;* ;* This is the EISA configuration file for Future Domain Corporation's ;* TMC-1790/95 EISA Boards. ;* ;* Created : 26 07 91 ;* ;* !FDC0000.CFG V1.00 ;* BOARD ID = "FDC0000" ;Product ID NAME = "Future Domain TMC-1790/95 EISA SCSI Board" MFR = "Future Domain Corporation" CATEGORY = "MSD" ;Mass Storage Device SLOT = EISA ;Fits in EISA slot only READID = YES ;EISA ID registers'values are valid IOCHECK = INVALID ;EISA IOCHKERR bit is not supported DISABLE = SUPPORTED ;EISA ENABLE bit is supported COMMENTS = "Future Domain's TMC-1790/95 EISA Board provides fast synchronous (10 Mbytes/sec), synchronous(5 Mbytes/sec) as well as asynchronous data transfers to SCSI devices. It also has an 8K FIFO for data buffer." HELP = "Future Domain Technical Support 2801 McGaw Ave. Irvine, CA 92714 (714) 253-0440 8AM-5PM (PST) " IOPORT(1) = 0zC84h ;Expansion Board Control Bits INITVAL = 0000000xb ;Card enable bit read from system IOPORT(2) = 0zC85h ;Reserved INITVAL = 00000000b IOPORT(3) = 0zC86h ;Card Setup Register 1 IOPORT(4) = 0zC87h ;Card Setup Register 2 FUNCTION = "Adapter Memory" CHOICE = "Segment CA00" FREE MEMORY = 2K ADDRESS = 0CA000h WRITABLE = NO MEMTYPE = OTH SIZE = BYTE INIT = IOPORT(3)LOC(7-4) 0001 CHOICE = "Segment C800" FREE MEMORY = 2K ADDRESS = 0C8000h WRITABLE = NO MEMTYPE = OTH SIZE = BYTE INIT = IOPORT(3)LOC(7-4) 0000 CHOICE = "Segment CC00" FREE MEMORY = 2K ADDRESS = 0CC000h WRITABLE = NO MEMTYPE = OTH SIZE = BYTE INIT = IOPORT(3)LOC(7-4) 0010 CHOICE = "Segment CE00" FREE MEMORY = 2K ADDRESS = 0CE000h WRITABLE = NO MEMTYPE = OTH SIZE = BYTE INIT = IOPORT(3)LOC(7-4) 0011 CHOICE = "Segment D000" FREE MEMORY = 2K ADDRESS = 0D0000h WRITABLE = NO MEMTYPE = OTH SIZE = BYTE INIT = IOPORT(3)LOC(7-4) 0100 CHOICE = "Segment D200" FREE MEMORY = 2K ADDRESS = 0D2000h WRITABLE = NO MEMTYPE = OTH SIZE = BYTE INIT = IOPORT(3)LOC(7-4) 0101 CHOICE = "Segment D400" FREE MEMORY = 2K ADDRESS = 0D4000h WRITABLE = NO MEMTYPE = OTH SIZE = BYTE INIT = IOPORT(3)LOC(7-4) 0110 CHOICE = "Segment D600" FREE MEMORY = 2K ADDRESS = 0D6000h WRITABLE = NO MEMTYPE = OTH SIZE = BYTE INIT = IOPORT(3)LOC(7-4) 0111 CHOICE = "Segment D800" FREE MEMORY = 2K ADDRESS = 0D8000h WRITABLE = NO MEMTYPE = OTH SIZE = BYTE INIT = IOPORT(3)LOC(7-4) 1000 CHOICE = "Segment DA00" FREE MEMORY = 2K ADDRESS = 0DA000h WRITABLE = NO MEMTYPE = OTH SIZE = BYTE INIT = IOPORT(3)LOC(7-4) 1001 CHOICE = "Segment DC00" FREE MEMORY = 2K ADDRESS = 0DC000h WRITABLE = NO MEMTYPE = OTH SIZE = BYTE INIT = IOPORT(3)LOC(7-4) 1010 CHOICE = "Segment DE00" FREE MEMORY = 2K ADDRESS = 0DE000h WRITABLE = NO MEMTYPE = OTH SIZE = BYTE INIT = IOPORT(3)LOC(7-4) 1011 FUNCTION = "Interrupt Selection" CHOICE = "Interrupt 5" FREE IRQ = 5 SHARE = NO TRIGGER = EDGE INIT = IOPORT(3)LOC(3-0) 0010 CHOICE = "Interrupt 3" FREE IRQ = 3 SHARE = NO TRIGGER = EDGE INIT = IOPORT(3)LOC(3-0) 0000 CHOICE = "Interrupt 10" FREE IRQ = 10 SHARE = NO TRIGGER = EDGE INIT = IOPORT(3)LOC(3-0) 0100 CHOICE = "Interrupt 11" FREE IRQ = 11 SHARE = NO TRIGGER = EDGE INIT = IOPORT(3)LOC(3-0) 0110 CHOICE = "Interrupt 12" FREE IRQ = 12 SHARE = NO TRIGGER = EDGE INIT = IOPORT(3)LOC(3-0) 1000 CHOICE = "Interrupt 14" FREE IRQ = 14 SHARE = NO TRIGGER = EDGE INIT = IOPORT(3)LOC(3-0) 1010 CHOICE = "Interrupt 15" FREE