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; º  Tulip ds486dx2-50 system board configuration file.  º
; º  ID: TCI0301                                         º
; º  Version: 1.00               Revision 0.00           º
; º  Date: June 3, 1993          By: FHE                 º
; ÈÍÍÍÍÍÍÍÍÍÍÍÍÍÍÍÍÍÍÍÍÍÍÍÍÍÍÍÍÍÍÍÍÍÍÍÍÍÍÍÍÍÍÍÍÍÍÍÍÍÍÍÍÍͼ
;
BOARD
   ID = "TCI0301"
   NAME = "Tulip ds486dx2/e-50 MHz system board"
   MFR = "Tulip Computers International"
   CATEGORY = "SYS"
   SLOT = EMB(0)
   READID = YES
   COMMENTS = " Tulip ds486dx2/e-50 system board configuration file.\n
    Version 1.00                      Date: Jun 3th 1993"
   HELP = " This configuration file is for Tulips ds486dx2/e-50. It has several\n
        functions which can be changed."

SYSTEM
   NONVOLATILE = 7168
   AMPERAGE = 23000
   SLOT(1) = EISA
      LENGTH = 341
   SLOT(2) = EISA
      LENGTH = 341
   SLOT(3) = EISA
      LENGTH = 341
   SLOT(4) = EISA
      LENGTH = 341
   SLOT(5) = EISA
      LENGTH = 341
   SLOT(6) = EISA
      LENGTH = 341
   SLOT(7) = EISA
      BUSMASTER = NO

   INCLUDE = "!ADP7770.CFG" , 8
   INCLUDE = "TCISETUP.OVL"

CMOS(1) = 14h
   INITVAL = rrrrrrxr
CMOS(2) = 15h
CMOS(3) = 16h
CMOS(4) = 17h
CMOS(5) = 18h
CMOS(6) = 34h
   INITVAL = rrxrrrrr
CMOS(7) = 45h
   INITVAL = xxx0xxx0
CMOS(8) = 46h
   INITVAL = 0xxxxxxx
CMOS(9) = 47h
   INITVAL = xxxxrrxx
CMOS(10) = 48h
CMOS(11) = 49h
CMOS(12) = 4Ah
   INITVAL = 00000000
CMOS(13) = 4Bh
   INITVAL = 00000000
CMOS(14) = 4Ch
   INITVAL = 00rrrrxx
CMOS(15) = 50h
CMOS(16) = 51h
CMOS(17) = 52h
CMOS(18) = 53h
   INITVAL = xxxxxxxx
CMOS(19) = 44h
   INITVAL = 0xxx00xx
CMOS(20) = 4DH
   INITVAL = rxxxxxxx
CMOS(21) = 58h
   INITVAL = 10001001
CMOS(22) = 59H
   INITVAL = 10110100
CMOS(23) = 5AH
   INITVAL = 00000000
CMOS(24) = 57H
   INITVAL = 00000000

IOPORT(1) = 0461h
   INITVAL = rrr0xxxr

SWITCH(1) = 8
   NAME = "SW1"
   STYPE = DIP
   COMMENTS = " Dipswitches 1, 2, 3 and 4 must be set according to the selected memory\n
        configuration (total onboard memory). Dipswitch 5 must be set to on\n
        when using rechargeable batteries. Dipswitches 6, 7 and 8 must\n
        always be set to the factory setting for proper functioning of\n
        the system board."
   VERTICAL = NO
   REVERSE = YES
   LABEL = LOC (1-8) "MOD0" "MOD1" "MOD2" "MOD3" "BATTERY" "ID2" "ID3" "AEN1"
   INITVAL = LOC (1-8) xxxxx110
   FACTORY = LOC (1-8) 11110110

