ON THE CONCENTRATOR - WAIT FOR THE "P1" DISPLAY, THEN PRESS THE "GREEN RIGHT ARROW SWITCH" ON THE FRONT OF THE UNIT, AND HOLD FOR A FEW SECONDS, THEN RELEASE. - THE FRONT PANEL WILL DISPLAY "1n" - PRESS THE "GREEN LEFT ARROW SWITCH ON THE FRONT OF THE CONCENTRATOR", THEN RELEASE - THE FRONT PANEL WILL DISPLAY "2n" - PRESS THE "GREEN RIGHT ARROW SWITCH" ON THE FRONT PANEL, THEN RELEASE. (This will save the setup) - THE FRONT PANEL WILL DISPLAY "1"
SETUP THIRD CONCENTRATOR ON LINE ONE OR TWO - TURN POWER ON THE CONCENTRATOR - WAIT FOR THE "P1" DISPLAY, THEN PRESS THE "GREEN RIGHT ARROW SWITCH" ON THE FRONT OF THE UNIT, AND HOLD FOR A FEW SECONDS, THEN RELEASE. - THE FRONT PANEL WILL DISPLAY "1n" - PRESS THE "GREEN LEFT ARROW SWITCH ON THE FRONT OF THE CONCENTRATOR", THEN RELEASE - THE FRONT PANEL WILL DISPLAY "2n" - PRESS THE "GREEN LEFT ARROW SWITCH" ON THE FRONT OF THE CONCENTRATOR, THEN RELEASE. - THE FRONT PANEL WILL DISPLAY "3n" - PRESS THE "GREEN RIGHT ARROW SWITCH" ON THE FRONT PANEL, THEN RELEASE. (This will save the setup) - THE FRONT PANEL WILL DISPLAY "1" - AND SO ON...
- SET I/O PORT ADDRESS AS FOLLOWS: BOARD # ADDRESS SW1 SW2 SW3 SW4 ------- ------- --- --- --- --- 1 200h ON OFF OFF ON 2 220h ON OFF ON ON
- Drive's part number is 400757-012
- Remove the two terminator resistor packs located next to the SCSI bus cable header (J1).
- Set jumper plugs for SCSI ID = 0
JUMPER HEADER PLUGS POSITION
J6 MTR INSTALLED
J6 CPAR INSTALLED
JP8 1-2 INSTALLED
JP5 1-2 REMOVED
JP5 3-4 REMOVED
JP5 5-6 REMOVED
JP5 7-8 REMOVED
JP5 9-10 INSTALLED
- SCSI ID SELECTION: ADDRESS CS2 (J6) CS2 (J6) CS3 (J6)
0 0 0 0 0=Removed
1 0 0 1 1=Installed
2 0 1 0
3 0 1 1
4 1 0 0
(FUJITSU M2694ESA)
- Remove terminator resistor DIP located next to the SCSI cable connector. (termination on this system is done at the tape drive)
- Set "SW1" as follows:
SW1-1 = ON SCSI COMMAND LEVEL
SW1-2 = OFF OFFLINE DIAGNOSTIC SELF-TEST MODE
SW1-3 = ON UNIT ATTENTION REPORTING MODE
SW1-4 = ON RESELECTION RETRY MODE
SW1-5 = ON SCSI BUS PARITY
SW1-6 = OFF SYNCHRONOUS MODE DATA TRANSFER REQUEST
SW1-7 = ON LED DISPLAY REQUIREMENTS
SW1-8 = ON MOTOR START COMMAND MODE
- jumper settings are as follows:
CNH2 (BOTH JUMPERS REMOVED )
CNH10 (ALL 3 JUMPERS INSTALLED )
CNH5 (BOTH JUMPERS INSTALLED )
CNH11-3 (JUMPER INSTALLED )
CNH11-4 (JUMPER REMOVED )
- DRIVE NUMBER SELECTION: ADDRESS CNH11-2 CNH11-1 CNH11-0
0 0 0 0 0=Removed
1 0 0 1 1=Installed
2 0 1 0
3 0 1 1
4 1 0 0
(Seagate WREN ST41650N)
- Terminator resistor packs must removed
- Install jumper plugs from: 1-2 (Installed terminating power)
3-4 (Removed terminating power)
13-14 (parity checking)
19-20 (Removed)
- Jumper plug from 19-20 comes installed from the factory and it should be removed)
- Set jumper plugs for drive: ADDRESS 5-6 7-8 9-10
0 0 0 0 0=Removed
1 0 0 1 1=Installed
2 0 1 0
3 0 1 1
4 1 0 0
( Seagate ST11900 / ST11950 400943-002/004 )
J6-1-2 = REMOVED (RESERVED)
