GPx-4150 Installation & Test Procedure
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GPx-4150 Installation & Test Procedure |
R E V I S I O N R E C O R D __________________________________________________________________________ | REV | DATE | DESCRIPTION | AUTHOR | |_____|__________|_____________________________________________|___________| | X1 | 02/17/92 | PRELIMINARY RELEASE | C. TORRES | | X2 | 02/26/92 | UPDATE | C. TORRES | | X3 | 03/16/92 | UPDATE | C. TORRES | | X4 | 03/19/92 | PRELIMINARY RELEASE FOR 3.2.4 | C. TORRES | | X5 | 03/27/92 | ADD SECOND HDD INFORMATION | C. TORRES | | X6 | 04/15/92 | ADD SPECIALIX EISA CONFIG | C. TORRES | | X7 | 04/28/92 | CONFIGURE MODEM & PARALLEL PORTS | C. TORRES | | A | 05/11/92 | CORRECT SWAP FILE SPACE SIZE, & ONLY ONE | C. TORRES | | | | PARTITION ON SECOND HDD | | | B | 04/28/94 | ADD "NITRO" INSTRUCTIONS | C. TORRES |
- VGA monitor - 101/102 keyboard - Mitac EISA Configuration Utility diskette (MAI p/n: W514836-003) - SCO Unix System V Operating System S/W package - MAI Supplement diskette (MAI p/n: W514833-008) - MAI Bass diskette (MAI p/n: W514831-006) - Specialix diskette, 386/ix UNIX/XENIX DRIVER, Version 5.01 (this diskette comes in the box with the Specialix card) - OpenBASIC 3.0 tape (or diskettes)
- No Jumper setting changes are needed.
- The following are default jumper settings:
JP2 = 1-2
JP3 = 1-2
JP4 = OFF
JP5 = OFF
JP6 = OFF
JP7 = 1-2
JP8 = OFF64 KB cache memory for 1150 systems: JP9 = 2-3 128 KB cache memory for 4150 systems: JP9 = 1-2
JP10 = 2-3
JP11 = 2-3
JP12 = 1-2- Verify BIOS PROMS at locations U11 and U12 to be:
U11 = 4280 U11
R1.09 ODD
CKS:FE00
- Terminator resistor packs must be installed. - Set jumper plugs for SCSI ID = 2 - Set jumper plug for PARITY - Install mounting rails
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.
(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- Remove Front Bezel (Use a flat screwdriver, bezel is mounted to the metal plate with a sheet of adhesive tape) - Install the disk drive into the 5-1/4" HDD mounting bracket from the system
- Drive's part number is 400757-008 - Remove drive's front bezel - Remove the three terminator resistor packs located next to the SCSI bus cable header. - Set jumper plugs for SCSI ID = 0 - Only the following jumper plugs should be installed:
JUMPER HEADER JUMPER PLUGS INSTALLED J6 7-8, 9-10 (J6 is next to the power connector) J8 1-2 J9 3-4
- Drive's part number IS 400757-009 - The floppy drive has to be removed in order to install the hard disk drive. Record the serial number of the hard disk before installing. - Remove drive's front bezel - Remove the three terminator resistor packs located next to the SCSI bus cable header. - Set jumper plugs for SCSI ID = 0 - Only the following jumper plugs should be installed:
JUMPER HEADER JUMPER PLUGS INSTALLED J6 7-8, 9-10 (J6 is next to the power connector) J8 1-2 J9 3-4
- 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
W A R N I N G !
A problem has been identified with MAXTOR LXT213 and LXT535 disk drives that will cause the drives not to come READY after a system is shutdown and power is restored. The problem is caused by a marginal integrated circuit at location "U18" on the disk drive's logic board.
All drives experiencing this problem should be rejected and returned to the vendor. Please write the following as the reason for reject:
MARGINAL "U18" DRIVE WILL NOT SPIN-UP, RETURN TO VENDOR.