IRQ = 15 SHARE = NO TRIGGER = EDGE INIT = IOPORT(3)LOC(3-0) 1100 CHOICE = "Disable Interrupt" FREE INIT = IOPORT(3)LOC(3-0) 1110 FUNCTION = "No Wait State (NOWS)" CHOICE = "Disabled" FREE INIT = IOPORT(4)LOC(3) 0 CHOICE = "Enabled" FREE INIT = IOPORT(4)LOC(3) 1 FUNCTION = "Edge Interrupts" CHOICE = "Enabled" FREE INIT = IOPORT(4)LOC(2) 1 CHOICE = "Disabled" FREE INIT = IOPORT(4)LOC(2) 0 FUNCTION = "RAM" CHOICE = "Enabled" FREE INIT = IOPORT(4)LOC(1) 0 CHOICE = "Disabled" FREE INIT = IOPORT(4)LOC(1) 1 FUNCTION = "ROM" CHOICE = "Enabled" FREE INIT = IOPORT(4)LOC(0) 0 CHOICE = "Disabled" FREE INIT = IOPORT(4)LOC(0) 1 JUMPER(1) = 1 ; Jumper #1 has 1 paired jumper NAME = "W1" ; Indicated as W1 on board JTYPE = PAIRED ; Paired type of jumper VERTICAL = YES ; Vertical orientation REVERSE = NO ; No numbering LABEL = LOC(1)"TERMPWR" ; Label of jumper FACTORY = LOC(1) 0 ; Factory set for not enabled COMMENTS = "The W1 jumper enables/disables the Termnation Power from the board. Termination Power must be enabled any time an external terminator block is used, or whenever a drive which has internal terminators, but does not provide its own Termination Power, is present on the SCSI bus (consult the drive's manual). Under any other conditions, enabling this feature is optional. W1 is located along the top edge of the board." JUMPER(2) = 1 ; Jumper #2 has 1 paired jumper NAME = "W2" ; Indicated as W2 on board JTYPE = PAIRED ; Paired type of jumper VERTICAL = YES ; Vertical orientation REVERSE = NO ; No numbering LABEL = LOC(1)"TERMENA" ; Label of jumper FACTORY = LOC(1) 1 ; Factory set for enabled COMMENTS = "The W2 jumper is enabled if either (1) only internal SCSI drives are used with this card, or (2) only external SCSI drives are used with this card. If both internal and external SCSI drives are used with this card, this jumper must be disabled. W2 is located to the right of the 40 Mhz crystal oscillator." HELP = "If W2 is not present on your board, termination is disabled by removing the 100-Ohm resistor packages from RP1 and RP2, located below the internal SCSI connector." JUMPER(3) = 2 ; Jumper #3 has 2 paired jumper NAME = "W3" ; Indicated as W3 on board JTYPE = PAIRED ; Paired type of jumper VERTICAL = NO ; Horizontal orientation REVERSE = NO ; Right to left numbering LABEL = LOC(2 1) "SEC" "PRI" ; Labels of jumpered options FACTORY = LOC(2 1) 01 ; Factory set with "PRI" jumpered COMMENTS = "The W3 jumper is used to indicate if the TMC-1795 board will support the primary standard floppy address (03F0 - 03F7) or the secondary standard floppy address (0370 - 0377). The TMC-1790 board does not have support for floppy drives so this jumper setting does not apply. W3 is located below the two socketed ROM chips. Note: Floppy interrupts are EDGE-triggered only." HELP = "If the floppy is enabled in the primary position, the floppy controller will be located at I/O address 03F0 - 03F7, and will use Interrupt 6 and DMA Channel 2. If the floppy is enabled in the secondary position, the floppy controller will be located at I/O address 0370 - 0377, and will use Interrupt 5 and DMA Channel 3. If neither position is enabled, the floppy controller will be disabled. You should never enable both positions at the same time."