GROUP = "EISA System Information"
   TYPE = "ISA"
   FUNCTION = "Slot Mapping Information"
      SHOW = NO
      CHOICE = "Slot Mapping Tables"
     SUBTYPE = "MAP"
     FREEFORM 30,  61h,  62h,  63h,  64h,  65h,  66h,  67h,  68h,
          0E0h, 0E0h, 0E0h, 0E0h, 0E0h, 0E0h, 0E0h, 
             1,    2,    3,    4,    5,    6,    7,    8,
             0,    0,    0,    0,    0,    0,    0
ENDGROUP

FUNCTION = "DMA Controllers"
   SHOW = NO
   CHOICE = "Normal"
      FREE
     DMA = 4
     PORT = 0000h - 000Fh
     PORT = 0080h - 008Fh
     PORT = 00C0h - 00DFh
     PORT = 0400h - 040Fh
     PORT = 0480h - 048Fh
     PORT = 04C0h - 04CFh
     PORT = 04D4h - 04D7h
     PORT = 04E0h - 04FFh

FUNCTION = "Interrupt Controllers"
   SHOW = NO
   CHOICE = "Normal"
      FREE
     IRQ = 2
     PORT = 0020h - 0021h
     PORT = 00A0h - 00A1h
     PORT = 04D0h - 04D1h
     PORT = 0C10h - 0C11h

FUNCTION = "Timer"
   SHOW = NO
   CHOICE = "Normal"
      FREE
     IRQ = 0
     PORT = 0040h - 0043h
     PORT = 0048h - 004Bh

FUNCTION = "Keyboard"
   SHOW = NO
   CHOICE = "Normal"
      FREE
     IRQ = 1
     PORT = 0060h
     PORT = 0062h
     PORT = 0064h
     PORT = 0066h

FUNCTION = "Status Latch"
   SHOW = NO
   CHOICE = "Normal"
      FREE
     PORT = 0061h
     PORT = 0461h - 0462h
     PORT = 0464h - 0465h

FUNCTION = "Real Time Clock, CMOS-RAM & EISA EEPROM"
   SHOW = NO
   CHOICE = "Normal"
      FREE
     IRQ = 8
     PORT = 0070h - 0071h
     PORT = 0800h - 081Fh
     PORT = 0C00h - 0C03h

FUNCTION = "Coprocessor"
   SHOW = NO
   CHOICE = "Normal"
      FREE
     IRQ = 13
     PORT = 00F0h
     INIT = CMOS(1) LOC(1) 1

FUNCTION = "TCI Extensions"
   SHOW = NO
   CHOICE = "Normal"
      FREE
     PORT = 0820h - 08FFh
     PORT = 0CA0h - 0CAFh
     PORT = 0069h
     PORT = 0092h
     PORT = 0C80h - 0C83h
     PORT = 0C90h - 0C93h

FUNCTION = "System Bios"
   SHOW = NO
   CHOICE = "Normal"
      FREE
     MEMORY = 64k
        ADDRESS = 0F0000h
    CACHE = YES
    WRITABLE = NO
    
FUNCTION = "Caching memory above 1MB"
   SHOW = NO
   TYPE  = "MSD"
   HELP = " The caching of memory above 1MB can be enabled or disabled."
   CHOICE = "Enabled"
     FREE
    INIT = CMOS(18) LOC (6) 1

FUNCTION = "16MB memory limit"
   TYPE  = "MSD"
   HELP = " The onboard memory can be limited to 16MB for applications\n
            which can not handle more memory."
   CHOICE = "Disabled"
     FREE
    INIT = CMOS(18) LOC (7) 0
   CHOICE = "Enabled"
     FREE
    INIT = CMOS(18) LOC (7) 1

FUNCTION = "Shadow video BIOS"
   TYPE  = "MSD"
   HELP = " The shadowing of the BIOS of a video add-in card can be enabled\n
            or it can be disabled."
   CHOICE = "Enabled"
     FREE
    INIT = CMOS(9) LOC (4) 1
   CHOICE = "Disabled"
     FREE
    INIT = CMOS(9) LOC (4) 0

