;
;  OmniTel 2400 Baud Internal Modem
;      ISA CFG Version 1.00
;
BOARD
    ID = "DELFB00"
    NAME = "OmniTel 2400 Baud Internal Modem"
    MFR = "OMNITEL"
    CATEGORY = "COM"
    SLOT = ISA8
    LENGTH = 127
    DISABLE = UNSUPPORTED

SWITCH(1) = 6
  STYPE = DIP
  NAME = "SW1"
  COMMENTS = "Switch SW1 (on the back bracket of the modem) contains
 six DIP switches.  See the switch positions listed below.\n
\n      OFF = UP = 0,    ON = DOWN = 1\n
\n  Switch Positions:
\n    1,2 - 11 = COM1
\n          10 = COM2
\n          01 = COM3
\n          00 = COM4
\n    3   -  1 = DTR forced on
\n           0 = DTR software programmable
\n    4   -  1 = CD forced on
\n           0 = CD normal
\n    5,6 -  0 = Reserved
\n
\n  Note:  The actual position of each DIP switch is opposite
\n         to that which is shown.  0=OFF=Switch is up (to the left),
\n         1=ON=Switch is down (to the right)."
  FACTORY = LOC(1-6) 100000
  VERTICAL = YES
  REVERSE = NO
  INITVAL = LOC(5-6) 00


JUMPER(1) = 2
  JTYPE = INLINE
  NAME = "J5"
  COMMENTS = "Jumper J5 defines how the modem generates its clear
  to send (CTS) control signal (factory-set so CTS is turned OFF when
  the communications software turns ON the request to send (RTS) 
  signal).  Reset J5 only if CTS is required to be ON when the carrier 
  detect (CD) signal is ON.  See your modem and software manuals if 
  you are in doubt about setting J5.\n
\n     Jumper Positions:
\n       A   = CTS follows RTS
\n       B   = CTS follows CD"
  VERTICAL = NO
  REVERSE = NO
  LABEL= LOC(3^2 2^1) "B" "A"
  FACTORY = LOC(3^2 2^1) 01
  INITVAL = LOC(3^2 2^1) 01

JUMPER(2) = 2
  JTYPE = INLINE
  NAME = "J6"
  COMMENTS = "If the modem is configured for the COM3 serial port address, 
  jumper J6 is used to select whether the modem generates interrupt request
  IRQ4 or IRQ5.  See your modem and software manuals if you are in doubt 
  about setting J6.\n
\n     Jumper Positions:
\n       A   = COM3 generates IRQ4
\n       B   = COM3 generates IRQ5"
  VERTICAL = NO
  LABEL=LOC(1^2 2^3) "A" "B"
  REVERSE = YES
  FACTORY = LOC(1^2 2^3) 10

JUMPER(3) = 2
  JTYPE = INLINE
  NAME = "J7"
  COMMENTS = "If the modem is configured for the COM4 serial port address, 
  jumper J7 is used to select whether the modem generates interrupt request
  IRQ3 or IRQ2.  See your modem and software manuals if you are in doubt 
  about setting J7.\n
\n     Jumper Positions:
\n       A   = COM4 generates IRQ3
\n       B   = COM4 generates IRQ2"
  VERTICAL = NO
  LABEL=LOC(1^2 2^3) "A" "B"
  REVERSE = YES
  FACTORY = LOC(1^2 2^3) 10

FUNCTION = "Internal Modem as COM1-COM4"
  COMMENTS = "This option allows you to choose the serial port address
 (COM1 through COM4) at which the modem transmits and receives data.  Each
 serial device in your system must have a unique COM port address.  The 
 Encore 2400HB is factory-set to use COM2 with switch SW1 (DIP switches
 1 and 2).  However, you can select COM1, COM3, or COM4 if needed to
 avoid COM port conflicts with other serial devices or if your communications
 software requires a different COM port.  Be sure switch SW1 (DIP switches
 1 and 2) are set to the same COM port you select with this option."
  TYPE = "COM,ASY"
  CHOICE = "COM1"
    SUBTYPE = "COM1"
    LINK
      IRQ = 4  SHARE="COM,ASY"
      PORT = 3F8h-3FFh
      INIT = SWITCH(1) LOC(1-2) 11
      INIT = JUMPER(3) LOC(1^2 2^3) 10
      INIT = JUMPER(2) LOC(1^2 2^3) 10

  CHOICE = "COM2"
    SUBTYPE = "COM2"
    LINK
      IRQ = 3  SHARE="COM,ASY"
      PORT = 2F8h-2FFh
      INIT = SWITCH(1) LOC(1-2) 10
      INIT = JUMPER(3) LOC(1^2 2^3) 10
      INIT = JUMPER(2) LOC(1^2 2^3) 10

  CHOICE = "COM3"
    SUBTYPE = "COM3"
    LINK
      IRQ = 4 | 5  SHARE="COM,ASY"
      INIT = JUMPER(2) LOC(1^2 2^3) 10 | 01
    link
      PORT = 3E8h-3EFh
      INIT = SWITCH(1) LOC(1-2) 01
      INIT = JUMPER(3) LOC(1^2 2^3) 10

  CHOICE = "COM4"
    SUBTYPE = "COM4"
    LINK
      IRQ = 3 | 2  SHARE="COM,ASY"
      INIT = JUMPER(3) LOC(1^2 2^3) 10 | 01
    link
      PORT = 2E8h-2EFh
      INIT = SWITCH(1) LOC(1-2) 00
      INIT = JUMPER(2) LOC(1^2 2^3) 10