J6-3-4 = REMOVED (REMOTE LED)
J6-5-6 = REMOVED (SYNC SPINDLE)
J6-7-8 = REMOVED (A0)
J6-9-10 = REMOVED (A1)
J6-11-12 = REMOVED (A2)
J2-1-2 = REMOVED (TERM. POWER FROM SCSI BUS)
J2-3-4 = INSTALLED (REMOTE LED)
J2-5-6 = REMOVED (ENABLE TERMINATORS. Termination is done
at the tape drive)
J2-7-8 = INSTALLED (PARITY OPTION)
J2-9-10 = REMOVED (WRITE PROTECT)
J2-11-12 = REMOVED (ENABLE MOTOR START)
J2-13-14 = REMOVED (DELAY MOTOR START)
J2-15-15 = REMOVED (RESERVED)
- CONNECTOR J5 IS USED TO SET THE SCSI ID:
- Set J5 jumper as follows: ADDRESS J5-2 J5-1 J5-0
0 0 0 0 0=Removed
1 0 0 1 1=Installed
2 0 1 0
3 0 1 1
4 1 0 0
- A maximum of (2) ISA cards can be installed or a maximum of (4) EISA cards. ISA CARDS SWITCH SETTINGS AND INTERRUPT LEVELS: CONTROLLER NUMBER ADDRESS INTERRUPT SW1 SW2 LK1 1 D0000 12 D 0 0 2 D8000 15 D 8 0
EISA CARDS SWITCH SETTINGS AND INTERRUPT LEVELS: There are no switches or jumpers to set on the EISA Specialix card, the following are the interrupt and starting address used when running the EISA configuration utility (CFG) CONTROLLER NUMBER STARTING ADDRESS INTERRUPT 1 256th megabyte + 4 * 64K 15 or 10 2 256th megabyte + 5 * 64K 15 or 10 3 256th megabyte + 6 * 64K 15 or 10 4 256th megabyte + 7 * 64K 15 or 10
- JP1 : Set jumper block to "CHEAPERNET" (up position) - JP2 : Set jumper plug to "OFF" (down position) - JP3 : Install jumper plug at position "5" (Interrupt 5) - JP4 : Set jumper plug to "OFF" (down position) - JP6 : "I/O" 1=DOWN (300h) 2=UP 3=DOWN - JP5 : "MEM", 1=DOWN (D0000h) 2=DOWN 3=UP
- JP1 : Set jumper block to the "TP" position (UP) (Twisted-Pair) - JP2 : "BOOT", Set jumper plug to the "OFF" position (DOWN) - JP3 : "IRQ", Install jumper plug at position "5" (Interrupt 5) - JP4 : "C&T", Set jumper plug to the "OFF" position (DOWN) - JP6 : "I/O" 1=DOWN (300h) 2=UP 3=DOWN - JP5 : "MEM", 1=DOWN (D0000h) 2=DOWN 3=UP
MODEM SWITCH SETTINGS (DataTrak 400822-001): - The modem is installed on the top slot of the card cage (slot #7) - There are no jumpers to set on this board. - Set switch positions 1, 3, 6 to the "ON" position - Set switch positions 2, 4, 5, 7, 8, 9, 10 to the "OFF" position
MODEM SWITCH SETTINGS (CALPAK MNP-5/V42bis 400822-003): Models MX-2400, MX-2400SF, MX-2442B, & MX-2496 - This modem has a switch which has 6 DIPs on it. The modem should be configured for COM2, Interrupt 3 and Address 2f8. The switches should be as follows: -------------------------------------------- | 1 | 2 | 3 | 4 | 5 | 6 | | ON | ON | OFF | OFF | OFF | ON | --------------------------------------------
MODEM SWITCH SETTINGS (Practical Peripherals 400822-005: Model PM2400 - This modem has a two position switch accessible from the outside. The modem should be configured for COM2, Interrupt 3 and Address 2f8. The switch settings are as follows: -------------------------- | S1-1 = DOWN (closed) | -------------------------- | S1-2 = UP (open ) | --------------------------