FUNCTION = "CPU speed"
   TYPE  = "MSD"
   HELP = " The CPU speed at powerup can be set to normal or slow speed."
   CHOICE = "Normal"
     FREE
    INIT = CMOS(8) LOC (0) 1
   CHOICE = "Slow"
     FREE
    INIT = CMOS(8) LOC (0) 0

FUNCTION = "Keyboard NumLock"
   TYPE  = "MSD"
   HELP = " Keyboard NumLock at powerup can be set to on or off."
   CHOICE = "On"
     FREE
    INIT = CMOS(19) LOC (0) 0
   CHOICE = "Off"
     FREE
    INIT = CMOS(19) LOC (0) 1

FUNCTION = "Speaker volume"
   TYPE  = "MSD"
   HELP = " The speaker volume at powerup can be set to four different levels."
   CHOICE = "Low"
     FREE
    INIT = CMOS(7) LOC (6 5) 00
   CHOICE = "Medium low"
     FREE
    INIT = CMOS(7) LOC (6 5) 01
   CHOICE = "Medium high"
     FREE
    INIT = CMOS(7) LOC (6 5) 10
   CHOICE = "High"
     FREE
    INIT = CMOS(7) LOC (6 5) 11

FUNCTION = "Embedded Floppy Disk Controller"
   TYPE = "MSD"
   HELP = " The embedded Floppy Disk Controller can be enabled or disabled.\n
        þ Disabled: The onboard floppy controller is disabled. You need a\n
          \t    separate floppy controller if you want to use floppy\n
          \t    drives.\n
        þ Enabled:  The onboard floppy controller is enabled. This allows you\n
          \t    to connect the floppy drive unit to this controller.\n
          \t    Choose type B data transfer to have better bus\n
          \t    performance."
      CHOICE = "Enabled - Type B"
     FREE
        DMA = 2
           TIMING = typeB
        IRQ = 6
        PORT = 3F2h
        PORT = 3F4h-3F5h
        PORT = 3F7h
       SHARE = YES
    INIT = CMOS(9) LOC (0) 1
      CHOICE = "Enabled - Default"
     FREE
        DMA = 2
        IRQ = 6
        PORT = 3F2h
        PORT = 3F4h-3F5h
        PORT = 3F7h
       SHARE = YES
    INIT = CMOS(9) LOC (0) 1
      CHOICE = "Disabled"
     DISABLE = YES
     FREE
    INIT = CMOS(9) LOC (0) 0

FUNCTION = "Floppy Read Only"
   TYPE  = "MSD"
   HELP = " The operation mode of the embedded floppy disk controller can be\n
            set to read-only or it can be set to read-write. Setting the mode\n
            to read-only has the same effect as making a floppy write-protect."
   CHOICE = "Read Write"
     FREE
    INIT = CMOS(7) LOC (3) 0
   CHOICE = "Read Only"
     FREE
    INIT = CMOS(7) LOC (3) 1

FUNCTION = "Floppy Drive swapping"
   TYPE  = "MSD"
   HELP = " With this function drive a: and drive b: can be swapped."
   CHOICE = "No swapping"
     FREE
    INIT = CMOS(8) LOC (4) 0
   CHOICE = "Drives swapped"
     FREE
    INIT = CMOS(8) LOC (4) 1

FUNCTION = "Intelligent keydisk support"
   TYPE  = "MSD"
   HELP = " By enabling the intelligent keydisk support, the CPU speed will\n
            be set to low during a floppy access."
   CHOICE = "Disabled"
     FREE
    INIT = CMOS(8) LOC (5) 0
   CHOICE = "Enabled"
     FREE
    INIT = CMOS(8) LOC (5) 1

FUNCTION = "Force floppy present"
   TYPE = "MSD"
   HELP = " With this function, drive a: can be set to network drive f:\n
            in case no floppy disk drive is present in the system."
   CHOICE = "No"
     FREE
    INIT = CMOS(19) LOC (1) 0
   CHOICE = "Yes"
     FREE
    INIT = CMOS(19) LOC (1) 1