FLOPPY DRIVE SETTINGS:
- No jumper setting changes are needed, - Floppy cable is connected to the motherboard (not the SCSI controller)
- The EISA BUSTEK controller is installed on slot #1 (next to the memory card). - Disable FLOPPY port by removing the jumper plug from jumper plug "FLP ENB" - Jumper plug at location "W1" should be installed at position "BC" - The PCBA revision level should be: "G" - The firmware level at IC location U5 should be: "1000007-2.21" - The firmware level at IC location U25 should be: "1000006-2.41"
SPECIALIX CONTROLLER JUMPER AND SWITCH SETTINGS:
- A maximum of (2) ISA cards can be installed or a maximum of (4) EISA cards.
CONTROLLER NUMBER ADDRESS INTERRUPT SW1 SW2 LK1
1 F80000 15 F 8 0
2 F88000 12 F 8 8
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 (MECU)
CONTROLLER NUMBER STARTING ADDRESS INTERRUPT
1 10040000 15 or 10
2 10080000 15 or 10
3 100C0000 15 or 10
4 10100000 15 or 10
- The Ethernet board is installed on the second slot from the bottom of the card cage (slot #2). If there is a Specialix card, install the Ethernet card next to it.
- JP1 : Set jumper block to "CHEAPERNET" (up position)
- JP2 : Set jumper plug to "OFF" (down position)
- JP3 : Install jumper plug at position "9"
- JP4 : Set jumper plug to "OFF" (down position)
- JP5 : 1=Down JP6 : 1=Down
2=Down 2=Up
3=Up 3=Down
- 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 (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
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 accesible 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 ) | --------------------------
- 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=Enable, OFF=Disabled) 6 = ON (COM2: ON=Disable (w/modem), OFF=Enable (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. Failure to select the correct input voltage will damage the system and create a fire hazard.
- Turn power ON - Press CTRL-ALT-ESC (setup) - Change date and time if needed - Floppy disk A : 3.5", 1.44 MB - Floppy disk B : None - Hard disk C : None - Hard disk D : None - Video : EGA or VGA card - Extended Memory : System displays detected memory (i.e. 15232)
If the system memory is 8 MB, then hit <cr> for no change If the system memory is 16 MB or more, then type: 14336 <cr>
- Cache : Enabled
- Reloc 1 M : If system memory is 8 MB, select NO
If system memory is 16 MB or more, select YES
- BIOS : Enable
- Video : Disable
- Video Card: : VGA/EGA
- Password : Disable
- Keyboard: : Exist
- CPU Speed: : High
- "F1" (save and reboot)
- Y (REBOOT)
- Turn power ON - After the memory test press: CTRL-ALT-ESC (setup) - Change date and time if needed
- Floppy disk A ............. : 3.5" 1.44 MB - Floppy disk B ............. : Not Installed
- Hard disk Drive 1 ......... : 0 Not Installed - Hard disk Drive 2 ......... : 0 Not Installed - Base Memory ............... : 640 KB - Extended Memory ........... : 14336 KB - Extra Memory .............. : 0 KB (for 16MB systems) or 16384 KB (for 32MB systems) or 32768 KB (for 48MB systems) or 49152 KB (for 64MB systems)
- Primary Video Adapter ..... : EGA or VGA
- BIOS Shadow ............... : Enabled - Video Shadow .............. : Enabled - System Cache .............. : Enabled
- 15-16 MB Address Decode ... : Disabled - CPU Speed ................. : High - Keyboard .................. : Exist
Security Feature Control - Security .................. : OFF - System Mode ............... : Operation - Quick Lock ................ : Ctrl-Alt-
- System Access Right ....... : 00
- Hit ESCAPE, then <F4> to Save and Reboot.
- 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: W514836-003) - MECU <cr> (Run the EISA utility) - <cr> (Press any key to continue) - Make changes if necessary, the following is the configuration for a basic system with one BusTek controller. Note: ISA controllers such as Specialix, modem, and Ethernet cards do not need to be configured.
