D-Link DMF-560TXD User Manual

PC

PCMCIA

D-Link DMF-560TXD

DirectPort

Multifunction PC Card

User Manual

56K BPS

USER MANUAL

DirectPort PC Card

First Edition (September, 1998)
Second Edition (May, 1999)
Document No. M-LF560MA-rev2.0
Printed in Taiwan

FCC REGULATORY STATEMENTS

FCC Certification

10/100 Fast Ethernet + 56K Fax/Modem PC Card
FCC ID: MQ4PLM56
Made in Taiwan

The United States Federal Communication Commission (FCC) and
the Canadian Department of Communications have established
certain rules governing the use of modems and other electronic
equipment.

FCC Part 68 Registration

This high speed 10/100 Fast Ethernet + 56K FAX/MODEM PC
Card complies with FCC Part 68 rules, and the use of this modem
is subject to the following restrictions:

1. The FCC has established rules which permit this device to be
directly connected to the telephone network. Standardized jacks
are used for these connections. This equipment should not be
used on party lines or coin phones.

2. If this device is malfunctioning, it may also be causing harm to
the telephone network; this device should be disconnected until
the source of the problem can be determined and until repair has
been made. If this is not done, the telephone company may
temporarily disconnect service.

3. The telephone company may make changes in it's facilities,
equipment, operation and procedures; if such changes affect the
compatibility or use of this device, the telephone company is
required to give adequate notice of the situation with the FCC.

4. If the telephone company requests information on what
equipment is connected to their lines, inform them of:

a. The telephone number to which this unit is connected.
b. The Ringer Equivalence Number (REN).
c. The USOC jack required.
d. The FCC Registration number.

Items (b) and (d) are indicated on the label. The Ringer
Equivalence Number (REN) is used to determine how many

devices can be connected to your telephone line. In most areas, the
sum of the REN's of all the devices on any one line should not
exceed 5.0. If too many devices are attached, they may not ring
properly.

FCC Part 15 Registration

This device complies with Part 15 of FCC rules. Operation is
subject to the following two conditions:

1) This device may not cause harmful interface, and

2) This device must accept any interface received, including
interface that may cause undesired operation.

This equipment has been tested and found to comply with the
limits for a Class B digital device, pursuant to Part 15 of the FCC
Rules. These limits are designed to provide reasonable protection
against harmful interference in a residential installation. This
equipment generates, uses and can radiate radio frequency energy,
and if not installed and used in accordance with the instructions,
may cause harmful interference to radio communications.
However, there is no guarantee that interference will not occur in a
particular installation. If this equipment does cause harmful
interference to radio or television reception, which can be
determined by turning off and on, the user is encouraged to try to
correct the interference by one or more of the following measures:

(1) Reorient or relocate the receiving antenna.

(a) Increase the distance between the equipment and

receiver

(b) Connect the equipment into an outlet on a circuit
different from that to which the receiver is connected.

(2) Consult an experienced radio/TV technician for help.

TABLE OF CONTENTS

1. INTRODUCTION

1.1 ABOUT THIS MANUAL

1.2 ABOUT THIS PRODUCT

1.2.1 SPECIFICATIONS

1.2.2 FEATURES

1.3 SYSTEM REQUIREMENTS

1.4 CONTENTS INCLUDED IN THE PACKAGE

2. INSTALLATION

2.1 HARDWARE INSTALLATION

2.2 INSTALLING THE SOFTWARE

2.2.1 NOVELL NETWARE

2.2.2 MICROSOFT LAN MANAGER

2.2.3 PACKET DRIVER

2.2.4 WINDOWS FOR WORKGROUPS 3.11

2.2.5 WINDOWS NT 3.51 & 4.0

2.2.6 WINDOWS 95,WINDOWS 98

2.2.7 ARTISOFT LANTASTIC 6.0

3. MODEM BASICS

3.1 UNDERSTANDING AT COMMANDS

3.2 DIALING & ANSWERING TECHNIQUES

4. DRIVERS INFORMATION

4.1 NOTES for NDIS DRIVER

4.2 NOTES for PACKET DRIVER

4.3 NOTES for WINDOWS WORKGROUPS

5. QUESTIONS & ANSWERS

6. APPENDIX A: NDIS2 & ODI DRIVERS
FOR WFW 3.11

7. APPENDIX B: UNINSTALLATION THE
DIRECTPORT IN WIN 98/95

8. APPENDIX C: AT COMMAND QUICK
REFERENCE

9. APPENDIX D: S-REGISTERS QUICK
REFERENCE

- 1 -

1. INTRODUCTION

1.1. ABOUT THIS MANUAL

This manual will explain how to install and use your
DMF-560TXD DirectPort PC Card

1.2. ABOUT THIS PRODUCT

Your DirectPort PC Card is a multifunction
communication device that lets you perform multiple
communication tasks at the same time:

(1) transmit and receive data up to 56,000 bps
(2) send and receive FAXes from computers or

FAX machines

(3) connect to an 10/100 Fast Ethernet LAN
And it uses only one PCMCIA socket while it can
provide the functions listed above.

This PC Card is a credit-card-size Type II PCMCIA
adapter that complies with the PCMCIA 2.1 and
JEIDA 4.1 standards and works with computers that
incorporate a compatible interface.

It is Bell, ITU-T (formerly CCITT) and Hayes AT
commands compatible, allowing it to be used
worldwide with today's popular communication
software programs. You will be able to send and
receive faxes with any Group 3 fax machine. Using
standard phone lines and 10/100 Fast Ethernet, the
data communication functions of the 10/100 Fast
Ethernet + 56K Fax/Modem PC Card will enable you

- 2 -

to successfully access to the servers on 10/100 Fast
Ethernet LAN and hook up to the Internet, transmit
E-Mail, send and receive information and
communicate with other PCs, Bulletin Board Services
(BBS) or on-line computer networks such as
CompuServe and America On line.

1.2.1. Specifications

PC Card Interface

PCMCIA Type II.