FUNCTION = "Embedded Hard Disk Controllers"
   TYPE = "MSD"
   HELP = " The Primary and Secondary Embedded Hard Disk Controller can either\n
        be enabled or disabled. Either interfaces can be set to support DMA\n
        (ATA standard). One of eight different combinations can be selected.\n
        þ Primary disabled, secondary disabled.\n
        þ Primary enabled, secondary disabled.\n
        þ Primary enabled with DMA, secondary disabled.\n
        þ Primary disabled, secondary enabled.\n
        þ Primary disabled, secondary enabled with DMA.\n
        þ Primary enabled, secondary enabled.\n
        þ Primary enabled, secondary enabled with DMA.\n
        þ Primary enabled with DMA, secondary enabled with DMA."
   CHOICE = "Primary disabled, secondary disabled"
      DISABLE = YES
      FREE
    INIT = CMOS(9) LOC (5) 0
    INIT = CMOS(19) LOC (6-4) 000
   CHOICE = "Primary enabled, secondary disabled"
      FREE
     IRQ = 14
     PORT = 1F0h-1F7h
     PORT = 3F6h
     PORT = 3F7h
    SHARE = YES
     INIT = CMOS(9) LOC (5) 1
     INIT = CMOS(19) LOC (6-4) 000
   CHOICE = "Prim. enabled (DMA), secondary disabled"
      FREE
     IRQ = 14
     DMA = 6
     PORT = 1F0h-1F7h
     PORT = 3F6h
     PORT = 3F7h
    SHARE = YES
     INIT = CMOS(9) LOC (5) 1
     INIT = CMOS(19) LOC (6-4) 010
   CHOICE = "Primary disabled, secondary enabled"
      FREE
     IRQ = 15
      PORT = 170h-177h
     PORT = 376h-377h
     INIT = CMOS(9) LOC (5) 0
     INIT = CMOS(19) LOC (6-4) 001
   CHOICE = "Primary disabled, sec. enabled (DMA)"
      FREE
     IRQ = 15
     DMA = 7
     PORT = 170h-177h
     PORT = 376h-377h
     INIT = CMOS(9) LOC (5) 0
     INIT = CMOS(19) LOC (6-4) 101
   CHOICE = "Primary enabled, secondary enabled"
      FREE
     IRQ = 14
     IRQ = 15
     PORT = 1F0h-1F7h
     PORT = 3F6h
     PORT = 3F7h
    SHARE = YES
     PORT = 170h-177h
     PORT = 376h-377h
     INIT = CMOS(9) LOC (5) 1
     INIT = CMOS(19) LOC (6-4) 001
   CHOICE = "Primary enabled, secondary enabled (DMA)"
      FREE
     IRQ = 14
     IRQ = 15
     DMA = 7
     PORT = 1F0h-1F7h
     PORT = 3F6h
     PORT = 3F7h
    SHARE = YES
     PORT = 170h-177h
     PORT = 376h-377h
     INIT = CMOS(9) LOC (5) 1
     INIT = CMOS(19) LOC (6-4) 101
   CHOICE = "Prim. enabled (DMA), sec. enabled (DMA)"
      FREE
     IRQ = 14
     IRQ = 15
     DMA = 6
     DMA = 7
     PORT = 1F0h-1F7h
     PORT = 3F6h
     PORT = 3F7h
    SHARE = YES
     PORT = 170h-177h
     PORT = 376h-377h
     INIT = CMOS(9) LOC (5) 1
     INIT = CMOS(19) LOC (6-4) 111
 
FUNCTION = "BIOS Boot device"
   TYPE  = "MSD"
   HELP = " With this function, the boot device can be selected."
   CHOICE = "Floppy"
     FREE
    INIT = CMOS(8) LOC (6) 0
   CHOICE = "Harddisk"
     FREE
    INIT = CMOS(8) LOC (6) 1