MODEM SWITCH SETTINGS (Cardinal 400822-006: - This modem has a four jumper plugs at the bottom right of the board. The modem should be configured for COM2, Interrupt 3 and Address 2f8. The jumper plugs should be installed as follows: ------------- ------------- | J1 = OFF | | J3 = OFF | ------------- ------------- | J2 = ON | | J4 = ON | ------------- -------------
- No jumper plugs should be installed at JMP1 & JMP2 - Switch settings SWx position: 1 = OFF (LPT1: ON=Disable, OFF=Enable) 2 = OFF (LPT1 type: ON=Centronics, OFF=Data Products) 3 = OFF (LPT1: ON=Disable, OFF=Enable) 4 = OFF (LPT2 type: ON=Centronics, OFF=Data Products) 5 = ON (COM1: ON=Disabled, OFF=Enabled) 6 = ON (COM2: ON=Disabled (w/modem), OFF=Enabled (no modem)) 7 = Not Used 8 = ON (BIOS: Disabled) 9 = OFF (Modem: ON=Enable, OFF=disable) 10 = Not Used
W A R N I N G : BEFORE APPLYING POWER TO THE SYSTEM VERIFY THAT THE POWER SELECTION SWITCH ON THE BACK OF THE UNIT IS SET TO THE PROPER AC INPUT VOLTAGE. SYSTEM CMOS SETUP ( GPx-5190 ) - Turn power ON - During the memory test press, press the "Delete" key. - The following are typical values for the different setup options:
Date (mn/date/year): Time (hour/min/sec): Hard Disk C: Type : Not Installed (when using SCSI drives) Hard Disk D: Type : Not Installed (When using SCSI drives) Floppy Drive A: : 1.44 MB, 3-1/2" Floppy Drive B: : Not Installed Primary Display : VGA/PGA/EGA Keyboard : Installed
ADVANCED CMOS SETUP: Typematic Rate Programming : Disabled Video ROM Shadow C000,32K: Enabled Typematic Rate Delay (msec): 500 Adaptor ROM Shadow C800,32K: Disabled Typematic Rate (Chars/Sec) : 15 Adaptor ROM Shadow D000,32K: Disabled Above 1 MB Memory Test : Enabled Adaptor ROM Shadow D800,32K: Disabled Memory Test Tick Sound : Enabled Adaptor ROM Shadow E000,32K: Disabled Memory Parity Error Check : Enabled Adaptor ROM Shadow E800,32K: Disabled Hit <DEL> Message Display : Enabled System ROM Shadow F000,64K: Enabled Hard Disk Type 47 RAM Area : 0:300 BootSector Virus Protection: Enabled Wait for <F1> If Any Error : Enabled System Boot Up Num Lock : On Weitek Processor : Absent Floppy Drive Seek At Boot : Enabled System Boot Up Sequence : A:, C: System Boot Up CPU Speed : High External Cache Memory : Enabled Internal Cache Memory : Enabled Turbo Switch Function : Enabled Password Checking Option : Setup
STANDARD CHIPSET SETUP: DRAM Speed : Slowest DRAM Write CAS Pulse Width : 2T DRAM Interleave : Enabled Cache Write Back : Disabled Cache Write Cycle : 3T Cache Burst Read Cycle : 2T KBCLK Selection : BUSCLK BUSCLK Selection : CPUCLK/6 Non-Cacheable Area 1 : DRAM Non-Cacheable Area 1 Size : 0 KB Non-Cacheable Area 1 Start : Disabled Non-Cacheable Area 2 : DRAM Non-Cacheable Area 2 Size : 0 KB Non-Cacheable Area 2 Start : Disabled C000 Shadow RAM Cacheable : Enabled F000 Shadow RAM Cacheable : Enabled I/O Recovery Select : 3 BCLKs
WRITE TO CMOS AND EXIT.