Dimension

3.37” X 2.128” X 0.197” or

85.6 mm X 54 mm X 5 mm

Weight

60 g

Power

+5V ±5%

Network

IEEE 802.3 10BaseT, 10Mbps.
IEEE 802.3u 100BaseTX, 100Mbps.
NE2000 compatible.

Modem

V.90, K56flex 56Kbps, V.34+ 33.6Kbps, V.34

28.8Kbps, V.32bis 14.4Kbps.

V.42bis/V.42, MNP 2-5 data compression and

error correction.

AT command set.

Fax

Group 3, V.17 14400bps, V.29 9600bps
Fax Service Class 1 compliant.

Modem COM Port

COM2, COM3, COM4

IRQ

3, 4, 5, 7, 9, 10, 11, 12, 15

I/O Address

220, 300, 320, 340

- 3 -

1.2.2. Features

1.

Compatible with most notebook computers and

PCMCIA Card and Socket Service drivers.

2. Integrated PC Card

3. Easy to install and play.

4. Support most of the popular Network Operating
Systems.

5. Include popular 56K Fax/Modem

communication programs.

6. Hot swappable.

7. Feature concurrent use of 10/100 Fast Ethernet

LAN and 56K Fax/Modem.

8. NE2000 compatible.

1.3. SYSTEM REQUIREMENTS

• An IBM compatible PC or notebook computer with
386SX or faster processor

• At least one type II PCMCIA socket

• PCMCIA release 2.1 compliant Card Services and

Socket Services

• Drivers and utilities provided with this product

• Driver software loaded on your PC

• Data and/or fax communications software.

1.4. CONTENTS INCLUDED IN THE

PACKAGE

• DMF-560TXD DirectPort PC Card

• RJ 11 Phone Cable

• Quick Installation Guide

- 4 -

• Driver Diskettes for PC and Apple/Macnitosh

• Manual Diskette

• Windows-based 56K Fax/Modem application

program (CD-ROM)

- 5 -

2. INSTALLATION

This chapter describes how to install your DirectPort
multifunction PC Card. Installation procedures also
cover many popular Network Operating Systems.

2.1. HARDWARE INSTALLATION

1. Hold the card label up and insert the card into the

computer's PCMCIA slot with the 68 pin
connector facing the computer.

2. Connect the RJ-45 (8-pin) plug to the LAN and

the RJ-11 (6-pin) plug to the telephone wall
outlet.

2.2. INSTALLING THE SOFTWARE

- 6 -

For Non-Windows 95/98 & Non-Windows NT
System

Plug the driver diskette into the floppy drive and set
the current drive to the floppy drive (A:\). Then run

INSTALL to install the dirver.

2.2.1. Novell Netware Installation

Follow the steps bellow to complete the Novell
Netware installations.

1.Run installation program INSTALL.EXE in the

driver disk (for example, A:\INSTALL).

2.Select Netware 3.x and 4.x Workstation in the

installation program dialog box.

3.Check the card settings. If current settings are

correct, select Start Installation and go to step 5.
Otherwise, select Modify Parameters to change
settings.

4.Select the appropriate values then press Enter.

When you are finished, press OK to exit.

- 7 -

5.Installation program starts installing drivers and
modifying AUTOEXEC.BAT and NET.CFG.
Select Yes then press Enter to modify the files.

6. Now, the installation is completed.

7. Restart your computer to make Netware
connections.

To install the ODI driver manually, follow the

instructions below:

1.Copy the file

\NETWARE\LM28ODI.COM

\NETWARE\NET.CFG

and the file

\ENABLER\CARDEN.EXE

\ENABLER\LMVXD.386

from the driver disk to your local hard disk.

2.Using text editor to edit the NET.CFG for setting

the frame type. The frame type default is set to

802.3 for Netware 3.11 server and 802.2 for
Netware 3.12 and 4.x servers. The frame type set in
NET.CFG must match that set in Netware servers.

3.Using following format to create a startup batch file

- 8 -

CARDEN /IOP=nnn /IRQ=nnn /COM=n /MIR=n
LSL ;Link Support Layer Module
;provided by Novell
LM28ODI ;Hardware Specific Module
IPXODI ;IPX Protocol Stack Module
;provided by Novell
NETx ;Shell Support Module provided by
;Novell
LOGIN

2.2.2. MS LAN Manager Installation

1.Cast a look at the README.TXT in the \NDIS2

directory in the driver disk. Before installing the

drivers, please ensure that the Microsoft LAN

Manager has been installed in the target path. The

installation program will check and modify the

PROTOCOL.INI file for LAN Manager.

2.Run INSTALL.EXE in the root of driver diskette

(A:\INSTALL).

3.Select Microsoft LAN Manager from the menu

screen.

4.Check the card settings. If current settings are

correct, select Start Installation and go to step 5.
Otherwise, select Modify Parameters to change
settings.

5.Select the appropriate values then press Enter.

When you are finished, press OK to exit.

6.Installation program starts installing drivers and
modifying CONFIG.SYS and PROTOCOL.INI
Select Yes then press Enter to modify the files.

7.Now, the installation is completed.

8.Reboot the computer to load driver and start LAN

Manager.

Example of PROTOCOL.INI:

- 9 -

[PROTMAN]

DRIVERNAME = PROTMAN$
DYNAMIC = YES
PRIORITY = NETBEUI

[NETBEUI_XIF]

Drivername = netbeui$
SESSIONS = 6
NCBS = 12
BINDINGS = "LMNDIS_NIF"
LANABASE = 0

[LMNDIS_NIF]
; protocol.ini session for multifunction
LAN/MODEM driver.

IOADDRESS = 0x320
INTERRUPT = 11
DRIVERNAME = LMNDIS$

2.2.3. Packet Driver Installation

1.Run INSTALL.EXE file in the driver diskette

(A:\INSTALL).

2.Select Packet Driver from the menu screen.

3.Check the card settings. If current settings are

correct, select Start Installation and go to step 5.
Otherwise, select Modify Parameters to change
settings.

