

ͻ
          PCMCIA ETHERNET MANUAL INSTALLATION INSTRUCTIONS  version 1.1C     
ͼ

    The Ethernet adapter uses certain system resources to operate.
    The default system resources used for Ethernet are as follows:

    Adapter interrupt number IRQ=5,
    Shared memory address=D4000,
    Base I/O address=300.

    If other than the above default parameters are desired, they can be
    changed using the instructions which follow.

    IMPORTANT:
    If the system resources used by the Ethernet adapter are already in use
    by another device, the adapter will not function properly, and the
    system may be halted.

    As an example, if your system unit uses interrupt 5 for a mouse or a
    serial port, the Ethernet card will not work using the default settings
    and must be modified using the instructions below.

    There are two supported Network Operating Systems supported for this
    Ethernet card:

    ODI  - For use with Novell Netware 3.11 and higher.

    NDIS - For use with NDIS compatible products such as
           LAN Support Program (LSP) and DOS LAN Requester (DLR).

    IMPORTANT:
    One of the two network operating systems MUST be installed on the
    workstation prior to installing this Ethernet Adapter.

  NOTE:
  Socket enablers are used when Card Services are not installed on a system.

  The purpose of the socket enablers provided on this diskette are to set
  up the connection between the PCMCIA card socket and the system bus.
  The enabler which is used will vary depending on your system and if Socket
  Services is present on your system.  If card services is present, the
  adapter device driver (PCMDMCS.COM or PCMNICCS.DOS) will communicate with
  card services, and set up the slot automatically.

  * For information on the terms used in this document, see the "Glossary
    of Terms" section of this file.

                                   - 1 -



ͻ
                         INSTALLATION OVERVIEW                               
ͼ

   Ŀ
           OVERVIEW FOR INSTALLING IN A NETWARE 3.11 ENVIRONMENT           
   

  The following instructions outline how to install the PCMCIA credit
  card adapter on a Netware network.  For how to install this adapter
  in an NDIS environment, see the "Overview for installing with LAN
  Support Program (LSP) 3.3 " section which follows.

  Before beginning installation, make sure that the system resources needed
  by the Ethernet card (listed below) are free and do not conflict with other
  system devices.

    - Base I/O address           default = 0x300
    - Interrupt number (IRQ)      default = 5
    - Shared Memory Address      default = 0xD400

  If resource conflicts do exist, then the parameters in the NET.CFG file
  must be changed to eliminate them. See the "Netware ODI SHELL FOR DOS"
  booklet for setting these parameters, also see the sample NET.CFG
  file shown later in this text.  In addition to modifying the NET.CFG,
  you must also change the parameters for the socket enabler (if used) to
  match those used in the NET.CFG.  Help on changing these parameters
  later in this text.

1)  Copy LSL.COM, IPXODI.COM and NETX.COM from the Netware 3.11 installation
    diskettes. These files can be copied to a sub directory or to the root.
    Please note that the latest NETX.COM file may be down loaded from the
    Novell BBS if not included with your Netware version.

2)  Copy the adapter device driver PCMDMCS.COM and the NET.CFG file from
    the PCMCIA diskette into the same sub directory as in the previous step.

3a) If card services are present on system:
    Make sure the NET.CFG file has the key word PCMCIA.  This tells the
    adapter device driver PCMDMCS.COM to use card services.

3b) If no card services are present on system:
    Using a text editor, remove the PCMICA statement in the NET.CFG file.
    Then copy the appropriate enabler (see below) from the PCMCIA diskette
    to the same sub directory mentioned in the above steps.

    If you have a system which uses the Intel 82365 controller chip, (most
    systems) Add the following statement to the beginning of your CONFIG.SYS:

    device=c:\path\pointeth.sys   < Point enabler for Intel 82365

    - Or if using a Toshiba PCMCIA controller chip:

    device=c:\path\tosheth.sys   < Point enabler for SOME Toshiba systems


                                   - 2 -



   Ŀ
      OVERVIEW FOR INSTALLING IN A NETWARE 3.11 ENVIRONMENT (continued)    
   

3b) continued

    - Or if you have a system which has Socket Services 1.01 only:

    device=c:\path\ethernet.sys  < Socket Services 1.01 enabler

4)  Power down the system unit and insert credit card adapter, attach the
    Media Access Module (cable) to the card and to the network.