EISA CONFIGURATION UTILITY (GPx-5190): - Install a bootable MS-DOS diskette into the floppy drive - Boot from floppy - Remove MS-DOS diskette and install the Mitac EISA Configuration Utility diskette into the floppy drive (MAI p/n: W514862-001), the diskette should be "WRITE ENABLED" - cfg <CR> (Run the EISA CONFIG utility) - Configure <CR> (Use THE "-->" key) - Configure <CR> - Set "Configuration Type" to: "Modify Old Configuration" - Set Configuration Mode to: "Manual" - Set CMS file to modify to: "Use default CMS file name" - Move the cursor to [ OK ], then press <CR> - Make changes if necessary. Note: ISA controllers such as Specialix, modem, and Ethernet cards do not need to be configured.
SLOT 0 - TYN VL EISA-486 Board: TIMER Reserved Free Real-Time Clock Reserved Free Co-processor Installed Link Keyboard 101 Key Link System Board Base Memory 640K base memory (default) Link Main Board Memory at 1MB Enter the appropriate memory configuration Link
THERE ARE FOUR (6) EISA SLOTS ON THE GPx-5190, THE FOLLOWING IS THE SLOT CONFIGURATION: (TOP) ====================== EISA SLOT #1 ====================== EISA SLOT #2 ====================== EISA SLOT #3 ====================== EISA SLOT #4 ====================== EISA SLOT #5 ====================== EISA SLOT #6 ====================== ========== VESA SLOT #1 ====================== ========== VESA SLOT #2
Slot 1 - BusTek 32 Bit Bus Master EISA-to-SCSI Host Adapter (v.180) Host I/O Port Address 330h - default Link Host Interrupt Request INT11 Edge - default Link Host BIOS (16K Bytes) Address 0DC000h - default Link ISA DMA Channel Emulation DMA Channel 5 - Default - EISA Bus Burst Cycles Disable - default - Host Adapter SCSI ID ID = 7 - default - SCSI Parity Enable - default - Disk Drive Capacity Disk < 1 GB or SCO UNIX - default - Adapter Initiate Sync Negotiation Disable - default - Maximum Sync Data Rate Allowed 5 MBytes/sec - default - Floppy Subsystem Disable Floppy - default -
- Use Up/Down arrow keys to highlight slot containing Specialix card. - A (Add) - Select !SLX0415.CFG - SI/XIO EISA Intelligent IO Controller then hit <cr> - O (Ok) - Select the slot number again, then hit <CR> - Select the EISA Specialix controller, then hit <CR> - <CR> (Interrupt) - Select Interrupts and Memory Address ranges as follows: BOARD # INTERRUPT MEMORY RANGE ------- --------- ------------ 1 10 256th megabyte + 4 * 64K 2 10 256th megabyte + 5 * 64K 3 10 256th megabyte + 6 * 64K 4 10 256th megabyte + 7 * 64K - O (Ok) - S (Save) - <CR> (Ok) - N (No Print) - Q (Quit) - Yes (Do you really want to quit?)
Note: The MAI Offline Diagnostics diskette (W514832-007) does not boot on the GPx Series 60/90 systems. You must boot from a DOS diskette, then perform a soft reset and boot from the Diagnostics diskette.