Type ID Name System board MTCFF00 MITAC EISA 486 System Board System Board Total Memory ........ : [System Memory in Memory Board] System Control Port .............. : [System Port] Auxiliary Device (mouse) ......... : [Disabled]
Slot 1 EISA BUS4201 BusTek 32 Bit Bus Master EISA-to-SCSI Host
Adapter (v1.55)
Host Adapter Configuration:
Host I/O Port Address ............ : [330h - default]
Host Interrupt Request ........... : [INT11 Level]
Host BIOS (16K Bytes) Address .... : [0C8000h]
ISA DMA Channel Emulation ........ : [No DMA Channel]
EISA Bust Burst Cycles ........... : [Enable]SCSI Configuration: Host Adapter SCSI ID ............. : [ID = 7 - default] SCSI Parity ..................... : [Enable - default] Adapter Initiate Sync Negotiation : [Enable]
Floppy Subsystem: ................ : [Disable Floppy - default]
Slot 2 EISA (Empty) Slot 3 EISA (Empty) Slot 4 EISA (Empty) Slot 5 EISA (Empty) Slot 6 EISA (Empty) Slot 7 ISA16 (Empty)
Slot 8 ISA16 MTC0000 MITAC Multi-Function Expansion Board
MFC Control Port Select .......... : [Control Port]
Serial Port 1 .................... : [COM1 Enabled]
Serial Port 2 .................... : [COM2 Disabled] for US/Canada
(modem installed), or
: [COM2 Enabled ] for International
(no modem)
Parallel Port .................... : [PIO Enabled] (or Disable if there
is an MAI MFC card installed)
Serial Port Lock While Key Lock .. : [SIO Lock Disabled]
Parallel Port Lock While Key Lock : [PIO Lock Disabled]
Floppy Disk Controller ........... : [FDC Enabled]
Hard Disk Controller ............. : [HDC Disabled]
VGA .............................. : [VGA Enabled (See jumper JP4)
Hard Disk Diagnostic ............. : [Diagnostic Disabled (See
jumper JP3)]
Embedded device (Empty)
Virtual device (Empty) HOW TO CONFIGURE EISA SPECIALIX CARDS:
- Use Up/Down arrow keys to highlight slot containing Specialix card, then hit <cr>
- Select !SLX0411.CFG SI EISA Intelligent IO Controller (MAI version) then hit <cr>
- Hit <cr> to select again
- "SI EISA IRQ Level" will be highlighted, hit <cr>
- Hit F10 to select interrupt
- hit <cr>
- Use Up/Down arrows to select interrupt 15 (if there are only EISA Specialix cards on the system, or choose 10 if there are both ISA and EISA Specialix cards installed), then hit <cr>
- ESCAPE
- Use Up/Down arrow s to select "SI EISA Address Range", then hit <cr>
- Hit F10 to change resources
- Hit <cr> to change Starting address
- Use the Up/Down arrow keys to select the proper address, then hit <cr>
BOARD # ADDRESS
1 10040000 H
2 10080000 H
3 100C0000 H
4 10100000 H
- ESCAPE
- ESCAPE
Exit MECU: - Alt-X (Exit and save) - <cr> - <cr> (Save and re-boot) - Remove MECU Utility diskette from the drive.
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 4150 System.
- 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
For 213 MB disk drives: - n <cr> (no manual adjustments)
For all other disk drives: - 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)
INTERNATIONAL SUPPLEMENT INSTALLATION:
Note: This section is only applicable to international orders (Systems for the United States, Puerto Rico, and Canada are considered domestic. Anything else is defined as international) - Insert the "SCO UNIX SYSTEM V/386 Operating System International Supplement" diskette into the FDD (MAI p/n: W514841-014) - custom <cr> (at # prompt) - Install <cr> - A new product <cr> - Entire product <cr> - Continue <cr> - Continue <cr> (International Supplement is already in FDD) - n <cr> (Do you wish to change these default locale... - n <cr> (Do you wish to have a keyboard map automatically... - y <cr> (Do you wish to configure automatic character.. - q <cr> (Please enter a mapchan file type to assign... - n <cr> (Do you wish to select a common channel...) - <cr> (Press any key to continue) - q <cr> (quit) - Remove the International Supplement disk from the floppy drive
- 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 model 4150 consists of the prefix 4151 followed by 8 numeric digits (i.e. 4151-00301234)
- 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
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 15 (for board #1), hit <cr>
Note: If there is a second Specialix board installed, the interrupt level for board #2 is 12
18. 1 (adjust parameters, no <cr> required) 19. a (change address, no <cr> required) 20. Use arrow keys to select address f80000 ,the hit <cr>
Note: If there is a second Specialix board installed, the address for it should be: f88000
21. <cr> (accept setup shown)
22. no <cr> (re-enter h/w details ?)