FUNCTION = "Boot from network"
   TYPE  = "MSD"
   HELP = " With this function, it is possible to boot from a network."
   CHOICE = "Disabled"
     FREE
    INIT = CMOS(14) LOC (1) 0
   CHOICE = "Enabled"
     FREE
    INIT = CMOS(14) LOC (1) 1

FUNCTION = "Boot without keyboard"
   TYPE  = "MSD"
   HELP = " With this function, it is possible to boot without a keyboard\n
            connected to the system."
   CHOICE = "Disabled"
     FREE
    INIT = CMOS(14) LOC (0) 0
   CHOICE = "Enabled"
     FREE
    INIT = CMOS(14) LOC (0) 1

GROUP = "Motherboard memory"
   TYPE = "MEM"

FUNCTION = "Memory Modules"
   HELP = " The total amount of onboard memory can be set to different values,\n
        depending on the kind and number of SIMM-modules used (set by\n
        dipswitches 1 to 4). There are eight different settings.\n
        þ no additional SIMM's installed   Ä   4 MByte\n
        þ 2  1MBx36 SIMM's                 Ä  12 MByte\n
        þ 4  1MBx36 SIMM's                 Ä  20 MByte\n
        þ 2  1MBx36 + 2  2MBx36  SIMM's    Ä  28 MByte\n
        þ 4  2MBx36 SIMM's                 Ä  36 MByte\n
        þ 2  1MBx36 + 2  4MBx36  SIMM's    Ä  44 MByte\n
        þ 4  4MBx36 SIMM's                 Ä  68 MByte\n
        þ 2  1MBx36 + 2  8MBx36  SIMM's    Ä  76 MByte\n
        þ 2  4MBx36 + 2  8MBx36  SIMM's    Ä 100 MByte\n
        þ 4  8MBx36 SIMM's                 Ä 132 MByte\n
        þ 2 16MBx36 SIMM's                 Ä 132 MByte\n
        þ 4 16MBx36 SIMM's                 Ä 256 MByte\n
        þ 2 32MBx36 SIMM's                 Ä 256 MByte\n "