4.Select the appropriate values then press Enter.

When you are finished, press OK to exit.

5.Installation program starts installing drivers and
modifying AUTOEXEC.BAT. Select Yes then
press Enter to modify the files.

6.Now, the installation is completed.

7.Reboot the computer to load driver.

- 10 -

2.2.4. Windows for Workgroups 3.11

Installation

1. Run INSTALL.EXE in root directory on the

driver disk.

2. Select Windows for Workgroup in Network
Operating System screen.

3. If current settings are accepted, select Start
Installation and go to step 13. Otherwise, select
Modify Parameters to make modifications.

4. Move cursor to the setting you want to make a
change for then press Enter to select a fit value.
When the configuration is accepted, press Enter
on the OK field to exit the screen and go back to
step 3.

5. Select NDIS Server (LAN Manager,...) as the
network server that you will attach to then press
Enter.

6. Installation program starts installing drivers and
modifying AUTOEXEC.BAT. Select Yes then
press Enter to modify the files.

7. Run Windows for Workgroups and click
Network Setup icon in Network group.

8. In Network Settings dialog box, click

Networks... button to select the network
operating system.

9. In Networks dialog box, check the radio button
before Install Microsoft Windows Network
and No Additional Network. Press OK to go
back the Network Settings screen.

10. Click Drivers... button to select network driver.

11. From Network Drivers dialog box, press Add

Adapter... button to enter Add Network
Adapter dialog box. Select Unlisted or
Updated Network Adapter and press OK.

12. Windows will prompt a Install Driver dialog

- 11 -

box; put the driver diskette into floppy drive
then press OK.

13. Select Enhanced mode NDIS3 for.... then press

OK.

14. Follow Windows instructions to complete the
installation and exit Windows

15. Reboot the computer to run with WFW 3.11.

2.2.5. Windows NT 3.51 & NT 4.0

Installation

Getting Start for Windows NT3.51

1. Run Windows NT 3.51

2. Login with a full access level , i.e.
ADMINISTRATOR

3. Remove all existing network support

-- open Program Manager  Main group 
Control Panel  Network

-- remove all existing network components

Note: remove all adapters first, then servers,
then workstations, etc.

4. Remove all serial port support

-- open Program Manager  Main group 
Control Panel  Ports

-- remove all the COM port devices

Note: If problems occur during removing the
COM ports, check if the NT has been
updated to the lastest release from Microsoft.

-- after all serial port devices are removed, press
Close

Add PCMCIA to Your Laptop

- 12 -

1. Open Program Manager  Main group 
Control Panel  Devices

2. Select PCMCIA

3. Press STARTUP

4. Select BOOT, then press OK

5. When all PCMCIA adapters are added, press
Close and restart Windows NT

Check Event Viewer when system reboots. Ask your
laptop dealer for help if any problems occur during
the pre-installation.

Installation in NT 3.51

1. Insert your DirectPort PC Card into one of the
PCMCIA slots

2. Run Windows NT

3. Login with a full access level i.e.
ADMINISTRATOR

4. Open Program Manager  Main group 
Control Panel  Network

5. Press YES to install network components

6. Enter the correct path for NT installation media (
CD-ROM). For example, D:\i386.

7. Press ”Do not detect for the network adapter”

8. Open the Network Adapter Card selection box

9. Select <OTHER> REQUIRES DISK FROM

MANUFACTURER

10. Click CONTINUE button

11. Insert the driver disk into floppy disk drive, then
enter the correct path (A:\).

12. Take a choice for the 10/100 Fast Ethernet + 56K

Fax/Modem PC Card then press OK.

13. A dialog box will be poped up for the driver

settings change.

- 13 -

14. Give appropriate system resources to the your

DirectPort PC Card, the settings must be unique
for this device. Resources Recommendation

I/O Base I/O:300. Possible alternative:

220, 320, 340
Interrupt
(IRQ)

IRQ:5. If your laptop is equipped

with multimedia devices, a

higher interrupt (IRQ:11) may be

needed.
Base Memory D000. Possible alternative: D800
COM Port COM2 to COM4. Select one of

the COM port that is not in use

by other communication devices.

15. When all settings are completed, press OK

Windows NT will load network and grant
configurations for

-NWLink

-TCP/IP

-Netbeui
Typically the configurations are unique for
each network. Ask your network administrator
for help if you want to change them.

16. Once all network softwares are well loaded, press
OK. The configuration and bindings for the PC
Card might be confirmed. Answer the questions
accordingly.

17. Connect to your network using the provided
10/100 Fast Ethernet RJ-45 jack.

18. Reboot the system.

Getting Start for Windows NT4.0

1. Remove all existing PC Cards from the system.

2. Run Windows NT 4.0

- 14 -

3. Login with a full access level i.e.
ADMINISTRATOR

4. Remove all existing network support from
MY COMPUTER  CONTROL PANEL 
NETWORK  ADAPTERS

5. Press CLOSE after all network components are
removed.

6. Remove all serial port devices in
MY COMPUTER  CONTROL PANEL 
PORTS

7. Press CLOSE after all serial port devices are
removed.

Installation in NT 4.0

1. Insert your DirectPort PC Card into one of the
PCMCIA Slots

2. Start Windows NT 4.0

3. Login with a full access level

ADMINISTRATOR

4. Open MY COMPUTER  CONTROL
PANEL  NETWORK.

If Network has not been installed,

♦ select YES to start Network installation,
♦ press Next and press SELECT FROM LIST

button, then press HAVE DISK button,

♦ insert the driver disk into drive floppy disk drive,

then enter the correct path.