- Boot from an MS-DOS diskette (version 3.3 or higher) - Install the MAI Offline Diagnostics diskette (W514832-007) on drive A and boot from it by perform a soft reset (Ctrl-Alt Del) - dive <CR> (Enter the Diagnostic program to boot:) - <CR> (When the proprietary message is displayed) - <Esc> (Hit ESCAPE to continue) - 1 (Device selection) - Select drive number to format - 2 (Format) - 1 (Standard format) - Y (Do you want to continue?) - Y (Are you sure?) Note: If the message: "Standard format parameters have not been defined for this drive. Do you want to format the drive anyway?" is displayed, type 'Y" to continue - The format operation will now begin. It may take from 30 minutes to over one hour to complete.
RUNNING DEMON - Install a blank tape cartridge into the tape drive - Boot from an MS-DOS diskette (version 3.3 or higher) - Install the MAI Offline Diagnostics diskette (W514832-007) on drive A and boot from it by perform a soft reset (Ctrl-Alt Del) - <CR> (Enter the Diagnostic program to boot:) - <CR> (When the proprietary message is displayed) - Note: If the message "No FIFOs." is displayed during SIZING - Modems, hit <CR> to continue. - <ESCAPE> (Hit <ESCAPE> to log on.) - 1 <CR> (UNIT TEST) - A <CR> (Pause on error = N) - E <CR> (Loop on test(s) = Y) - ALL <CR> (Test all) - R <CR> (RUN)
Note: Should the installation need to be restarted (i.e. an incorrect selection was made in response to a prompt, SCO serial number needs to be changed, etc..),power-off the system, insert the N1 diskette and power-on the system. At the boot prompt enter: restart <cr>
- Insert the "SCO Unix Installation Diskette N1" diskette into the floppy drive - Turn power ON - <cr> (when prompted "Boot :") - Remove "N1" diskette, then Insert "N2" diskette into the floppy drive, then hit <cr> - 1 <cr> (Fresh installation) Note: The Update installation option is not supported by the GPx-60/90 Systems.
- 1 <cr> (American keyboard selection) - 1 <cr> (Fully Configurable Initialization) - y <cr> (Do you wish to continue ?) - 2 <cr> (Use Entire Disk for UNIX) - <cr> (After partition information is displayed) - q <cr> (quit) - Enter the swap partition size: SYSTEM MEMORY SWAP SPACE (in 1KB blocks) 16 to 32 MB 40,000 64 MB 79,000
- y <cr> (separate partition) - Assign the remainder of the hard disk to the /u filesystem by entering the value displayed as maximum on the message: Enter allocation of 1K blocks for the /u file system. (80000 to yyyy)" (where yyyy is the maximum space available) - n <cr> (manual adjustments ?) - 2 <cr> (Cartridge Tape) - scsi <cr> (type of tape drive) - y <cr> (Confirm that your drive is configured to these values) - Insert "N1" diskette into the floppy drive, then hit <cr> - Insert "Master Installation Floppy M1" (MAI p/n: W514841-012) into floppy drive and hit <cr> - Insert "SCO System 3.2.4 V O/S tape" (MAI p/n: W514841-015) into the tape drive and hit <cr> - Enter the "SCO UNIX System V Operating System" serial number Note: The serial number is case sensitive and it usually begins with 3 alphabet letters followed by 6 numeric digits (i.e. mai123456). - Enter the "SCO UNIX System V Operating System" activation key - y <cr> (are you in North America ?) - 6 <cr> (PST Pacific standard time) - y <cr> (daylight savings time) - Change date and time if needed, otherwise hit <cr> - 1 <cr> (Install additional software (Extended Utilities.... - Install <cr> - Hit the DOWN ARROW key to select SCO System V Operating System, then hit <cr> - Entire Product <cr> - Continue <cr> (please wait....) - n <cr> (Do not change system name, leave as "scosysv") - <cr> (Press Return to continue) - <cr> (Press any key to continue) - q <cr> (Quit) - 3 <cr> (Traditional UNIX security) - 2 <cr> (Continue) - 1 <cr> (Pick your own password) - mai001 <cr> (New password) - mai001 <cr> (Re-enter password) Note: Installation and configuration of the System V Operating System is now complete. The system will automatically shutdown.
