July 1993
D-Link DE-650 PCMCIA LAN adapter
Installation
================================
Section
=======
1. Summary
2. Solutions for Intel 82365SL PCIC controller
3. Solutions for Databook's TCIC-2/N controller
4. Solution for Toshiba T3300SL ICCNT controller
5. Installing SystemSoft's CardSoft
5.1 Installing SystemSoft's CardSoft for Intel 82365SL chipset
5.2 Installing SystemSoft's CardSoft for Databook chipset
5.3 Installling SystemSoft's CardSoft for Cirrus chipset
5.4 Parameter explanations
6. Installing Databook's CardTalk
7. Installing Phoenix's PCM (Plus)
7.1 Installing Phoenix's PCM for Intel 82365SL chipset
7.2 Installing with Phoenix's PCM for Databook chipset
7.3 Installing with Phoenix's PCM (Plus) for Cirrus chipset
7.4 Installing Phoenix's PCM Plus for Intel 82365SL chipset
7.5 Installing Phoenix's PCM Plus for Databook chipset
7.6 Parameter explanations
A. Syntax of PCIC.EXE, ICCNT.EXE, AE.EXE
B. NOTES & TROUBLESHOOTING
C. Solutions for other PCMCIA controllers
1 Summary
=========
The D-Link DE-650 is an Ethernet card that follows the PCMCIA
(Personal Computer Memory Card International Association) Release 2
type II standard. Following are the characteristics of DE-650:
- Support for computers equipped with PCMCIA Release 2 Type II
I/O slot.
- Support for Socket Services version 1.0.
- Support for Intel 82365SL PCIC, Databook TCIC-2/N, Toshiba
T3300 ICCNT or
Cirrus PCMCIA chips.
- Support for Databook' CardTalk, Phoenix's PCM (Plus) or
SystemSoft's CardSoft PCMCIA solutions.
- Supporting I/O address range 200h - 380h, default 300h.
- Supporting memory address range C000h - DC00h, default D000h.
- Supporting IRQ 2 to 15, default 5.
- Providing software support for:
D-Link LANsmart
D-Link TCP/IP for DOS
DEC Pathworks for DOS
IBM LAN support program v2.1x or above
IBM LAN Server/Requester
FTP PC/TCP
Microsoft LAN Manager
Microsoft Windows for Workgroups v3.1x
Novell NetWare
Novell NetWare Lite
SUN PC NFS
Support IPX or ODI interface software
Support NDIS interface software
Support Packet Driver interface software
Wollongong Pathway
We provide following programs for the DE-650 card:
1.1 PCMCIA controller's (hardware) enablers:
The following programs enable the PCMCIA hardware controller in your
notebook:
\OPEN_ADP\PCIC.EXE : Enables the Intel 82365SL PCIC controller
\OPEN_ADP\ICCNT.EXE : Enables the Toshiba T3300SL ICCNT controller
1.2 PCMCIA Socket Service (software) enabler:
\OPEN_ADP\AE.EXE : Enables the PCMCIA Socket Services
interface (provided by your notebook vendor)
This program enables the following software provided by your
notebook vendor: (a) Socket Service (b) Databook's Cardtalk
version 2.20.4 and above.
1.3 DE-650 MAC drivers:
\NETWARE\IPXDE650.EXE : IPX driver
\NETWARE\ODI.DOS\DE650ODI.COM : ODI driver
\NDIS\DE650.DOS : NDIS driver
\PCNFS\DE650PD.COM : Packet driver
\LANSMART\DE650.DRV : LANsmart driver
In general, your notebook vendors will provide the PCMCIA system that
includes the PCMCIA's Socket Service and Card Service solution, e.g.
Phoenix's PCM (Plus), SystemSoft's CardSoft and so on. So, you can
just load into your PC one of the MAC drivers listed in 1.3; running
programs listed in 1.1 and 1.2 is not necessary. For full details
regarding the loading procedure of a MAC driver, please refer to the
instructions described in the README.DOC file in subdirectory of that
MAC driver.
When you use the DE-650 with the Windows or memory management
programs, please pay attention to the NOTES in APPENDIX B.