♦ select the only one choice for the 10/100 Fast

Ethernet + 56K Fax/Modem PC Card, then press
OK and NEXT

♦ Windows NT 4.0 will grant configurations for

-- TCP/IP

-- NWLink IPX/SPX

-- NetBEUI

- 15 -

...
These configurations are unique for each
network. If you want to change them, ask your
network administrator for help.
♦ Press Next twice to use default NETWORK

SERVICES settings

♦ Enter the correct path for NT 4.0 system source
files.
♦ A dialog box will pop up. Give appropriate

system resources to the DirectPort PC Card; the
settings must be unique for this device. Refer to
resources Recommendation” for NT 3.51 details

♦ Press NEXT twice. Enter COMPUTER NAME

then press NEXT

♦ Press FINISH

If Network has been installed

♦ Select ADAPTERS
♦ Press ADD to add network adapters
♦ Press HAVE DISK button
♦ Insert your DirectPort PC Card driver disk into

floppy disk drive

♦ Enter the correct path for Windows NT 4.0

drivers then press OK.

♦ A dialog box will pop up. Give appropriate

system resources to the DirectPort PC Card; the
settings must be unique for this device. Refer to
”Resources Recommendation” for NT 3.51
details

♦ Press OK when all setting are completed.
♦ Press CLOSE to complete NETWORK setting
♦ Reboot Windows NT.

Modem configuration for NT 4.0

1. Open MY COMPUTER  CONTROL PANEL

- 16 -

 MODEMS

2. Using default settings and press NEXT

3. System should have detected your LANmodem

PC Card, and enter the Modem Manufactures
& Models list screen.

4. Press FINISH and then CLOSE to complete

modem setting.

5. Reboot the system.

6. The installations for both LAN and Modem are

completed.

2.2.6. Windows 98/95 Installation

1.Assume that the PCMCIA card reader and drivers

have been loaded and well functioning. The System
Icon in the Control Panel can report on its
functionality. If not, check your computer dealer
for technical support.

2.Insert your DirectPort PC Card into PCMCIA slot.

Windows 95/98 will prompt New Hardware
Found dialog box. In New Hardware Found
dialog box, select Driver from disk provided by
hardware manufacturer.

- 17 -

3.Enter the correct path, i.e. :\”, then insert the

driver disk. The driver will be installed
automatically, and system may ask for the Windows
95/98 installation CD/disks to update the existing
files or drivers. After the update, system will reboot
automatically.

4.For the first time installation, click Network icon in

Control Panel to correctly add Protocols, Client
and Service according to your application
requirements.

5.Reboot the machine and the card will fully function.

2.2.7. Artisoft Lantastic 6.0 Installation

1.Install LANTASTIC 6.0 first.

2.Run INSTALL.EXE in the driver disk root

directory.

3.Select LANTASTIC 6.0 in Network Operating

System screen then enter Driver Install screen.

- 18 -

4.If current settings are correct, select Start

Installation and go to step 6. Otherwise, select
Modify Parameters to make changes.

5.Move cursor to each field you want to make

modification and press Enter to set correct value.
Then press Enter on the OK.

6.Installation program starts copying drivers and

modifying CONFIG.SYS, PROTOCOL.INI, and
STARTNET.BAT.

7.Reboot the computer to have the driver take effect.

- 19 -

3. MODEM BASICS

This chapter covers the basic commands and
techniques involved in modem operation. In many
cases, this is the only information you will need in
order to get your DirectPort PC Card up and running
with communication software, and to start making
connections with your PC Card.

3.1 Understanding AT Commands

The DirectPort PC Card communicates
asynchronously with computers using AT commands.
AT commands are used to configure and control the
PC Card. Commands are usually sent to the modem in
way of communication software, but can also be
entered manually with the computer keyboard.

Command statements must be written in a specific
form in order for the DirectPort PC Card to
recognize them. A command statement always begins
with the letters AT or at. It is then followed by one or
more commands and the <Enter> key.

AT commands can only be issued when the
DirectPort PC Card is in ”Command mode” or ”off­line.” Once the PC Card has established a connection
with another modem, it is said to be ”on-line” or in
”Data mode.” In this mode, the characters sent to the
Ethenet + 56K Fax/Modem PC Card by your
computer are transmitted to the remote modem rather
than being interpreted by the PC Card as commands.
Using the Windows 95/98 Hyper Terminal Program
To issue an AT command statement, you first need to
run a communication program such as the Microsoft

- 20 -

Windows ”Hyper Terminal” program. This program
provides a simple method to manually enter AT
commands so you can do things such as: store phone
numbers you commonly connect to.

Once the DirectPort PC Card is connected to your
computer serial port and telephone line, open the
Windows 95/98 ”Accessories” program group, and
open the Hyper Terminal Program. The program will
prompt you for a name and icon to use for your new
connection. Type the name Test Connection then
press <Enter>.

Next, you will be prompted for country information,
area code, phone number, and the device used to
make the connection. For this test purpose, do not
enter a phone number; simply choose the COM port
your DirectPort is connected to from the ”Connect
Using” list. Click ”OK” when finished.

The next window sets the COM port settings. The
settings used for the Comet should be as follows:

Bits per second: 115200
Data bits: 8
Parity: None
Stop bits: 1
Flow Control: Hardware

Click ”OK” when finished. After you have done this,
save your new connection by selecting ”Save” from
the ”File” menu then click ”OK.” A new connection
icon will be added to your Hyper Terminal folder.
You are now ready to start entering AT commands.
In the terminal window, type:

- 21 -

AT<Enter>
LANmodem responds
OK
This confirms that the modem and your computer are
communicating correctly.

To test the telephone line connection, issue the
manual answer command. Type: ATA<Enter>
The LANmodem will pick up the phone line, and try
to communicate. Normally, this command is only
used to answer an incoming call made from another
modem. Thus the high pitched noise you will hear
from the speaker. To abort the operation, press any
key, or select ”Disconnect” from the menu.

3.2 Dialing and Answering Techniques

Depending on what communications software you use
to make modem connections, you may not have much
control of how the modem dials the telephone
number. This section shows some useful examples of
the AT commands used for dialing and answering
operations. The command characters specific to each
function are shown in bold type.