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))
Note: MAI Manufacturing has a script that allows for automatic "config.si" configuration as well as "sysadmsh" terminals database configuration. The script's name is: CONFT, if you have it do the following at this point: - Install the tape containing CONFT into the tape drive - cd / <cr> (change directory to root) - tar xvf /dev/rStp0 <cr> (copy from tape to disk) - ./conft <cr> (run conft script) - c <cr> (Continue) - rm conft <cr> (remove conft file from disk) - rm cps <cr> (remove cps file from disk) - Skip the PORT CONFIGURATION and the "CONFIGURE TTY DEVICES USING 'sysadmsh'" sections and continue with FILESYSTEM ENABLING for drives greater than 240 MB on the next page.
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)
PORT CONFIGURATION:
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":
- 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
IF THE DISK DRIVE IS GREATER THAN 240 MB, THE FOLLOWING FILESYSTEM ENABLING NEEDS TO BE PERFORMED:
- 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 parallel <cr> - 3 <cr> (Serial/parallel adapter #2 at address 278-27a) - 5 <cr> (Use interrupt 5 for the second 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)
Adding a new disk to the system is a three step process. First, the kernel must be reconfigured in order for it to recognize the new disk. Second, the reconfigured kernel must be booted. Third, the filesystems on the new disk must be configured.
1.0 RECONFIGURING THE KERNEL:
1.1 mkdev hd <cr>
1.2 y <cr> (Do you want to add another SCSI disk ?)
1.3 <cr> (Default SCSI host adapter prefix 'ad')
1.4 Enter 0 if you are adding a disk on the first SCSI controller or
enter 1 if the disk will be attached to the second controller.
1.4.1 If you are just adding another disk onto a system with a single SCSI controller, skip to step 1.5
1.4.2 y <cr> ('ad' SCSI host adapter 1 is not configured. Would you like to update the link-kit ?)
1.4.3 334 <cr> (What is the start IO address (hex) for this adapter ?)
1.4.4 336 <cr> (What is the end IO address (hex) for this adapter ?)
1.4.5 y <cr> (Update the link-kit ?)
1.5 Enter the Target ID for the disk drive being added. the following is a table of typical available IDs:
SCSI CONTROLLER #0 SCSI CONTROLLER #1
0 Used for the boot disk 0 0 Available
1 Available 1 Available
2 Used for the tape drive 2 Available
3 Available 3 Available
4 Available 4 Available
5 Available 5 Available
6 Available 6 Available
7 Used by the SCSI controller 7 Used by the SCSI controller
1.6 <cr> (Use the default LUN 0)
1.7 y <cr> (Update SCSI configuration ?)
1.8 y <cr> (Would you like to relink at this time ?)2.0 BOOTING THE RECONFIGURED KERNEL:
2.1 shutdown -g0 -y -i6 <cr> (shutdown to reboot the new kernel)
2.2 <cr> (Boot:)
2.3 mai001 <cr> (give root password for system maintenance)
2.4 ansi <cr> (TERM = (unknown))
2.5 mkdev hd <cr>
2.6 y <cr> (Do you want to add another SCSI disk ?)
2.7 <cr> (Default SCSI host adapter prefix 'ad')
2.8 Enter 0 if you are adding a disk on the first SCSI controller or
enter 1 if the disk will be attached to the second controller.