2. Solutions for Intel 82365SL PCIC controller
==============================================
If your notebook is equipped with an Intel 82365SL PCIC controller,
there are three methods to use the DE-650:
2.1 Method 1:
If your notebook vendor does not provide the Socket Service and Card
Service software:
Use the PCIC.EXE program to enable Intel 82365SL PC Card Interface
Controller (PCIC) chipset. This program is in the \OPEN_ADP directory
of this diskette. Following is an example of how to use PCIC.EX with
the ODI driver:
PCIC /iop:300 /mem:d000 /irq:5
lsl
DE650ODI
ipxodi
netx
2.2 Method 2:
If your notebook vendor provides the Socket Service, Card Service and
other PCMCIA-supported software:
Some examples of this PCMCIA-supported software and the vendors that
supply it are: SystemSoft's CardSoft, Databook's CardTalk and
Phoenix's PCM (Plus). Please read sections 5, 6, and 7 described
later in this file for complete installation instructions.
2.3 Method 3:
If your notebook vendor provides version 1.0 of the Socket Service
software:
Execute the AE.EXE Socket Services enabler program to initialize the
PCMCIA socket in your notebook. This program is in the \OPEN_ADP
directory on this diskette.
3. Solutions for Databook's TCIC-2/N controller
===============================================
There are two methods for using DE-650 with Databook TCIC-2/N controller:
3.1 Method 1:
If your notebook vendor provides PCMCIA-supported software such as
Card Service, Socket Service and Client Driver. Examples of this
software are SystemSoft's CardSoft and Phoenix's PCM (Plus).
Please, refer to sections 5 and 7 of this file or to the manual of
your notebook for detailed instructions.
3.2 Method 2:
If your notebook vendor provides Databook's Cardtalk software:
Please execute the \OPEN_ADP\AE.EXE program to enable the Socket
Service through the Cardtalk software. For more detailed
instructions, please refer to section 6 of this file or to the manual
of your notebook.
4. Solution for Toshiba T3300SL ICCNT controller
================================================
If your notebook is equipped with a Toshiba T3300SL ICCNT controller,
there are two methods to install the DE-650:
4.1 Method 1:
Your notebook vendor does not provide any PCMCIA-supported software.
Our ICCNT.EXE program in the \OPEN_ADP directory enables the ICCNT
controller directly without the need for any PCMCIA-supported
software. Following is an example of using the ICCNT.EXE program with
the ODI driver:
ICCNT
lsl
DE650ODI
ipxodi
netx
4.2 Method 2:
Your notebook vendor provides PCMCIA-supported software:
Please refer to your notebook's manual for instructions.
5. Installing SystemSoft's CardSoft
===================================
SystemSoft's CardSoft provides Socket Service, Card Service and Card
Installation Client drivers. CardSoft supports Intel 82365SL PCIC and
Databook TCIC-2/N and other PCMCIA controllers. Each of these PCMCIA
controllers requires a different Socket Service driver program.
5.1 Installing SystemSoft's CardSoft for Intel 82365SL chip
The following CardSoft's programs for Intel 82365SL PCIC chip are
required:
SS365SL.EXE : Socket Service driver
CS.EXE : Card Service driver
CIC.EXE : Card Installation Client driver
Example: installing SystemSoft's CardSoft for ODI driver:
The content of the CONFIG.SYS file should include the following
statements:
:
DEVICE=SS365SL.EXE
DEVICE=CS.EXE
DEVICE=CIC.EXE /LIRQ 5 /NWBAS D0
:
The content of the AUTOEXEC.BAT file should include the following
statements:
:
lsl
DE650ODI ;Using IRQ 5, I/O 300h, MEMORY D000
ipxodi
netx
:
5.2 Installing SystemSoft's CardSoft for Databook chipset
The following CardSoft's programs for Databook TCIC-2/N chip are
required:
SSDBOOK.EXE : Socket Service driver
CS.EXE : Card Service driver
CIC.EXE : Card Installation Client driver
Example: installing SystemSoft's CardSoft for NDIS driver:
The content of the CONFIG.SYS file should include the following
statements:
:
DEVICE=SSDBOOK.EXE
DEVICE=CS.EXE
DEVICE=CIC.EXE /LIRQ 5 /NWBAS D0
rem
rem NDIS driver
rem
device=protman.dos [/i:<path name of the PROTOCOL.INI file>]
device=DE650.DOS ;Using IRQ 5, I/O 300h, MEMORY D000h
:
The content of the AUTOEXEC.BAT file should include the following
statements:
:
netbind
{your network operation system}
:
5.3 Parameters explanations
The following is for your reference. For more detailed explanations,
refer to your notebook's PCMCIA-related documents.