Dialing using the ATD Command

Touch Tone Dialing: ATDT 555 1212
Pulse Dialing: ATDP 555 1212
Tone and Pulse Dialing: ATDP 555 1212 WT 24
Pause During Dialing: ATDT 9,,555 1212

Auto-Answer and Hook Controls
Enabling Auto-Answer: ATS0=n

Note: In this example, n is a number from 1 to

255 that corresponds to the number of
rings after which your modem answers an

- 22 -

incoming call.

Disabling Auto-Answer: ATS0=0
Manually Answering a Call: ATA
Take modem off-hook: ATH1
Hang up modem (on-hook): ATH0
Manually Disconnecting a Call: +++ATH

- 23 -

4. DRIVERS INFORMATION

4.1. Notes for NDIS Driver

The following are examples of CONFIG.SYS file and
AUTOEXEC.BAT for loading System Soft Card
Services and NDIS2 driver:

Examples of CONFIG.SYS file:

device=c:\cardsoft \ss365sl.exe
device=c:\cardsoft \cs.exe
device=c:\cardsoft \csalloc.exe c:\cardsoft\csalloc.ini
device=c:\lanman.dos\drivers\10/100 Fast

Ethernet\lm28\carden.exe /iop=nnn /irq=n /com=n

/mir=n
device=c:\cardsoft \cardid.exe
device=c:\lanman.dos\deivers\protman.dos /i:c:\lanman.dos
device=c:\lanman.dos\drivers\10/100 Fast
Ethernet\lm28\lmndis.dos

Examples of partial AUTOEXEC.BAT file:

set path= c:\lanman.dos\netprog;%path%
net start workstation
load netbeui

The 10/100 Fast Ethernet function configuration
information for the DOS NDIS driver is contained in
the PROTOCOL.INI file. To make allowances for
passing the requested modem COM port (1,2,3,4) to
the driver, there has been another field added. The
section of the PROTOCOL.INI file that contains
configuration information for this card must begin
with [LMNDIS_NIF]. The valid entries in the file are
listed below:

- 24 -

[LMNDIS_NIF]

DRIVERNAME - LMNDIS$

This line must always be presend

IOADDRESS - value

where value is one of the following address:

0x300, 0x320, 0x340, 0x360.
The leading 0x for the hex notation is required.
To have Card Services select the address base from
it's pool of available address then use a value of 0.

INTERRUPT - value

where values is one of the following interrupts:

3, 4, 5, 7, 9, 10, 11, 12, 15.
To have Card Services select an available interrupt
resource then place a value of 0 at this location.

4.2. Notes for Packet Driver

The following are examples of CONFIG.SYS file for
loading System Soft Card Services and packet driver:

Examples of partial CONFIG.SYS file:

device=c:\cardsoft\ss365sl.exe
device=c:\cardsoft\cs.exe
device=c:\cardsoft\csalloc.exe c:\cardsoft\csalloc.ini
device=c:\tcpip\carden.exe /iop=nnn /irq=n /com=n /mir=n
device=c:\cardsoft\cardid.exe
device=c:\tcpip\lmpd.com

4.3. Notes for Windows For

Workgroups

After installation of the multi-function PCMCIA card
drivers, the system will automatically update both

- 25 -

CONFIG.SYS and AUTOEXEC.BAT for you so that
the driver will be loaded upon system start up. When
modifying the two files, the system will make copies
named CONFIG.ABO and AUTOEXEC.ABO in the
system's directory. If the driver of PC Card is not
successfully loaded, replace the two *.ABO file for
related file and try to start the system again.

The following are examples of CONFIG.SYS and
AUTOEXEC.BAT for loading System Soft Card
Services and drivers for Windows for Workgroups:

Examples of CONFIG.SYS file:

device=c:\cardsoft\ss365sl.exe
device=c:\cardsoft\cs.exe
device=c:\cardsoft\csalloc.exe c:\cardsoft\csalloc.ini
device=c:\wfw311\carden.exe /iop=nnn /irq=n /com=n
/mir=n
device=c:\cardsoft\cardid.exe
device=c:\wfw311\ifshlp.sys

Examples of AUTOEXEC.BAT file:

C:\WFW311\NETSTART

- 26 -

QUESTIONS AND ANSWERS

This chapter provides a number of examples of
Questions (Q:), Causes (C:), and Answers (A:). If
your modem is not functioning properly, look up the
problem here, or ask your dealer for technical
assistance.

Q:The modem does not respond to AT commands.

C:The COMx: port that the modem is set to may be

used by another card in the computer already.

A:Change the COMx: port of the PC CARD 56K

FAX/MODEM modem to a different unused port. It
might be best to set it to COM3: or COM4:. Even
if you are not using a serial port which is set to the
same COMx: port as the modem, it can still
interfere with the modem. Be sure to update your
software COMx: port setting as well.

C:The Interrupt that the modem is using may be the

same Interrupt that another card is using.

A:Change the IRQ settings to a different, unused,

IRQ. Even if you are not using a serial port which is
set to the same IRQ as the modem, it can still
interfere with the modem.

Q:The modem does not execute the command line.

C:Make sure you are typing 'AT' at the beginning of

command line.

C:Make sure the modem is not in Data Mode. type

+++ if necessary.

C:Make sure your software is set to the same COMx:

port as the modem is.

- 27 -

Q:The modem does not give a response after an

AT command was executed.

C:The echo and/or responses may be turned off by the

ATE0Q1 commands. Use AT&V to check that.
A:Use ATE1Q0 then Enter to change them back.
C:Make sure the modem is in Command Mode not in

Data Mode when you type the AT command.

Q:The modem gives an 'ERROR' response after

an AT command was executed.

C:Make sure you did not type an invalid command.
C:Make sure your command line is 40 characters or

less in length.

Q:The modem goes off-hook and disables the

telephone line.

C:The modem may be set to auto-answer the phone

when it rings.
A:Disable auto-answer by typing ATS0=0 then Enter

at the command line.

Q:The modem does not auto-answer the phone.

C:If necessary, make sure the software is configured

to auto-answer the phone.
A:To set auto-answer mode on from the AT

commands, type ATS0=n then press Enter. The n

stands for which number of rings the modem will

answer on.