   CHOICE = "  4 Mb (No additional SIMM's installed)"
      FREE
     MEMORY = 3M
        ADDRESS = 100000h
        CACHE = YES
     INIT = CMOS(4) 00000000
     INIT = CMOS(5) 00001100
     INIT = SWITCH(1) LOC(4-1) 1111
   CHOICE = " 12 Mb (2 1MBx36 SIMM's)"
      FREE
     MEMORY = 11M
        ADDRESS = 100000h
        CACHE = YES
     INIT = CMOS(4) 00000000
     INIT = CMOS(5) 00101100
     INIT = SWITCH(1) LOC(4-1) 1110
   CHOICE = " 20 Mb (4 1MBx36 SIMM's)"
      FREE
     MEMORY = 19M
        ADDRESS = 100000h
        CACHE = YES
     INIT = CMOS(4) 00000000
     INIT = CMOS(5) 01001100
     INIT = SWITCH(1) LOC(4-1) 1101
   CHOICE = " 28 Mb (2 1MBx36 + 2 2MBx36 SIMM's)"
      FREE
     MEMORY = 27M
        ADDRESS = 100000h
        CACHE = YES
     INIT = CMOS(4) 00000000
     INIT = CMOS(5) 01101100
     INIT = SWITCH(1) LOC(4-1) 1100
   CHOICE = " 36 Mb (4 2MBx36 SIMM's)"
      FREE
     MEMORY = 35M
        ADDRESS = 100000h
        CACHE = YES
     INIT = CMOS(4) 00000000
     INIT = CMOS(5) 10001100
     INIT = SWITCH(1) LOC(4-1) 1001
   CHOICE = " 44 Mb (2 1MBx36 + 2 4MBx36 SIMM's)"
      FREE
     MEMORY = 43M
        ADDRESS = 100000h
        CACHE = YES
     INIT = CMOS(4) 00000000
     INIT = CMOS(5) 10101100
     INIT = SWITCH(1) LOC(4-1) 1011
   CHOICE = " 68 Mb (4 4MBx36 SIMM's)"
      FREE
     MEMORY = 64M
        ADDRESS = 100000h
        CACHE = YES
     MEMORY =  3M 
        ADDRESS = 65M 
        CACHE = YES 
     INIT = CMOS(4) 00000000
     INIT = CMOS(5) 11111100
     INIT = SWITCH(1) LOC(4-1) 1000
   CHOICE = " 76 Mb (2 1MBx36 + 2 8MBx36 SIMM's)"
      FREE
     MEMORY = 64M
        ADDRESS = 100000h
        CACHE = YES
     MEMORY = 11M 
        ADDRESS = 65M 
        CACHE = YES 
     INIT = CMOS(4) 00000000
     INIT = CMOS(5) 11111100
     INIT = SWITCH(1) LOC(4-1) 1010
   CHOICE = "100 Mb (2 4MBx36 + 2 8MBx36 SIMM's)" 
      FREE 
     MEMORY = 64M 
        ADDRESS = 100000h 
        CACHE = YES 
     MEMORY = 35M 
        ADDRESS = 65M 
        CACHE = YES 
     INIT = CMOS(4) 00000000 
     INIT = CMOS(5) 11111100 
     INIT = SWITCH(1) LOC(4-1) 0111 
   CHOICE = "132 Mb (4 8MBx36 SIMM's)" 
      FREE 
     MEMORY = 64M 
        ADDRESS = 100000h 
        CACHE = YES 
     MEMORY = 64M 
        ADDRESS = 65M 
        CACHE = YES 
     MEMORY = 3M 
        ADDRESS = 129M 
        cache = YES
     INIT = CMOS(4) 00000000 
     INIT = CMOS(5) 11111100 
     INIT = SWITCH(1) LOC(4-1) 0110 
   CHOICE = "132 Mb (2 16MBx36 SIMM's)" 
      FREE 
     MEMORY = 64M 
        ADDRESS = 100000h 
        CACHE = YES 
     MEMORY = 64M 
        ADDRESS = 65M 
        CACHE = YES 
     MEMORY = 3M 
        ADDRESS = 129M 
        CACHE = YES
     INIT = CMOS(4) 00000000 
     INIT = CMOS(5) 11111100 
     INIT = SWITCH(1) LOC(4-1) 0101 
   CHOICE = "256 Mb (4 16MBx36 SIMM's)" 
      FREE 
     MEMORY = 64M 
        ADDRESS = 100000h 
        CACHE = YES 
     MEMORY = 64M 
        ADDRESS = 65M 
        CACHE = YES 
     MEMORY = 64M 
        ADDRESS = 129M 
        CACHE = YES 
     MEMORY = 63M 
        ADDRESS = 192M 
        CACHE = YES 
     INIT = CMOS(4) 00000000 
     INIT = CMOS(5) 11111100 
     INIT = SWITCH(1) LOC(4-1) 0100 
   CHOICE = "256 Mb (2 32MBx36 SIMM's)" 
      FREE 
     MEMORY = 64M 
        ADDRESS = 100000h 
        CACHE = YES 
     MEMORY = 64M 
        ADDRESS = 65M 
        CACHE = YES 
     MEMORY = 64M 
        ADDRESS = 129M 
        CACHE = YES 
     MEMORY = 63M 
        ADDRESS = 192M 
        CACHE = YES 
     INIT = CMOS(4) 00000000 
     INIT = CMOS(5) 11111100 
     INIT = SWITCH(1) LOC(4-1) 0010 