2.9 Enter the Target ID for the disk drive being added. The following is a table of typical available IDs:
SCSI CONTROLLER #0 SCSI CONTROLLER #1
0 Used for the boot disk 0 0 Available
1 Available 1 Available
2 Used for the tape drive 2 Available
3 Available 3 Available
4 Available 4 Available
5 Available 5 Available
6 Available 6 Available
7 Used by the SCSI controller 7 Used by the SCSI controller
2.10 <cr> (Use the default LUN 0)
2.11 y <cr> (Do you wish to continue with /etc/fdisk ?)
2.12 2 <cr> (Use entire disk for UNIX)
2.13 <cr> (Press <Return> to continue)
2.14 q <cr> (quit fdisk)
2.15 1 <cr> (Enter the number of file systems in which
the disk should be divided into)
2.16 y <cr> (Do you want to make any manual adjustments)
2.17 t <cr> (type)
2.18 0 <cr> (Division 0)
2.19 4 <cr> (EAFS)
2.20 q <cr> (quit)
2.21 i <cr> (install the division set-up shown)
3.1 mkdev fs <cr> 3.2 1 <cr> (Add a new filesystem) 3.3 /dev/d1150 <cr> (Enter a device name) 3.4 /d1150 <cr> (Enter a directory name) 3.5 1 <cr> (always mount /dev/d1150) 3.6 y <cr> (do you want to allow users to mount this filesystem) 3.7 Ctrl-D (Exit SINGLE USER mode) 3.8 Ctrl-D (Go to MULTI-USER mode, the new file systems will be mounted)
1.0 REMOVE FILE SYSTEMS: 1.1 mkdev fs <cr> 1.2 2 <cr> (Remove a filesystem) 1.3 /dev/d1150 <cr> (filesystem d1150)
2.0 REMOVE SCSI DEVICE: 2.1 mkdev .scsi <cr> 2.2 2 <cr> (Remove a SCSI device) 2.3 1 <cr> (Hard Disk) 2.4 <cr> (Default to prefix 'ad' for SCSI host adapter) 2.5 Enter 0 if you are removing a disk on the first SCSI controller or enter 1 if you are removing a disk on the second controller. 2.6 Enter the Target ID for the disk drive being removed. 2.7 <cr> (Use the default LUN 0) 2.8 y <cr> (Update SCSI configuration ?) 2.9 y <cr> (A new kernel must be built to reflect changes) 2.10 y <cr> (Do you want this kernel to boot by default ?) 2.11 y <cr> (Do you want the kernel environment rebuilt ?) 2.12 shutdown -g0 -i0 -y (shutdown the system) 2.13 power off system 2.14 remove disk drive from system
- TERM=at386 <cr> - export TERM <cr> - mkdir /tmp/install <cr> (at # prompt) - cd /tmp/install <cr> - Insert OpenBASIC BASE tape into tape drive (W514822-670)
Note: OpenBASIC is shipped to the customer in 3-1/2" diskettes, Manufacturing will use a captive tape for installation only, the device name for floppy drive is: /dev/rfd0)
- cpio -iuvd < /dev/rStp0 <cr> (copy to disk from tape) - after all files have been copied, remove the OpenBASIC tape from the tape drive - ./ob_install <cr> (execute install script) - <cr> (copyright message) - y <cr> (proceed (yes/no/quit)?) - Enter Registration number <cr> (i.e. 51091234) - Enter Company Name <cr> Note: Please make sure the customer name is spelled properly, the system will display this name everytime the user runs OpenBASIC.