Ex: ATS0=3 takes the modem answer on the third
ring.

Q:The software does not control the modem

properly or can not detect the modem.

A:Make sure the software has been set up correctly.

Check the initialization and dial strings.

- 28 -

C:Some TSRs (programs that stay in memory after

they are loaded) may conflict with the

communications software.
A:Try starting your computer without loading any

TSRs.

Q:The characters on the screen are doubled.

C:Both the modem and the software have the echo

feature turned on.
A:Since only one needs an echo, turn the software

echo feature off.

C:The remote modem is echoing your typed

characters.

A:Type ATE1 then Enter at the command line. Then

turn off the software echo feature.

Q:No text appears on the screen when in data

mode.

C:The remote modem is not echoing your typed

characters.

A:Type ATE0 then press Enter at the command line.

Then turn the software echo feature on.

C:Your software may not be set to use Full Duplex or

the remote modem may not be set to use Full

Duplex either.
C:The remote modem may be waiting for you to type

a command before it will reply with text.

Q:No text appears on the screen when in

command mode.

A:If you can't see the characters you are typing, then

type ATE1 then press Enter.

Q:The modem does not dial a phone number after

you execute the AT dial command.

- 29 -

C:If you are using touch tone dialing on a phone line

that requires pulses, then it may not work. Use

ATDT in place of ATDP.

Q:When your communications software tells the

modem to dial, it does not.

C:Make sure the software dialing prefix is ATDT.
C:Make sure the software and modem are set to the

same COMx: port.
C:The modem may not have hung up the phone line

since the last call.
A:Change to command mode and type ATH then

press Enter.

Q:The modem can connect to some modems, but

not others.

C:The remote modem may not support data

compression or error correction, which might cause
it to take too long to negotiate a link.

A:You might try changing the way the modem

negotiates by using the AT&Qn, ATNn, and
ATS37=n commands. It might be best to start with
AT&Q0N1.

Q:When dialing another modem, you receive a

'CONNECT' response, but nothing else.

C:The remote modem may be waiting for you to type

a command. Or try to press Enter for logging on to
the remote site.

Q:The modem speaker does not make any sound

when you're connecting to another modem.

C:The software may have the speaker disabled.
A:Change the setting in your software or use the

ATMn command to turn the speaker on.

- 30 -

Q:The modem disconnects (looses the connection)

in the middle of use.

C:The remote modem may have locked up.
C:The telephone switch may have disconnected your

call.

C:Your software may have turned off the DTR signal.

Q:The modem does not connect with another

modem.

C:There may be a problem with the remote modem if

you do not hear the high pitched tone from the
remote modem.

Q:Occasionally, the modem gives a burst of errors.

C:The telephone line may be noisy or bad.
A:Hang up the call and try to connect again for

getting a better telephone line.

C:If there are other telephones on the same line that

your modem is using, someone may have picked up
a telephone on that extension.

C:Your telephone line may have the call waiting

feature.

A:Try adding '*70,' to your ATDT dialing command

line. If it doesn help, ask your telephone company
how to disable it temporarily.

Q:The modem gets errors in transmitted data

randomly.

A:Try to use V.42 or MNP1-4 if possible.
A:Connect the modems at a slower baud rate.

Q:After you download a file, it was not stored on

your disk drive.

- 31 -

C:If both modems are using MNP or V.42 protocol,

then the flow control may not be enabled.

A:Configure your software to use RTS/CTS flow

control. That will cause your computer to pause
long enough for the file to be stored to disk.

Q:The text on the screen is not legible.

C:Your software settings may not match the settings

on the remote site.

A:Make sure your data bits, stop bits, and parity

settings match the settings that the other computer
is using. The two most common settings are: 8 data
bits, None parity, and 1 stop bit (8,N,1) or 7 data
bits, Even parity, and 1 stop bit (7,E,1).

C:If the telephone line is very noisy, you may see

corrupted data on your screen.

C:Due to poor telephone line conditions, the modem

may have fallen back to a slower communication
speed. You may need to change the baud rate
setting in your software to match this slower speed.
To return the modem to the higher speed,
disconnect the link and re-establish again.

Q:When using V.42bis or MNP5, some features

are disabled.

C:You may be using a non-streaming protocol, like

Xmodem or Ymodem to transfer files. Those are
fine unless you are using V.42bis or MNP5

A:When using V.42bis or MNP5, you should use a

streaming transfer protocol like Ymodem-G or
Zmodem.

A:Configure your software to use hardware flow

control (RTS/CTS ON).

- 32 -

Q:When the modem is connecting to another

modem, it reports a higher connect baud rate
that it is really using.

C:The modem defaults to report the modem-to-

computer baud rate when it responds with
CONNECT.

A:Go to command mode with your communication

program (like Telix) and type ATW2, then press
Enter. This tells the modem to report the modem­to-modem baud rate instead

Q:When I run CARDEN, the error message show

C-Card is not enabled successfully”

C:No memory space to map the attribute memory of

PCMCIA card.

A:If memory management software e.g. EMM386 has

been installed, you have to reserve some areas in
upper memory (C000:0 -- EFFF:F) for attribute
memory of PCMCIA card during enabling the card.

Example:Device=C:\DOS\EMM386.EXE RAM

X=D000-D3FF.

Reserve D000 - D3FF for attribute memory.

C:No free I/O space or interrupt request can be

assigned to the PCMCIA card.

A:The LAN/Modem card needs 32 contiguous I/O

ports and one interrupt request for LAN. It also
need 8 contiguous I/O ports and another interrupt
request for 56K Fax/Modem. The LAN ports have
to be located at one of the following I/O space.
0x300, 0x320, 0x340, 0x360. The 56K Fax/Modem
ports have to be located at one of the 0x2F8,
0x3E8, 0x3E8. Besides for the compatibility
consideration with some of the 56K Fax/Modem
applications. The Modem interrupt (MIR) is
recommended to be assigned at value less than 7

- 33 -

(IRQ3 to 6). Make sure that the resources are
available for the LAN/Modem card.