FUNCTION = "Standard"
   HELP = " This option is only useful if less than 640 Kbyte of memory must\n
        be enabled."
   CHOICE = "640 kB"
      FREE
     MEMORY = 640k
        ADDRESS = 000000h
    CACHE = YES
     INIT = CMOS(10)  10000000
     INIT = CMOS(11)  00000010
     INIT = CMOS(2)   10000000
     INIT = CMOS(3)   00000010
   CHOICE = "512 kB"
      FREE
     MEMORY = 512k
        ADDRESS = 000000h
    CACHE = YES
     INIT = CMOS(10)  00000000
     INIT = CMOS(11)  00000010
     INIT = CMOS(2)   00000000
     INIT = CMOS(3)   00000010
   CHOICE = "256 kB"
      FREE
     MEMORY = 256k
        ADDRESS = 000000h
    CACHE = YES
     INIT = CMOS(10)  00000000
     INIT = CMOS(11)  00000001
     INIT = CMOS(2)   00000000
     INIT = CMOS(3)   00000001
ENDGROUP

FUNCTION = "System Serial Port #1"
   TYPE = "COM,ASY"
   HELP = " The First Serial Port on the systemboard (9P) can be set to COM1\n
        or COM2 or it can be disabled."
   CHOICE = "Assigned to COM1"
      SUBTYPE = "COM1"
      FREE
     IRQ = 4
     PORT = 3F8h-3FFh
     INIT = CMOS(15) 11111110
     INIT = CMOS(18) LOC (1-0) 11
     INIT = CMOS(8) LOC (1) 0
   CHOICE = "Assigned to COM2"
      SUBTYPE = "COM2"
      FREE
     IRQ = 3
     PORT = 2F8h-2FFh
     INIT = CMOS(15) 10111110
     INIT = CMOS(18) LOC (1-0) 10
     INIT = CMOS(8) LOC (1) 0
   CHOICE = "Disabled"
      DISABLE = YES
      FREE
     INIT = CMOS(8) LOC (1) 1

FUNCTION = "System Serial port #1 locking"
   TYPE  = "MSD"
   HELP = " With this function, it is possible to lock serial port 1 during\n
            keyboard lock."
   CHOICE = "Enabled"
     FREE
    INIT = CMOS(9) LOC (7) 1
   CHOICE = "Disabled"
     FREE
    INIT = CMOS(9) LOC (7) 0

FUNCTION = "System Serial Port #2"
   TYPE = "COM,ASY"
   HELP = " The Second Serial Port on the systemboard (9P) can be set to COM1\n
        or COM2 or it can be disabled."
   CHOICE = "Assigned to COM2"
      SUBTYPE = "COM2"
      FREE
     IRQ = 3
     PORT = 2F8h-2FFh
     INIT = CMOS(16) 10111110
     INIT = CMOS(18) LOC (3-2) 11
     INIT = CMOS(8) LOC (2) 0
   CHOICE = "Assigned to COM1"
      SUBTYPE = "COM1"
      FREE
     IRQ = 4
     PORT = 3F8h-3FFh
     INIT = CMOS(16) 11111110
     INIT = CMOS(18) LOC (3-2) 10
     INIT = CMOS(8) LOC (2) 0
   CHOICE = "Disabled"
      DISABLE = YES
      FREE
     INIT = CMOS(8) LOC (2) 1

FUNCTION = "System Serial port #2 locking"
   TYPE  = "MSD"
   HELP = " With this function, it is possible to lock serial port 2 during\n
            keyboard lock."
   CHOICE = "Enabled"
     FREE
    INIT = CMOS(9) LOC (6) 1
   CHOICE = "Disabled"
     FREE
    INIT = CMOS(9) LOC (6) 0

FUNCTION = "Detection mode serial ports"
   TYPE  = "MSD"
   HELP = " When the BIOS performs a scan for serial ports, it can look\n
            for 2 devices (normal) or 4 devices (extended)."
   CHOICE = "Normal"
     FREE
    INIT = CMOS(9) LOC (1) 0
   CHOICE = "Extended"
     FREE
    INIT = CMOS(9) LOC (1) 1