- Remove the Operating system diskette "M1" from floppy drive - Remove the Operating system tape from tape drive - <cr> (Reboot) - <cr> (Boot into SINGLE USER mode by typing <cr> at the Boot: prompt - mai001 <cr> (give root password for system maintenance)
MAI SUPPLEMENT INSTALLATION: - Insert the MAI SUPPLEMENT" diskette in the floppy drive (W514833-008) - custom <cr> (at # prompt) - Install <cr> - A new product <cr> - Entire product <cr> - Continue <cr> - Continue <cr> (MAI Supplement already in drive) - If there is at least one MAI 16-Way controller in the system, answer YES when prompted "do you want to install M16 driver?", otherwise answer NO. - If there is an MAI MFC card in the system, answer YES when prompted "do you want to install MFC drivers ?", otherwise answer NO. - Enter the MAI System Serial Number (SSN) Note: The MAI SSN for a GPx-5190 consists of a 4 digit numeric prefix "4163" plus a "-" followed by 8 numeric digits (i.e. 4163-00301234) - Enter the MAI Activation key - y <cr> (kernel must be rebuilt) - y <cr> (kernel to boot by default ?) - y <cr> (kernel environment rebuilt) - <cr> (Press any key to continue) - Remove MAI SUPPLEMENT diskette from the floppy drive
( for systems with Specialix controllers only ) 1. Insert the Specialix diskette: "386/ix UNIX/XENIX DRIVER" (Version 5.01) 2. Install <cr> (at "custom" menu) 3. A New Product <cr> 4. Entire product <cr> 5. Continue <cr> 6. Continue <cr> (leave same diskette in drive) 7. Yes <cr> (Operating system is SCO Unix, Yes) 8. <cr> (Push any key to continue) 9. <cr> (Push any key to continue) 10. yes <cr> (Is this an EISA system?) 11. EISA cards and/or AT cards <cr> Note: Specialix EISA cards are configured using the EISA configuration utility. The following steps apply only to ISA cards, If you only have EISA cards installed in the system, proceed to step #23, otherwise continue.
12. <cr> (Push any key to continue) 13. None <cr> (How many AT cards ver. 1.x ?) 14. Use the arrow keys to select the number of AT ISA Specialix cards version 2.x in the system, then hit <cr> Note: If the system has both ISA and EISA cards installed, enter the number of ISA CARDS ONLY !!!
15. interrupt driven <cr> (How will cards operate ?) Note: If there is more than one ISA Specialix card, you will be asked to select the number of the card otherwise enter 1 <cr> to adjust parameters.
16. i (to alter interrupt, no <cr> required) 17. Push the SPACE BAR key to change interrupt, when the interrupt displayed is 12 (for board #1), hit <cr> Note: If there is a second Specialix board installed, the interrupt level for board #2 is 15
18. 1 (adjust parameters, no <cr> required) 19. a (change address, no <cr> required) 20. Use arrow keys to select address d0000 ,the hit <cr> Note: If there is a second Specialix board installed, the address for it should be: d8000 21. <cr> (accept setup shown) 22. no <cr> (re-enter h/w details ?)
---> Continue here for EISA cards. (from step 11)
23. 8, 16, 24, or 32 <cr> (How many ports are required ?)
(8 times the number of terminal adapters
being shipped)
24. <cr> (Push any key to continue), Please wait, kernel
environment will be rebuilt...
25. <cr> (Exiting, push any key)
26. <cr> (Press any key to continue)
27. q <cr> (quit custom)
28. Remove Specialix diskette from the floppy drive
29. shutdown -g0 -i6 -y (re-boot the system)
30. <cr> (Boot:)
31. mai001 <cr> (give root password for system maintenance)
32. at386 <cr> (when prompted TERM = (ansi))
33. config.si <cr> (Set values for config.si)(at the # prompt)
34. <cr> (Operating system is SCO Unix...)