5)  Power up system unit,  Make sure there are no error messages from
    the IBM credit card enabler (if used) or adapter device driver during
    boot up.

6)  From the DOS prompt in the sub directory containing the below files,
    execute them by typing the following:

    LSL.COM     ( Netware Layer Support Link program )
    PCMDMCS.COM ( PCMCIA Ethernet adapter device driver )
    IPXODI.COM  ( Netware ODI Network driver )
    NETX.COM    ( Netware workstation shell )

    The words "ATTACHED TO SERVER" should appear at this point.

    After successful completion of these commands, you may want to
    include them into your AUTOEXEC.BAT file for automatic execution.


   Ŀ
          OVERVIEW FOR INSTALLING WITH LAN SUPPORT PROGRAM (LSP) 3.3       
   

  The following instructions outline how to install the PCMCIA credit
  card adapter in an NDIS environment.  For how to install this adapter
  in an Novell environment, see the "Overview for installing in a Novell
  environment" section which precedes this one.

  Before beginning installation, make sure that the system resources needed
  by the Ethernet card (listed below) are free and do not conflict with other
  system devices.

    - Base I/O address           default = 0x300
    - Interrupt number (IRQ)      default = 5
    - Shared Memory Address      default = 0xD400

  If resource conflicts do exist, then the parameters in the PROTOCOL.INI
  file must be changed to eliminate them.  See the "Modifying Resource
  Settings" section later in this text.  In addition to modifying the
  PROTOCOL.INI file, you must also change the parameters for the socket
  enabler (if used) to match those used in the PROTOCOL.INI. Help on
  changing these parameters can be found later in this text.

1)  Install LSP version 3.3 (or later) using the DXMAID.EXE installation aid.

2)  Indicate that you do have an adapter option diskette.


                                   - 3 -



   Ŀ
          OVERVIEW FOR INSTALLING WITH LAN SUPPORT PROGRAM (LSP) 3.3       
   

3)  When prompted by LSP to place the option diskette in the floppy drive,
    place the PCMCIA Ethernet diskette in the drive and press enter.
    LSP is uses the information file PCMNICCS.NIF to build a PROTOCOL.INI
    file in the LSP install directory.

4)  Copy the adapter device driver PCMNICCS.DOS file from the PCMCIA
    diskette same sub directory as in the previous step.

5a) If card services are present on system:
    Make sure the PROTOCOL.INI file has the key word PCMCIA in it.  This
    tells the adapter device driver PCMNICCS.DOS to use card services.

5b) If no card services are present on system:
    Using a text editor, remove the PCMICA statement (if present) from
    the PROTOCOL.INI file. Then copy the appropriate enabler (see below)
    from the PCMCIA diskette to the same sub directory mentioned in the
    above steps.

    If you have a system which uses the Intel 82365 controller chip, (most
    systems) Add the following statement to the beginning of your CONFIG.SYS:

    device=c:\path\pointeth.sys   < Point enabler for Intel 82365

    - Or if using a Toshiba PCMCIA controller chip:

    device=c:\path\tosheth.sys   < Point enabler for SOME Toshiba systems

    - Or if you have a system which has Socket Services 1.01 only:

    device=c:\path\ethernet.sys  < Socket Services 1.01 enabler

6)  Power down the system unit and insert credit card adapter, attach the
    Media Access Module (cable) to the card and to the network.

7)  Power up system unit,  Make sure there are no error messages from
    the IBM credit card enabler (if used) or adapter device driver during
    boot up.

8)  You must now install a network shell such as DOS LAN Requester.



                                   - 4 -

ͻ
                         MODIFYING RESOURCE SETTINGS                         
ͼ

    The following steps describe how to modify files for using other than
    the PCMCIA Ethernet card defaults.  See the "SAMPLE CONFIGURATION FILES"
    section for more detail.  Note that if an enabler is used, its parameters
    must match those of their corresponding PROTOCOL.INI or NET.CFG file (see
    "Changing Enabler Parameters).

    IBM's LAN Support Program and Microsoft LAN Manager will create the
    PROTOCOL.INI file for you using the adapter default values.  All you
    need to do is change these values as desired using a text editor.  You
    must also modify the enabler parameters (if used) to reflect the same
    values in the PROTOCOL.INI file.