SS365SL.EXE :
/PORT hhh Specifies the base port address of the first of uo to two PCIC
Adapter boards. SS386SL assumes the each Adapter responds to
two consecutive I/O ports for its address/data ports and that
all of four ports are consecutive if two Adapters are present.
The default port address are 3E0h/3E1h for the first Adapter
and 3E2h/3E3h for second Adapter (/PORT 3E0).
/SKT n Specifies the number of supported sockets (1-4). The default
is 2 (/SKT 2).
CS.EXE :
/IRQ h Specifies the IRQ number to be used for the card-status-change
interrupt. The default value is 0Fh (/IRQ F). The allowable
range is 0h through 0Fh.
CIC.EXE :
/BAS hh Specifies the base address in system memory of the memory
window used to access Attribute and Common Memory space during
card recognition and initialization. The value must be states
in 4K units. The default value is D0h (/BAS D0) which specifies
a window string at D0000:0h. The base address specified must be
in the range C0 through EFh.
/SIZ hh Specified the size of the system memory window. The size is
stated in 4K units (where 1=4K, 2=8K, 3=12K, etc.). The default
is 4h (/SIZ 4) which signifies a 16K window.
/CSBAS hh Specifies the base segment address of a window area given to
Card Services with an AdjustResoureInfo function call. The
value must be in 4K units. The default value is D4h (/CSBAS D4)
, which specifies a window starting at D400:0h. The base
address specified must be in the range C0h to EFh.
/CSSIZ hh Specifies the size of a window area given to Card Services with
an AdjustResourceInfo function call. The size is stated in 4K
units (where 1=4K, 2=8K, 3=12K, etc.) with 64K being the
maximum size. The default value is 4h (/CSBAS 4), which
signifies a 16K window. If the specified value is 0, the
AdjustResourceInfo function call is not made.
/NWBAS hh Specifies the base segment address of a attribute or common
memory tobe opened. The value must be in 4K units. The default
value is D8h (/NWBAS D8), which specifies a window starting
at D800:0h. The base address specified must be in the range
C0h through EFh. This switch applies to network cards that
require an attribute or common memory window to be left open
after configuration.
/NWSIZ hh Specifies the size of memory window to be left open. The size
is stated in 4K units (where 1=4K, 2=8K, 3=12K, etc.) with 64K
being the maximum size. The default value is 4h (/CSBAS 4),
which signifies a 16K window. The applies to network cards that
require an attribute or common memory window to be left open
after configuration.
/LIRQ hh Specifies the IRQ that is assigned to LAN cards. The default
is 5h (/LIRQ 5). The allowable range is 0h through 0Fh.
[Notes]
* Make sure that the memory windows (/BAS, /CSBAS, /NWBAS) do
not overlap. The default values for these switches prevent a
memory window address conflict. Use cautiously if changing the
default values. The other hand, if you use some memory management
software, please avoid the memory conflict with above memory
windows. For example: if you use the Microsoft's EMM386.EXE,
please attach with "X=D000-DBff" parameter (for default values of
/BAS, /CSBAS, /NWBAS).
* If you want to change the IRQ, I/O or MEMORY for DE-650
driver, you need to adjust the parameters (/LIRQ, /NWBAS) of the
CIC.EXE file and the parameters of the DE-650 driver.
6. Installing Databook's CardTalk
D-Link provides a Socket Services Enabler program called AE.EXE for
running with Databook's CardTalk. Databook's Socket Service and
CardTalk must first be installed in your notebook.
To run DE-650 with the Databook's CardTalk on Databook TCIC-2/N
controller, do as follows:
1. Check the Socket Service driver that was supplied by either the ROM
BIOS extension or a loadable file (normally named *PV.SYS).
* The PC or Notebook vendor have to provide the Socket Service driver
(either ROM BIOS extension or loadable file) to initialize
the PCMCIA interface.
2. Find out a file: CARDTALK.SYS to provide an interface between the
Socket Service driver and Socket Service enabler (our AE.EXE). The
AE.EXE program will enable the Socket Service through CARDTALK.SYS.
3. Modify your CONFIG.SYS and AUTOEXEC.BAT files to include the
following (example statements for ODI driver):
CONFIG.SYS file:
:
DEVICE=*PV.SYS (or loaded by ROM BIOS extension)
DEVICE=CARDTALK.SYS
DEVICE=AE.EXE /IRQ:5 /MEM:D800 /IOP:300
:
AUTOEXEC.BAT file:
:
lsl
DE650ODI ;Using IRQ 5, I/O 300h, MEMORY D800
ipxodi
netx
:
[Notes]
* If you want to change the IRQ, I/O or MEMORY for DE-650 driver, you only
need to adjust the parameters of the AE.EXE file for DE-650.