Q:How can I know the LAN/Modem card has

been enabled or not ?

A:If the Card Service is installed, you can check by

hearing the beep when card insertion.

A:Run CARDEN /CHK to check, if the card has

been enabled. The resources allocated for the card
are shown as below at the last line of display
message.
“ IOP=0Xnnn IRQ=nn COM=nn MIR=nn”

Q: How to install the Win 95 driver over

SystemSoft CardWorks ?

A:1.Start the Win 95 then plug the LAN/Modem card

into the PCMCIA slot. The SystemSoft
Cardwizard window should appear.

2.Select the appropreate slot number which the
LAN/Modem card is plugged in.

3.Select View pull down menu

4.Select Properties.

5.Select Drivers in Properties.

6.Select Change Card Driver to active the
selective items above it.

7.Select Use Plug and Play.

8.Press OK. Win 95 will request to withdraw the
card.

9.Insert the card again.

10.Follow the instruction to insert the diskette and
input the path A:\ for LAN/Modem driver.

11.Add client and service as you wanted by
Network Icon in Control Panel.

12.Reboot the system

- 34 -

Q: The Netware driver runs successfully but fails

to login on to the Netware server

C: Frame type imcompatiable with server.
A: The default frame type for Netware 3.11 and

before is 802.3 but it changed to 802.2 in Netware

4.x and 3.12. You may check the content of
NET.CFG to see if the frame type is accepted by
the server or not. If the frame type can not be
accepted by server, edit NET.CFG to change the
frame type at client site or add the frame type
which can be accepted at sever site.

- 35 -

6. APPENDIX A: NDIS2 AND
ODI DRIVERS FOR WFW 3.11

NDIS2 Driver for Workgroups

1.Run Windows for Workgroups and click Network

Setup icon in Network group.

2.In Network Settings dialog box, click

Networks... button to select the network operating

system.

3.In Networks dialog box, check the radio button

before Install Microsoft Windows Network and

No Additional Network. Press OK to go back the
Network Settings screen.

4.Click Drivers... button to select network driver.

5.In Network Drivers dialog box, press Add

Adapter... button to enter Add Network Adapter
dialog box. Select Unlisted or Updated Network
Adapter then press OK.

6.Windows will prompt a Install Driver dialog box.

In this time, put the driver diskette into floppy
drive then press OK.

7.Select the Real mode NDIS2 for... string then

press OK.

8.Follow Windows instructions to complete the

installation and exit Windows.

9.Run INSTALL.EXE from root directory of driver

diskette.

10.Select Windows for Workgroup in Network
Operating System screen.

11.If current settings are acceptable, select Start

Installation and go to step 13. Otherwise, select
Modify Parameters to make settings changed.

- 36 -

12.Move cursor to the setting you want to make a
change for then press Enter to select a fit value.
When the configuration is set completely, press
Enter on the OK field to exit the screen then go
back to step 11.

13.Select NDIS Server(LAN Manager,...) as the
network server that you will attach to then press
Enter key.

14.Installation program starts to copy related files to
the destination directory and modifies
AUTOEXEC.BAT under user agreement.

15.Reboot the computer to let the driver take effect.

ODI Driver for Workgroups

1.Run Windows for workgroups and click Network
Setup icon in Network group.

2.In Network Settings dialog box, click
Networks... button to select the network operating

system.

3. In Networks dialog box, check the radio button
before Install Microsoft Windows Network and

Others:. Select Netware Shell, 3.X or 4.0 and
above, then press OK to go back the Network
Settings screen.

4.Click on Drivers... button to select network driver.

5.In Network Drivers dialog box, press Add
Adapter... button to enter Add Network Adapter
dialogbox. Select Unlisted or Updated Network
Adapter then press OK.

6.Windows will prompt a Install Driver dialog box.
In this time, put the driver diskette into floppy
drive then press OK.

7.Select the Netware ODI Driver ... string then
press OK.

- 37 -

8.Follow Windows’ instructions to complete the
installation and exit Windows.

9.Run INSTALL.EXE from root directory of driver
diskette.

10.Select Windows for Workgroup in Network
Operating System screen.

11.If current settings are accepted, select Start

Installation and go to step 13. Otherwise, select
Modify Parameters to make settings changed.

12.Move cursor to the setting you want to make a
change for then press Enter to select a fit value.
When the configuration is set completely, press
Enter on the OK field to exit the screen.

13.Select Novell Netware Server as the network
server that you will connect to then press Enter
key.

14.Installation program starts to copy related files to
the destination directory and modifies
AUTOEXEC.BAT and NET.CFG under user
agreement.

15.Reboot the computer to let the driver take effect.

- 38 -

7. APPENDIX B:

UNINSTALLATION THE
DIRECTPORT FROM WIN 95/98

When you face the installation problems of
DirectPort PC Card, you need to uninstall the Card
and install it once again. This uninstallation guide is
for uninstallation procedure for Win98/95.

1. Remove the Multi-function adapters properties

from the Device Manager folder of System in
Control Panel program group.

Supposedly the Intelligent xxxxx (Mo

dem)

Card in Modem properties and the Intelligent

xxxxx (10/100 Fast Ethernet) Card in Network
adapters

properties will be removed automatically. If not,
remove them manually.

- 39 -

2. Click Start button in Windows 95/98 main

screen

then select Run….

3. Insert the Driver Disk, then enter A:\delinf.exe

then click on OK.

4. Re-start Windows 95/98. Now your DirectPort

PC Card is completely uninstalled.