    For an NDIS installation, edit the PROTOCOL.INI file to reflect the
    following entries:

    "PCMNICCS_NIF"              {modify parameters after this line}
        IOBASE = value          {values from list below}
        INTERRUPT = value       {values from list below}
        RAM = value             {values from list below}
        DRIVERNAME = PC-NIC$    {this line must be added}

    See the "Sample Configuration Files" section for an example of the
    PROTOCOL.INI file.

    IOBASE = value
        Where value is any base I/O address between 0x120 and 0xC30
        in increments of 20 hex (32 decimal).  For example, valid address
        include: 120, 140, 160 and so on...

        The driver default value is 0x300 if no keyword is supplied.
        The leading "0x" for hex notation is required.

    INTERRUPT = value
        Where value is one of the following interrupts,
        3, 4, 5, 7, 9, 10, 11

        The driver default value is 5 if no keyword is supplied.

    RAM = value
        where value is one of the following memory segment addresses:
        0xC800, 0xCC00, 0xD000, 0xD400, 0xD800, 0xDC00

        The driver default value is 0xD400 if no keyword is supplied.
        The leading "0x" for hex notation is required.

    The above address are recommended because of their general availability,
    however most I/O ports, IRQ's and Memory locations can be used for the
    PCMCIA Ethernet adapter as long as it is not in use by another device.

                                   - 5 -



ͻ
                   MODIFYING RESOURCE SETTINGS (continued)                   
ͼ

    For NetWare installation, modify the NET.CFG file to reflect the
    following entries:

    Link Driver PCMDMCS         {modify parameters after this line}
        PORT = value            {values from list below}
        INT = value             {values from list below}
        MEM = value             {values from list below}

    The NET.CFG file must be included in the system path statement.



    For the NetWare DOS ODI driver, the following parameter restrictions
    apply:

    PORT value (default is 300)
        where value is one of the following base I/O addresses,
        without the trailing 'h':
        200h, 220h, 240h, 260h, 280h, 2A0h, 2C0h
        300h, 340h, 380h


    INT value (default is 5)
        where value is one of the following interrupts,
        3, 4, 5, 7, 9, 10, 11, 15

    MEM value [range] (default is D4000)
        where value is one of the following memory addresses,
        without the trailing 'h':
        C0000h, C4000h, C8000h, CC000h
        D0000h, D4000h, D8000h, DC000h

    The above address are recommended because of their general availability,
    however most I/O ports, IRQ's and Memory locations can be used for the
    PCMCIA Ethernet adapter as long as it is not in use by another device.



                                   - 6 -

  Ŀ
                 CHANGING DEFAULT PARAMETERS FOR ENABLERS                 
  

  Choose from one of the two below depending on network type:

  PCMNICCS.DOS   < Ethernet adapter driver for NDIS (LSP).

  PCMDMCS.COM    < Ethernet adapter driver for ODI (Netware 3.11).

  ET0.MSG        < Error message file.  This file is used by the
                       enabler when an error is encountered.
                       This file is required and has to be installed
                       in the same sub directory as the enabler.

  Choose one of the three enablers below depending on system environment:

  POINTETH.SYS < Intel * 82365 PCMCIA controller point enabler.

                       Use this enabler if Socket Services is not available
                       and if your system uses the Intel 82365 PCMCIA
                       controller chip.  This enabler should be used if
                       you are unsure of your system setup.

                       The optional parameters are:
                       IRQ=X SA DS=XX SRAM=XXXX IO=XXX


  ETHERNET.SYS < Socket Services 1.01 enabler.

                       Use this enabler if Socket Services is present on
                       your system unit and Card services is not.

                       The optional parameters are:
                       IRQ=X SA DS=XX SRAM=XXXX IO=XXX


  TOSHETH.SYS  < Toshiba T3300SL PCMCIA controller point enabler.

                       Use this enabler if your system is a Toshiba T3300SL.

                       The optional parameters are:
                       IRQ=X SA DS=XX SRAM=XXXX IO=XXX


                                   - 7 -


  Ŀ
             CHANGING DEFAULT PARAMETERS FOR ENABLERS (continued)         
  

  For systems without Card Services which use the Intel 82365 PCMCIA
  controller chip (most systems), insert the following statement at the
  beginning of your systems CONFIG.SYS file:

                       Socket enabler for Intel 82365 PCMCIA (for
                              most systems)
                 
  DEVICE=C:\PATH\POINTETH.SYS IRQ=5 SA DS=16 SRAM=D400 IO=300
                                         
                                                     I/O Port 300
                                             Memory pos D400
                                       Data Size 16 bit
                                    Use Socket 'A'
                                Use Interrupt 5

   The above example shows the enabler using all of the default parameters.
   The same results would be achieved by leaving off all the parameters
   off, like this:
                    DEVICE=C:\POINTETH.SYS




   Enabler options must be equivalent to the parameters that were placed
   in the PROTOCOL.INI or NET.CFG file.