* Databook's TCIC-2/N chip doesn't support IRQ 9, so if you
install for this controller, do not use IRQ 9.
7. Installing Phoenix's PCM (Plus)
Phoenix provides the following PCMCIA solutions: PCM (Phoenix PC Card
Manager), PCM Plus, and others.
PCM:
The PCM solution complies with PCMCIA Socket Service and ExCA 1.10
specifications. It provides the ExCA Socket Service, Card Configuration
Utility and Client drivers (for D-Link, IBM, etc.).
PCM Plus:
The PCM Plus solution complies with PCMCIA Reversion 2.0 Socket Services
and Card Services specifications (also incorporate the ExCA specification).
It provides the PCMCIA Revision 2.0 Socket Services, Card Services and
Client driver.
PCM and PCM Plus support Intel 82365SL PCIC and Databook TCIC-2/N
and other PCMCIA controllers.
7.1 Installing Phoenix's PCM for Intel 82365SL chipset
The following Phoenix PCM software for Intel 82365SL chipset is
required:
PCMSS.EXE :ExCA Socket Services driver for Intel PCIC
PCMCCU.EXE :PCMCIA Card Configuration Utility for Intel PCIC
PCMDLINK.COM :PCMCIA card Client driver for D-Link DE-650
* This file is provided by Phoenix,
it only supports these fixed parameters:
IO: 320h, IRQ: 5, MEM: D6000h.
* Note:
For PCMCCU ver. 1.3.1 and later, the client driver (eg. for DE-
650) is already included, so, you don't need to run the
PCMDLINK.COM file.
For PCMCCU ver. 1.3: you need to run the PCMDLINK.COM program.
Example: (for ODI driver)
The content of CONFIG.SYS should include the following statements:
:
device=PCMSS.EXE /irq=f
device=PCMCCU.EXE
:
The content of AUTOEXEC.BAT should include the following statements:
:
[ PCMDLINK ] ;needed if PCMCCU version is 1.3 or earlier
lsl
DE650ODI ;Using I/O 320h, IRQ 5, MEMORY D600h in NET.CFG
ipxodi
netx
:
7.2 Installing for Phoenix's PCM for Databook chipset
The following Phoenix PCM software for Databook TCIC-2/N chipset is
required:
PCMSS.EXE :Socket Services driver for Databook TCIC-2/N
PCMCCU.EXE :PCMCIA Card Configuration Utility for Databook TCIC-2/N
PCMDLINK.COM :PCMCIA card Client driver for D-Link
* This file is provided by Phoenix,
it only supports these fixed parameters:
IO: 320h, IRQ: 5, MEM: D6000h.
* Note:
For PCMCCU ver. 1.3.1 and later, the client driver (eg. for DE-
650) is already included, so, you don't need to run the
PCMDLINK.COM file.
For PCMCCU ver. 1.3: you need to run the PCMDLINK.COM program.
Example: (for IPX driver)
The content of CONFIG.SYS should contain the following statements:
:
device=PCMSS.EXE /irq=f
device=PCMCCU.EXE
:
The content of AUTOEXEC.BAT should contain the following statements:
:
[ PCMDLINK ] ;Needed if PCMCCU version is 1.3 or earlier
DE650IPX ;Use I/O 300h, IRQ 5, MEMORY D600h
netx
:
7.3 Installing Phoenix's PCM (Plus) for Cirrus chipset
The Cirrus PCMCIA controller is fully compatible with Intel 82365SL
chipset. So, you can use all of the solutions for Intel with Cirrus
(see sections 7.1 or 7.4 above).
7.4 Installing Phoenix's PCM Plus for Intel 82365SL chipset
The following Phoenix PCM Plus software for Intel 82365SL PCIC chipset
is required:
PCMSS.EXE : Socket Services driver for Intel 82365SL PCIC
PCMCS.EXE :PCMCIA Card Services driver
PCMSCD.EXE :PCM Plus Super Client Driver
* This file is provided by Phoenix,
it only supports these fixed parameters:
IO: 320h, MEM: D6000h.