FUNCTION = "System Parallel Port"
   TYPE = "PAR"
   HELP = " The System Parallel (or Printer) Port can be set to address 378h\n
        (LPT1), 278h (LPT2) or it can be disabled."
   CHOICE = "Assigned as LPT1 (378h + IRQ7)"
      SUBTYPE = "LPT1"
      FREE
     IRQ = 7
     PORT = 378h-37Fh
     INIT = CMOS(17) 11011110
     INIT = CMOS(18) LOC (5-4) 10
     INIT = CMOS(8) LOC(3) 0
   CHOICE = "Assigned as LPT2 (278h + IRQ5)"
      SUBTYPE = "LPT2"
      FREE
     IRQ = 5
     PORT = 278h-27Fh
     INIT = CMOS(17) 10011110
     INIT = CMOS(18) LOC (5-4) 11
     INIT = CMOS(8) LOC(3) 0
   CHOICE = "Disabled"
      DISABLE = YES
      FREE
     INIT = CMOS(8) LOC(3) 1
                  
FUNCTION = "Novell UPS interface"
   TYPE = "NET"
   HELP = " With the Novell compatible UPS interface, an Uninterruptible Power\n
    Supply can be connected to the system. The interface is compatible\n
    with the Novell SS-keycard/UPS-monitor board. It uses two bits of\n
    I/O-port 230h to sense two signals. The polarity of each signal can\n
        be set separately to active-high (normal) or active-low (inverse).\n
        The two signals are:\n
        þ AP - Auxiliary Power active\n
        þ BL - Battery Low"
   CHOICE = "Disabled"
      DISABLE = YES
      FREE
     INIT = CMOS(7) LOC(1 2 7) 000
   CHOICE = "AP-signal normal, BL-signal normal"
      FREE
     PORT = 230h
     INIT = CMOS(7) LOC(1 2 7) 001
   CHOICE = "AP-signal normal, BL-signal inverse"
      FREE
     PORT = 230h
     INIT = CMOS(7) LOC(1 2 7) 011
   CHOICE = "AP-signal inverse, BL-signal normal"
      FREE
     PORT = 230h
     INIT = CMOS(7) LOC(1 2 7) 101
   CHOICE = "AP-signal inverse, BL-signal inverse"
      FREE
     PORT = 230h
     INIT = CMOS(7) LOC(1 2 7) 111

FUNCTION = "Batteries"
   TYPE = "OTH"
   HELP = " It is possible to use normal batteries or rechargeable batteries.\n
            The kind of batteries used is set by means of dipswitch 5."
   CHOICE = "Normal batteries"
      FREE
     INIT = SWITCH(1) LOC(5) 0
   CHOICE = "Rechargeable batteries"
      FREE
     INIT = SWITCH(1) LOC(5) 1

FUNCTION = "Software Generated NMI"
   SHOW = EXP
   HELP = " This item enables or disables software Non-maskable Interrupt\n
        (NMI) generation."
   CHOICE = "Disabled"
      FREE
     INIT = IOPORT(1) LOC (1) 0
   CHOICE = "Enabled"
      FREE
     INIT = IOPORT(1) LOC (1) 1

FUNCTION = "Fail-Safe Timer NMI"
   SHOW = EXP
   HELP = " This item enables or disables fail-safe timer Non-maskable Interrupt\n
        (NMI) generation."
   CHOICE = "Disabled"
      FREE
     INIT = IOPORT(1) LOC (2) 0
   CHOICE = "Enabled"
      FREE
     INIT = IOPORT(1) LOC (2) 1

FUNCTION = "Bus-Master Timeout NMI"
   SHOW = EXP
   HELP = " This item enables or disables bus timeout Non-Maskable Interrupt\n
        (NMI) generation."
   CHOICE = "Disabled"
      FREE
     INIT = IOPORT(1) LOC (3) 0
   CHOICE = "Enabled"
      FREE
     INIT = IOPORT(1) LOC (3) 1