   If the NDIS driver is to be used, insert the following statement in the
   CONFIG.SYS file.

   DEVICE=C:\PATH\PCMNICCS.DOS

   IMPORTANT:
   This statement should immediately follow the line that invokes the
   Protocol Manager program (DEVICE=C:\PATH\PROTMAN.DOS ).  See the
   "Sample Configuration Files" section of this text.

   If the Novell NetWare driver is being installed, insert the driver
   following LSL at the end of the AUTOEXEC.BAT file as shown in the
   example below:

       LSL
       PCMDMCS
       IPXODI
       NETX (or NET3 or NET4 or NET5 or BNETX or ...)
       LOGIN


   Consult Novell documentation for more information on these files.


                                   - 8 -

ͻ
            SAMPLE CONFIGURATION FILES USING NETWARE 3.11 (ODI)              
ͼ

  Ŀ
            Sample CONFIG.SYS file using Novell Netware 3.11              
  

FILES=30            Socket enabler (Change, depending on System)
BUFFERS=10    
DEVICE=C:\NET\POINTETH.SYS IRQ=5 SA DS=16 SRAM=D400 IO=300
LASTDRIVE=E:                          
                                                  I/O Port 300
                                          Memory pos D400
                                    Data Size 16 bit
                                 Use Socket 'A'
                             Use Interrupt 5

   The above example shows the enabler using all of the default parameters.
   The same results would be achieved by leaving off all the parameters
   off, like this:

   DEVICE=C:\POINTETH.SYS


   Ŀ
              Sample AUTOEXEC.BAT file using Novell Netware 3.11           
   

PROMPT=$P$G
PATH=C:\DOS;C:\NETWARE;
SET TEMP=C:\DOS
LSL     < Novell Link Support Layer.
PCMDMCS < Ethernet Adapter Driver for ODI (Novell).
IPXODI  < Novell IPX Protocol Driver.
NETX    < Novell Workstation Shell.
F:LOGIN


   Ŀ
                   Sample NET.CFG file for Netware 3.11 (ODI)              
   

Link Driver PCMDMCS
    PORT 300
    INT 5
    MEM D4000
    FRAME ETHERNET_802.3
    PCMCIA  < Use this statement only if card services is present.

  Please note that the parameters in this file must match the options
  for the enabler (if used) in the CONFIG.SYS file which would be as follows:

  DEVICE=C:\POINTETH.SYS IRQ=5 SRAM=D400 IO=300

                                   - 9 -



ͻ
           SAMPLE CONFIGURATION FILES USING LAN SUPPORT PROGRAM (NDIS)       
ͼ

   Ŀ
      Sample CONFIG.SYS file using LAN Support Program Version 1.3 (LSP)   
   

FILES=30
BUFFERS=10
DEVICE=C:\POINTETH.SYS    < Socket enabler (change depending on system).
DEVICE=C:\LSP\PROTMAN.DOS /I:\LSP
DEVICE=C:\LSP\PCMNICCS.DOS  < Ethernet Adapter Driver for NDIS (LSP).
DEVICE=C:\LSP\DXMA0MOD.SYS 001
DEVICE=C:\LSP\DXME0MOD.SYS
DEVICE=C:\LSP\DXMT0MOD.SYS O=ON
LASTDRIVE=Z:

   Ŀ
        Sample AUTOEXEC.BAT file using LAN Support Program Version 1.3     
   

\LSP\NETBIND     < Added during LSP install (Required)
PROMPT=$P$G
PATH=C:\DOS;C:\LSP;
SET TEMP=C:\DOS                From here down are DOS LAN Requestor statements
@ECHO OFF            < that were added during the DLR installation,
YNPROMPT Y N 30 Start DOS LAN Requester (Y/N)?
IF ERRORLEVEL 1 GOTO NODLR
NET START
IF ERRORLEVEL 1 GOTO NODLR
CALL INITFSI.BAT
:NODLR


                                   - 10 -

   Ŀ
                       Sample PROTOCOL.INI file for LSP.                   
   