IRQ can be adjusted by parameter /LANIRQ=n
Example: (for ODI driver)
The content of CONFIG.SYS should contain the following statements:
:
device=PCMSS.EXE /s0=2
device=PCMCS.EXE /addr=d0
device=PCMSCD.EXE /LANIRQ=5
:
The content of AUTOEXEC.BAT should contain the following statements:
:
lsl
DE650ODI ;Use only I/O 320h, MEMORY D600h, IRQ 5 in NET.CFG
ipxodi
netx
:
7.5 Installing Phoenix's PCM Plus for Databook chipset
The following Phoenix PCM Plus software for Databook TCIC-2/N chipset
is required:
PCMSS.EXE : Socket Services driver for Databook TCIC-2/N
PCMCS.EXE : PCMCIA Card Services driver
PCMSCD.EXE : PCM Plus Super Client Driver
* This file is provided by Phoenix,
it only supports these fixed parameters:
IO: 320h, MEM: D6000h.
IRQ can be adjusted by parameter /LANIRQ=n
Example: (for IPX driver)
The content of CONFIG.SYS should include the following statements:
:
device=PCMSS.EXE /s0=2
device=PCMCS.EXE /addr=d0
device=PCMSCD.EXE /LANIRQ=5
:
The content of AUTOEXEC.BAT should include the following statements:
:
lsl
DE650IPX ;Use only I/O 320h, MEMORY D600h, IRQ 5
netx
:
7.6 Parameter explanations
The following explanations are for your reference. For
detailed explanation, refer to your notebook's PCMCIA-related
documents.
PCMSS.EXE :
/S0=n Specifies number of the sockets. Default vsalue is 2.
PCMCS.EXE :
/ADDR=n Specifies the internal memory windows for Card Services
to address xx00:0000. (You have to specify this parameter
when you use I/O card (e.g., DE-650).)
PCMSCD.EXE :
/LANIRQ=d Specifies the IRQ number to be used for LAN card.
The default value is 5. The allowable range is 0 through 15.
[Notes]
* After we tested with PCM Plus solution, we found out:
When you running I/O card with PCMCS.EXE, you have to specify the
parameter /ADDR=xx with PCMCS.EXE for open an internal memory window
for Card Services, and the memory window cannot conflict with the memory
window of the DE-650 card.
A. Syntax of PCIC.EXE, ICCNT.EXE, AE.EXE
========================================
PCIC.EXE is used to enable Intel 82365SL PC Card Interface Controller
(PCIC) chipset.
ICCNET.EXE is used to enable ICCNT (I/O Card Controller) chipset in
TOSHIBA T3300SL Model Notebook.
AE.EXE is used to enable PCMCIA Ethernet Card on which Socket Service has
been installed.
**********************
SOCKET SERVICE: AE.EXE
**********************
The AE.EXE program is used to open I/O window mapping, memory window
mapping, and IRQ of PCMCIA Ethernet Card on which socket service has been
installed.
To run DE-650's driver programs, AE.EXE must first be executed.
The parameters of the DE-650 driver programs must match the hardware
parameters settings of AE.EXE. These parameters can be I/O base, attribute
memory base, and IRQ number.
Two methods can be used to execute AE.EXE:
Method 1
--------
From DOS prompt,
ae [/iop:P0] [/mem:P1] [/irq:P2] [/slt:P3]
Method 2
--------
In DOS config.sys
device=ae.exe [/iop:P0] [/mem:P1] [/irq:P2] [/slt:P3]
Parameters are options. Their descriptions:
/iop :I/O base
/mem :Attribute memory base
/irq :IRQ number
/slt :Slot no
P0 :The selectable window I/O base with 0x20 range.
The default value is 0x300.
P1 :The selectable window memory base.
The default value is 0xd000.
P2 :The selectable irq value.
The default value is 0x5.
P3 :The selectable slot number.
The default number is 1.
Example:
ae /iop:300 /mem:d000 /irq:5 /slt:1
***************
INTEL: PCIC.EXE
***************
This PCIC.EXE program is used to open I/O window mapping, memory window
mapping, and IRQ of PCIC (82365SL) adapter for PCMCIA card.
To run drivers of DE-650, PCIC.EXE must be executed first.
The given parameters of DE-650 drivers must match the hardware parameters
settings of PCIC.EXE. The parameters can be I/O base, attribute
memory base, and IRQ value.
Two methods could be used to execute PCIC.EXE.