- yes <cr> (Is this correct ?) - Enter Activation Key <CR> (i.e. vwxJYwg4fW) - <CR> (Enter Upgrade key (optionsl)) - <F1> (device name pattern = default) - <CR> (<cr> when done) - A (Add all login terminals, UPPER CASE) - 4314 <CR> (Select all 4314 terminals) - <CR> (no slave printer attached) - <CR> (<cr> to continue) - g (ghosts) - 32 <CR> (32 ghosts) - e (exit, must be lower case) - <CR> (save changes) - yes <CR> (Would you like to remove the temporary copies ?) - shutdown -g0 -i0 -y <CR> (Shutdown the system)
HOW TO RUN "NITRO"
1. Boot the system into multi-user mode
2. root <CR> (login as root)
3. mai001 <CR> (password)
4. at386 <CR> (TERM= at386)
5. cd /test/nitro <CR> (change to nitro directory)
6. basic s=512 pgm=SYSTEM <CR> (run NITRO)
7. 7 <CR> (Change default values)
8. 10 <CR> (Ghost Driver)
9. 30 <CR> (start 30 ghost drivers)
10. <CR> (Done)
11. <CR> (Parameters now saved, continue)
12. 3 <CR> (Delete 'LOG' file)
13. <CR> (Continue)
14. 1 <CR> (Initialization & startup)
15. <CR> (Enter number to change)
16. <CR> (password)
17. NITRO will now start all the tasks, wait about one minute.
18. 2 <CR> (Display 'LOG' file)
19. <CR> ('LOG' file)
TO STOP "NITRO"
1. <F4> (MB-IV= Quit) 2. yes <CR> (So you wish to stop 'NITRO') 3. <CR> (Do you want a listing of this run?) 4. 0 <CR> (Quit)
DIELECTRIC WITHSTAND & GROUND CONTINUITY TEST
- Perform dielectric withstand & ground continuity test per MF 8.5, be sure to make an entry in the test log and apply a "HI-POT" label in the back of the system.
LABEL REQUIREMENTS
- Remove MiTAC's Identification Silver label from the back of the system. - Remove "MADE IN TAIWAN" silver label from the back of the unit, The MAI silver label will have this information. - If present, remove the "Novell Labs Tested & Approved" red sticker from the back of the system.
- Apply the modem's FCC label that comes with the modem to the back of the system. - Apply the modem's DOC label that comes with the modem to the back of the system. - Using BITS "PRINT SILVER LABELS" program, make an identification label and attach to the back of the system, the label shall contain the following information:
1XX V 2XX V Model No. 4151 Model No. 4151 Serial No. Serial No. Part No. 814917-xxx Part No. 814922-xxx Rev A Rev. A Mfg Date xx/xx/xx Mfg Date xx/xx/xx V ~ 100/120 V ~ 220/240 HZ 50/60 HZ 50/60 Amperes 7A Amperes 3.5A FTZ C220/89 FTZ C220/89 SSN: 4151-003xxxxx SSN: 4151-003xxxxx
- Cover system with a plastic bag before putting inside container - Add the appropriate power cord in the system container - If the system has an internal modem, add a phone cord - Apply a barcode label outside the container with the following info:
Part Number: Serial Number: Revision:
GPx-4150 ASSEMBLY & TEST CHECKLIST
___ 120V/220V POWER SWITCH IN THE BACK OF THE SYSTEM SET TO: ___120V
___220V
___ CMOS SETUP
___ EISA CONFIGURATION UTILITY___ DEMON TEST STARTED: Date:________ Time:______ (minimum 8 hours)
STOPPED: Date:________ Time:______ ___ SCO UNIX BASE INSTALLED ___ INTERNATIONAL SCO SUPPLEMENT INSTALLED (optional) ___ MAI SUPPLEMENT INSTALLED ___ BASS INSTALLED ___ SPECIALIX SOFTWARE INSTALLED ___ config.si PORT CONFIGURATION ___ sysadmsh PORT CONFIGURATION ___ /u FILESYSTEM ENABLED (optional for 535MB drives) ___ OpenBASIC INSTALLED ___ PARALLEL PRINTER PORT ENABLED ___ INTERNAL MODEM CONFIGURED (optional)
___ NITRO TEST STARTED: Date:________ Time:______ (optional)
STOPPED: Date:________ Time:______ ___ REMOVED BASS (using custom) ___ PRINTER TEST ___ HI-POT TEST
SCO UNIX QUICK INSTALLATION TOOL (For MAI Manufacturing Use Only !)
The purpose of this tool is to allow installation of SCO UNIX with a minimum of user interaction.