[PROTMAN_MOD]
        DriverName = PROTMAN$
[DXMAIDXCFG]
        DXME0_NIF = DXME0.NIF
        DXMJ0MOD_NIF = DXMJ0MOD.NIF
        PCMNICCS_NIF = PCMNICCS.NIF
        PCMNICCS2_NIF = PCMNICCS.NIF
        IBMTOK_NIF = IBMTOK.NIF
        IBMTOK2_NIF = IBMTOK.NIF
        SMCDOSJP_NIF = SMCDOSJP.NIF
        SMCDOSJP2_NIF = SMCDOSJP.NIF
        SMCDOSAT_NIF = SMCDOSAT.NIF
        SMCDOSAT2_NIF = SMCDOSAT.NIF
        SMCDOSMC_NIF = SMCDOSMC.NIF
        SMCDOSMC2_NIF = SMCDOSMC.NIF
[DXME0_NIF]                    <Ŀ
        DriverName = DXME0$                                               
        Bindings = PCMNICCS_NIF      These statements define the system   
[PCMNICCS_NIF]                       resources used by the Ethernet       
;PCMCIA Ethernet Adapter             adapter.  Some will be added for you 
        DriverName = PCM-NIC$        during LSP installation.             
        IOBASE = 0X300                                                    
        INTERUPT = 5                                                      
        RAM = 0XD400           <
        PCMCIA   < In this particular case, card services is
                                    present and this parameter is necessary.

  Please note that the parameters in this file must match the options
  for the enabler in the CONFIG.SYS file which would be as follows:

  DEVICE=C:\POINTETH.SYS IRQ=5 SRAM=D400 IO=300



                                   - 11 -



ͻ
                           GLOSSARY OF TERMS                                 
ͼ

 IRQ (Also referred to as Interrupt)

  An electronic Signal used by hardware (such as a network card) to
  interrupt your CPU (get its attention).  Each device in your system
  must use a separate IRQ in order to work properly. IRQ 5 is most commonly
  use for Ethernet cards, IRQ 3 is also sometimes used.

  Below is a list of interrupts and the devices for which they are commonly
  used.

 Ŀ
    IRQ          DEVICE        
 

   2 (9)     EGA/VGA Token Ring adapters
   3         Generally available unless used for bus mouse
   4         COM1, COM3
   5         Generally available unless used for LPT2
   6         Floppy disk controller
   7         Parallel port LPT1
   8         Real Time clock
   10        Generally available
   11        Generally available
   12        Mouse (for PS/2)
   13        Math coprocessor
   14        Hard disk controller
   15        Generally available


 BASE I/O PORT 

  The base input/output port specifies a channel through which information
  is transferred between your hardware (such as a network card) and your
  computer's CPU.  The port appears to your CPU as an address (in hex).

  Each hardware device in your computer must use a different base I/O
  port number.  The PCMCIA Ethernet adapter uses a 32 byte I/O port
  address which equates to 20 in hexadecimal.  This is important when
  assigning the port address.


                                   - 12 -


ͻ
                           GLOSSARY OF TERMS (continued)                     
ͼ

  Below is a list of base I/O ports and the devices which commonly use them.
  The ports listed without a device are normally free to use for your system.

 Ŀ
    PORT         DEVICE          PORT            DEVICE        
 

   200 to 20F    Game port     300 to 30F <- PCMCIA Ethernet card default
   210 to 21F                  310 to 31F <- also includes this address.
   220 to 22F                  320 to 32F   Hard disk controller
   230 to 23F    Bus Mouse     330 to 33F
   240 to 24F                  340 to 34F
   250 to 25F                  350 to 35F
   260 to 26F                  360 to 36F
   270 to 27F    LPT3          370 to 37F   LPT2
   280 to 28F                  380 to 38F
   290 to 29F                  390 to 39F
   2A0 to 2AF                  3A0 to 3AF
   2B0 to 2BF                  3B0 to 3BF   LPT1
   2C0 to 2CF                  3C0 to 3CF   EGA/VGA
   2D0 to 2DF                  3D0 to 3DF   CGA/MCGA and EGA/VGA (color modes)
   2E0 to 2EF                  3E0 to 3EF
   2F0 to 2FF    COM2          3F0 to 3FF   Floppy disk controller; COM1


 BASE MEMORY ADDRESS 

  (also referred to as the RAM Start Address)

  The base memory address defines the address of the region in your
  computer's memory to be used by the network card to exchange information
  between your computer and the others on the network.