35. View / Edit default values, <cr>
36. getty entry <cr>
37. mai9600b <cr>
38. TTY type <cr>
39. 4314-fk <cr>
40. ESCAPE
41. Change all ttys to default values <cr>
42. Yes <cr>
43. \eA <cr> (exprint enable string, letter A is upper case)
44. \eB <cr> (exprint disable string, letter B is upper case)
( for GPx-5190 & GPx-7190 ) 1. Insert the DigiWARE SCO Unix 3.2 XEN.2.2-2.3 C/X-EPC/X-em Async Driver PN 40000762F V5.3.0" diskette 2. custom <CR> 3. Install <cr> (at "custom" menu) 4. A New Product <cr> 5. Entire product <cr> 6. Continue <CR> (leave same diskette in drive) 7. Continue <CR> 8. Continue <CR> 9. y <CR> (Is this acceptable?) 10. y <CR> (Do you want ID letters picked for you?) 11. Enter the number of DIGIBOARD boards to be installed on the system 12. 5 <CR> (EISA C/X Host Adapter) 13. F000 <CR> (Select address 0xF0000000) for the first board 14. y <CR> (Do you want to use the basic installation method?) 15. Enter the number of concentrators connected to the line ONE connector. Note: The EISA C/X controller has TWO lines. The total number of concentrators connected to lines 1 and 2 cannot be more than EIGHT. (The maximum number of ports is 128)
16. Enter the number of concentrators connected to the line TWO connector. 17. y <CR> (Is this configuration acceptable?) 18. n <CR> (altpin is off, Is this configuration acceptable?) 19. y <CR> (Do you wish to install DigiScreen?) 20. <CR> (How many devices do you wish installed?=DEFAULT) 21. y <CR> (Do you wish to update /etc/ttytype?) 22. y <CR> (Do you want this kernel to boot by default?) 23. y <CR> (Do you want the kernel environment rebuilt?) 24. <CR> (Press any key to continue) 25. q <CR> (Quit custom) 26. Remove DigiWARE Driver diskette from the floppy drive 27. shutdown -g0 -i6 -y (re-boot the system)
ENABLE THE PORTS 1. <CR> (Boot:) 2. Ctrl-D (Go to multi-user mode) 3. root (login as root) 4. mai001 (password) 5. at386 <CR> (when prompted TERM = (ansi)) 6. while true <CR> do <CR> for i in 01 02 03 04 05 06 07 08 09 10 11 12 13 14 15 16 <CR> do <CR enable ttya$i <CR> (enable 16 ports on concentrator #1) enable ttyb$i <CR> (enable 16 ports on concentrator #2) enable ttyc$i <CR> (enable 16 ports on concentrator #3) enable ttyd$i <CR> (enable 16 ports on concentrator #4) enable ttye$i <CR> (enable 16 ports on concentrator #5) enable ttyf$i <CR> (enable 16 ports on concentrator #6)) and so on... done <CR> done <CR> (execute script)
( 8-Port Controller with single breakout box, MAI PN: 400xxx-xxx ) 1. Insert the DigiWARE SCO Unix 3.2 SCO XENIX 2.2-2.3 PC/X* Async Driver PN 40000375M V5.2.0" diskette ( MAI PART NUMBER: W400947-004 ) 2. custom <CR> 3. Install <cr> (at "custom" menu) 4. A New Product <cr> 5. Entire product <cr> 6. Continue <CR> (leave same diskette in drive) 7. Continue <CR> 8. 5 <CR> (Custom or multiple board installation) 9. Enter the number of DigiBoards being installed <CR> 10. Enter I/O address for the FIRST controller <CR> (200) 11. Enter memory address for the FIRST controller <CR> (0D ) 12. Enter number of ports on this controller <CR> (8 ) 13. Enter I/O address for the SECOND controller <CR> (220) 14. Enter memory address for the SECOND controller <CR> (0D ) 15. Enter number of ports on this controller <CR> (8 ) 16. y <CR> (Is this configuration acceptable?) 17. n <CR> (altpin is off, Is this configuration acceptable?) 18. y <CR> (Do you wish to install DigiScreen?) 19. <CR> (How many devices do you wish installed? = DEFAULT) 20. y <CR> (device default names, Is this acceptable? = YES) 21. y <CR> (Do you want this kernel to boot by default?) 22. y <CR> (Do you want the kernel environment rebuilt?) 23. <CR> (Press any key to continue) 24. q <CR> (Quit custom) 25. Remove DigiWARE Driver diskette from the floppy drive 26. shutdown -g0 -i6 -y (re-boot the system)