Method 1
--------
From a DOS prompt:
pcic [/iop:P0] [/mem:P1] [/irq:P2] [/slt:P3] [/grp:P4]
Method 2
--------
From DOS config.sys:
device=pcic.exe [/iop:P0] [/mem:P1] [/irq:P2] [/slt:P3] [/grp:P4]
Parameter description:
/iop :I/O base
/mem :Attribute memory base
/irq :IRQ value
/slt :Slot type
/grp :Group value
P0 :The selectable window I/O base with 0x20 range.
The default value is 0x300.
P1 :The selectable window memory base.
The default value is 0xd000.
P2 :The selectable irq value.
The default value is 0x5.
P3 :The selectable slot number.
The default number is 1.
P4 :The selectable grp value.
The default value is 0.
Group 0 means Index IO is 3E0h, Data IO is 3E1h, Base is 00h
Group 1 means Index IO is 3E0h, Data IO is 3E1h, Base is 80h
Group 2 means Index IO is 3E2h, Data IO is 3E3h, Base is 00h
Group 3 means Index IO is 3E2h, Data IO is 3E3h, Base is 80h
Example:
pcic /iop:320 /mem:d000 /irq:5 /slt:1 /grp:0
******************
TOSHIBA: ICCNT.EXE
******************
The ICCNT.EXE program is used to open I/O window mapping, memory window
mapping, and IRQ of ICCNT adapter for the PCMCIA Ethernet Card.
To run drivers for DE-650, ICCNT.EXE must be executed first.
The parameters of DE-650 drivers must match the hardware parameters
settings of ICCNT.EXE. The parameters could be I/O base, attribute
memory base, and IRQ value.
Two methods can be used to execute ICCNT.EXE:
Method 1
--------
From a DOS prompt:
iccnt [/iop:P0] [/mem:P1] [/irq:P2]
Method 2
--------
From DOS config.sys:
device=iccnt.exe [/iop:P0] [/mem:P1] [/irq:P2]
Parameter description:
P0 :The selectable window I/O base with 0x20 range.
The default value is 0x300.
P1 :The selectable window memory base.
The default value is 0xd000.
P2 :The selectable irq value.
The default value is 0x5.
Example :
iccnt /iop:300 /mem:d000 /irq:5
B. NOTES & TROUBLESHOOTING
==========================
[NOTES]
* Using DE-650 under Windows environment:
When you use a PCMCIA card (e.g. DE-650) under Windows environment,
you have to find out the Windows file that provides with the PCMCIA
solution (e.g., Phoenix's PCM provides a file PCMVCD.386 (Vitual Device
Driver) for using PCMCIA cards in Windows enhanced mode).
The detail usage and files, please refer to the document of the PCMCIA
solution.
* Using Memory Menagement program with PCMCIA system:
If you use Memory Management program with PCMCIA system, please watch
out for possible memory conflict. Understanding of the occupied memory
area is necessary. Our MAC driver will use 32 bytes I/O windows (e.g.
300h-31fh), 16K memory windows (e.g. D000h-D3FFh) and one IRQ channel
(e.g. 5).
[TROUBLESHOOTING]
PROBLEM: Driver was loaded sucessfully, but the notebook cannot
connect to the network.
REMEDY: three possible causes:
(1) The problem is usualy caused by a mistmached IRQ value.
The network MAC driver and the Client driver must use the same
IRQ. Please check the configuration of the PCMCIA system.
(2) Check for possible damage on the PCMCIA card.
(3) Check for loose connector on the media coupler, or faulty
cable.
C. Solutions for other PCMCIA controllers
==========================================
(Examples with IPX, ODI, NDIS, Packet Driver with PCMCIA systems)
-------------------------------------------------------------------
When you use a PCMCIA system that not listed above, please
refer to follow these steps to find out the solution:
C.1 Support Socket Services interface
Use the AE.EXE program that we provide to enable the Socket
Services interface, then run one of the MAC driver program that
we provide for the network operating system of your choice.
C.2 Support total PCMCIA solution that includes the Socket
Services, Card Services and Client driver:
Examples:
1. IPX driver:
> DE650IPX
2. ODI driver:
> lsl
> DE650ODI ;with NET.CFG for configuration
> ipxodi
3. NDIS driver:
device=PROTMAN.DOS [/i:<path name of the PROTOCOL.INI file>]
device=DE650.DOS ;with PROTOCOL.INI for configuration
> netbind
4. Packet Driver:
> DE650PD [interrupt value] [IRQ] [I/O] [MEMORY]