1.0 INSTALLING THE TOOL:
1.1 Make sure you are logged in as root in order to install this tool 1.2 The tool requires about 40 Mb of disk space 1.3 mkdir /u/install 1.4 cd /u/install 1.5 cpio -idum < /dev/rStp0 1.6 Run mkdev hd to configure SCSI ID numbers which will be used for target disks, the following example will add SCSI ID 1 on controller 0: 1.6.1 mkdev hd <cr> 1.6.2 y (Do you want to add another SCSI disk ?) 1.6.3 ad <cr> (Enter the prefix of the SCSI host adapter) 1.6.4 0 <cr> (Which 'ad' SCSI host adapter supports...) 1.6.5 1 <cr> (Target ID for this device) 1.6.6 <cr> (LUN 0) 1.6.7 y <cr> (Update SCSI configuration ?) 1.6.8 y <cr> (Would you like to relink at this time ?) 1.6.9 y <cr> (Do you want this kernel to boot by default) 1.6.10 y <cr> (Do you want the kernel environment rebuilt) 1.7 shutdown -g0 -y -i6 <cr>
2.0 OPERATION: 2.1 Power off the system 2.2 Install the target system's boot disk on the tool's system. Set the drive's ID to "1". 2.3 Power up the system. 2.4 root <CR> (Log on as root). 2.5 mai001 <CR> (password) 2.6 <CR> (TERM = (ansi) 2.7 cd /u/install <CR> (change to install directory) 2.8 ./ins <CR> (run the install program) 2.9 <CR> (Target disk SCSI ID=1) 2.10 Enter SCO Serial Number (i.e. mai000556, lower case letters & numbers) 2.11 Enter SCO Activation Key (i.e. abcdefgh, lower case letters) 2.12 Enter MAI Serial Number (i.e. 4152-00301234) 2.13 Enter MAI Activation Key (i.e. 38FFAABB) 2.14 Enter total system memory size in MEGABYTES (i.e. 32 <CR>) 2.15 Enter swap partition size in ONE KILOBYTE BLOCKS SYSTEM MEMORY SWAP SPACE IN 1 KB BLOCKS 16 40000 32 40000 48 79000 64 79000 96 128000
2.16 Enter system "bus" type (GPx-1130 = ISA) (GPx-4150 = EISA) (GPx-5150 = EISA) (GPx-4160 = ISA) (GPx-5160 = ISA) (GPx-5190 = EISA)
2.17 <CR> (Configure modem = YES) 2.18 Does the system have an MAI MFC card? (Y/N) (903836-006) 2.19 <CR> (Configure parallel port = YES) 2.20 Install the SCO International Supplement? (Y/N) Most systems are shipped within the US and do not need the international supplement. 2.21 Does the system have extra disks drives? (other than drive 0?) (Y/N) 2.22 How many ISA Specialix cards will be installed? (400897-001) 2.23 How many EISA Specialix cards will be installed? (400897-002) 2.24 How many Specialix ports? (number of 400897-005 breakout boxes TIMES 8) (i.e. TWO boxes = 16 ports) 2.25 How many 16-Ways are installed? (Usually 0) 2.26 How many 8-Ways are installed? (Usually 0) 2.27 Enter OpenBASIC Registration Number (i.e. 51091234) 2.28 Enter OpenBASIC Activation Key The OpenBASIC Activation Key must be entered using lower and upper case characters as printed on the key document. 2.29 100 <CR> (100 ghosts) 2.30 Enter Customer Name Note: Customer name will CKKX be displayed when customer runs basic, please spell properly. 2.31 y <CR> (YES, proceed with the installation)
The installation will now start, it will take about NINE minutes to complete. The installation will fail with the following error:"Initialization error -996 : invalid registration number format", this is a known bug in the install program, you MUST re-install OpenBASIC using the manual method.
2.32 init 0 <CR> (shutdown the system) 2.33 Wait for the message: "The system is down", then Turn power off 2.34 Set target drive SCSI ID back to "0" 2.35 Install drive in target system and boot.
************* E N D O F P R O C E D U R E *************
Note: Former FTZ approval is now called BZT (Bundesamt for Zulassungen in der Telekommunikation)