ENABLE THE PORTS 1. <CR> (at the "Boot:" prompt) 2. Ctrl-D (Go to multi-user mode) 3. root (login as root) 4. mai001 (password) 5. at386 <CR> (when prompted TERM = (ansi)) 6. while true <CR> do <CR> for i in 01 02 03 04 05 06 07 08 <CR> do <CR enable ttyi1$i <CR> (enable 8 ports, concentrator #1 ) enable ttyi2$i <CR> (enable 8 ports, concentrator #2, if present) enable ttyi3$i <CR> (enable 8 ports, concentrator #3, if present) enable ttyi4$i <CR> (enable 8 ports, concentrator #4, if present) done <CR> done <CR> (execute script) The /etc/inittab file will now be updated and the devices will be enabled.
(only for systems with Specialix controllers)
Note: This section needs to be repeated for every port
in the system, do not configure extra ports, configure
8 ports for every 8-port terminal adapter being shipped.- View / edit TTY <cr> <--------- - Select port <cr> (one at a time) | - enable ? both disabled <cr> | - TTY enable <cr> | - ESCAPE (enabled ? tty enabled) | - Repeat for all ports ------------------------ - Quit <cr> (once all ports have been configured) - Yes <cr> (Save changes?)
CONFIGURE tty DEVICES USING "sysadmsh":
(for systems with Specialix controllers)
- sysadmsh <cr>
- Accounts
- Terminal
- Create <-------------------------------------------------
- ttya01 <cr> | - <cr> (Defaults) |
- <cr> (Defaults) |
- <cr> (Defaults) |
- y (save) |
---> Do this for all terminals (ttya01-ttya08 for 8 ports ) or |
(ttya01-ttya16 for 16 ports) ----
- F2 (quit)
- Yes
- mkdev fs <cr> - 1 <cr> (Add a new filesystem to system.) - /dev/u <cr> (/dev/u) - /u <cr> (Enter a directory name...) - 1 <cr> (Always mount /dev/u) - y <cr> (Do you want to allow users...)
- mkdev parallel <cr> - 1 <cr> (Serial/parallel adapter #1 at address 378-37f) - 7 <cr> (Use interrupt 7 for first parallel port) - y <cr> (Do you wish to create a new kernel now ?) - y <cr> (Do you want this kernel to boot by default ?) - y <cr> (Do you want the kernel environment rebuilt ?)
- mkdev serial <cr> - i <cr> (install a new serial board) - 1 <cr> (1 port card) - 2 <cr> (COM2) - 2 <cr> (IBM-COM2) - 2400 <cr> (baud rate=2400) - 11 <cr> (maiDiagModem) - y <cr> (Do you wish to create a new kernel now ?) - y <cr> (Do you want this kernel to boot by default ?) - y <cr> (Do you want the kernel environment rebuilt ?) - vi /usr/lib/uucp/Devices <CR> (edit file Devices to modify dial entry) - Modify the dial entry in the /usr/lib/uucp/Devices file by removing the pound (#) sign from the front of the line. The modified model dial-in entry should read as follows: ACU tty2A - 600-2400 /usr/lib/uucp/dialHA24 - Save changes and exit vi editor Note: For instructions on how to use the vi editor refer to the SCO UNIX User Guide manual
- cu -s2400 -ltty2A dir (connect to modem 2400 baud, direct) - ats0=1 <CR> (set autoanswer after one ring) - at&v <CR> (Display setup, verify register 001 is = to 001) - ~. <CR> (Exit cu)
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