 CARD SERVICES 

  The highest layer of software which controls 1 or more PCMCIA sockets.
  Card services manages your systems resources to prevent system conflicts.

  For example, if a card is inserted into the slot, it can request IRQ 5
  for use.  The request comes up through Socket services to card services.
  Card services knows that IRQ 5 is already in use by another device and
  denies the use of this resource but offers different IRQ for use.

  This arbitration continues until the card requesting resources
  is satisfied or system resources are exhausted.

                                   - 13 -

ͻ
                           GLOSSARY OF TERMS (continued)                     
ͼ
          Ŀ        Ŀ
              CARD SERVICES     <>   SYSTEM RESOURCES   
                   IRQ's MEM, I/O PORTS 
          Ŀ        
             SOCKET SERVICES    
          
          Ŀ         Ŀ
          PCMCIA CONTROLLER CHIP<      POINT ENABLER    
                   
          Ŀ         A point enabler sets up slot
            PCMCIA 68 PIN SLOT           by communicating directly
                   to controller chip if card
               Ŀ              services is not available.
                PCMCIA CARD
               

 ENABLER 

  Socket enablers are used when Card Services are not installed on a system.

  The purpose of the socket enablers provided on this diskette are to set
  up the connection between the PCMCIA card socket and the system bus.
  The enabler which is used will vary depending on your system and if Socket
  Services is present on your system.  If card services is present, the
  adapter device driver (PCMDMCS.COM or PCMNICCS.DOS) will communicate with
  card services, and set up the slot automatically.

  The "Point Enabler" included with this diskette communicates directly
  with the Intel 82365 PCMCIA controller chip at its lowest level in order
  to open a path between the PCMCIA slot and the system bus.

  Once this path is set up, the adapter device driver (PCMDMCS.COM for
  NetWare or PCMNICCS.DOS for NDIS) acts the same as if the adapter were
  installed in full size adapter.

 PCMCIA 

  Personal Computer Memory International Association

  A standard which defines the interface between a 68 pin socket and one of
  the following system buses: ISA, EISA, MCA.

  This standard allows the use of very small (credit card size) cards for
  such purposes as adding RAM, Flash RAM (used as file storage), Input output
  devices such as Modems and LAN connections.

  Some of the benefits of PCMCIA are:

  - Allows easy access to the system bus.  No need to remove system cover.

  - Allows the sharing of cards between systems.

  - Eliminates the incompatibility between busses, the same card can be used
    in an ISA, EISA or MCA system as long as the card and system comply
    with the standard.

                                   - 14 -



ͻ
                      INSTALLATION DISKETTE CONTENTS                         
ͼ


    This installation diskette includes the following files:

DOS    <DIR>      2-09-93   4:12p  NDIS subdirectory
 
 > PCMNICCS    DOS   17705   6-02-93   8:11a  NDIS device driver
 > PCMNICCS    NIF    2254   7-06-93  10:01a  NDIS network information file
 > PROTOCOL  INI       160   5-19-93   8:40a  Example of text

DE0       MSG     2702   8-02-93  11:21a   Diagnostics messages
ECCTEST   EXE    20494   8-02-93  11:56a   Diagnostic program
READ       ME    23553   8-02-93  12:45p   Information for Ethernet
ET0       MSG      535   8-02-93   3:28p   ETHERNET.SYS enabler messages
ECCDIAG   EXE    50649   7-01-93   3:22p   Diag pgrm (called from ECCTEST.EXE)
POINTETH  SYS     6637   7-08-93   1:23p   Hardware enabler for Intel 82365
TOSHETH   SYS     5938  10-20-92   6:25p   Toshiba 3300 hardware enabler
OEMSETUP  INF      736   8-02-93   1:54p   Workgroup for Windows setup file
PCMDMCS   COM    26547   6-17-93   3:01p   ODI Device Driver
ETHERNET  SYS     8280  11-11-92   5:53p   Socket Services 1.01. enabler
INSTALL   TXT    32228   9-20-93  12:00p   Install instructions (this file)
NET       CFG      164   9-15-93  10:05a   Sample NET.CFG file


                                   - 15 -