- 40 -

- 41 -

8. APPENDIX C: AT COMMAND
QUICK REFERENCE

8.1 Modem AT Commands

Basic AT Command Set

Command Options Function & Description

A/ Re-execute the last command

string

<any

key>

Terminate the current

connection attempt when

entered in handshaking state

All the following commands require an “AT”

prefix

A Go off-hook and attempt to

establish a connection

without waiting for a ring

Bn Line modulation options

B0 Select V.22 mode for 1200

bps connection

B1 * Select Bell 212A for 1200

- 42 -

bps connection

B2 Select V.23 1200 bps for

receiving, 75 bps for

transmitting in originate

mode; 75 bps

for receiving and 1200 bps for

transmitting in answer mode

B3 Select V.23 75 bps for

receiving, 1200 bps for

transmitting in originate

mode; 1200 bps for receiving

and 75 bps for transmitting in

answer mode

B15 Select V.21 for 300 bps

connection

B16 Select Bell 103 for 300 bps

connection

Dn Dial command, beginning the

dialing sequence. The string

“n” (telephone number and

modifiers) listed as follows

is entered after the “D”

- 43 -

command

L Re-dial last number. Should

be the first character

following ATD, ignored

otherwise

P Pulse dial.

R Reverse dial. Originate call

in answer mode (go on-line

in answer mode)

S=n Dial the phone number stored

in NVRAM at location “n”

(n=0, 1, 2, 3)

T DTMF tone dial.

W Wait for second dial tone.

The modem waits for the

second dial tone before

processing the dial string

, Pause. Cause the modem to

pause for a time before

processing the next character

in the dial string (specified

by S8 register)

- 44 -

! Hook Flash (for call

transfer). Cause the modem

to go on-hook for 0.5 second

then return to off-hook

@ Wait for 5 seconds of

silence after dialing number

; Return to command state

after dialing a number

without disconnecting the

call

En AT command echo options

E0 Echo disabled

E1 * Echo enabled

Hn Switch-hook control

H0 * Modem goes on-hook

H1 Modem goes off-hook

Mn Speaker control

M0 Speaker always off

M1 * Speaker on until carrier

present

M2 Speaker always on

M3 Speaker off during dialing

- 45 -

and on until carrier present

Nn Select negotiate handshake

N0 When originating or

answering, handshake only at

the communication rate

specified by S37 register

and “ATBn” and no fallback

N1 *

When originating or answering,

start handshaking only at the

communication standard

specified by S37 register and

“ATBn” During handshake,

fallback to a lower speed may

occur.

On Go on-line

O0 Return modem to a previously

established state (return to

data mode).

O1

Begin a retrain sequence, then

return to on-line state.

O3 Issue a rate re-negotiation,

then return to on-line state.

- 46 -

P

Enable pulse dialing (Disabled

in CTR 21 approved models)

Qn Result code display options

Q0 * Result code enabled

Q1 Result code disabled

T Enable tone dialing

Vn Result code form

V0

Display result code in numeric

form (see

also the result code options

table)

V1 *

Display result code in verbose

(text) form

Wn Select extended result code

options

W0*

CONNECT result code reports DTE

speed. Disable protocol result

codes.

(see also the “Result Code

Options Table”)

W1

CONNECT result code reports DTE

speed. Enable protocol result

- 47 -

codes.

W2

CONNECT result code reports DCE

speed. Enable protocol result

codes.

Xn Select result codes/call

progress options

X0

Display CONNECT or “1” for all

speeds.

Ignore dial tone and busy tone

detection.

X1

Display connect message and the

modem’s data rate, and an

indication of the modem’s err

or

correction and data

compression.

Ignore dial tone and busy tone

detection.

X2

Display connect message and the

modem’s data rate, and an

indication of the modem’s error

correction and data

compression.

- 48 -

Check dial tone before

proceeding dialing,

ignore busy tone detection.

X3

Display connect message and the

modem’s data rate, and an

indication of the modem’s error

correction and data

compression.

Ignore dial tone before

proceeding dialing,

check busy tone after making

dialing.

X4 * Display connect

message and the

modem’s data rate, and an

indication of the modem’s error

correction and data

compression.

Check dial tone and busy tone.

X5 Same as X4.

X6 Same as X4.

X7

Display CONNECT or “1” for all

speeds.

- 49 -

Check dial tone and busy tone.

Zn Recall stored profile

Z0 Reset and recall user profile

0. Either Z0 or

Z1 restores the same single

profile.

* Manufacturer default

Extended “AT&” (Ampersand) Command Set

Command Options Function & Description

&Cn Data carrier detect option

&C0 State of carrier from remote

modem is ignored. DCD circuit

is always on

&C1 * DCD turns on when the remote

modem’s carrier signal is

detected, and off when the

carrier signal is not

detected.

&Dn Data Terminal Ready (DTR)

option.

&D0 DTR ignored

- 50 -

&D1 Go to command mode on on-to-

off DTR transition

&D2 * Hang up and go to command

mode on on-to-off DTR

transition. Auto-answer is

disabled if DTR is low

&D3 Hang up and reset from user

profile 0 on the on-to-off

DTR transition

&F Recall factory default

setting as active

configuration

&Gn V.22bis guard tone option

&G0 * No guard tone

&G1 550 Hz guard tone

&G2 1800 Hz guard tone

&Kn Set local flow control

&K0 Disable flow control

&K3 * Enable bi-directional

hardware flow control

(CTS/RTS)

&K4 Enable bi-directional

- 51 -

software flow control

(XON/XOFF)

&Pn Pulse dialing make/break

ratio selection

&P0 Make=39%, Break=61%,

international version

(Default)

Make=33%, Break=67% for use

in 20 pps, Japanese version

&P1 Make=33%, Break=67%,

international version

Make=33%, Break=67% for use

in 10 pps, Japanese version

(Default)

&Qn Async communications mode

options

&Q0 Async mode, buffered (same as

“AT\N0”)

&Q5 * Error control mode, buffered

(same as “AT\N3”)

&Q8 MNP error control mode. If an

MNP error control protocol is

- 52 -

not established, the modem

will fallback according to

the current setting in S36

register.

&Q9 V.42 or MNP error control

mode. If neither error

control protocol is

established, the modem will

fallback according to the

current setting in S36

register.

&Sn Data Set Ready (DSR) option

&S0 * DSR always on

&S1 DSR on during handshake and

on-line, off in test mode or

idle mode

&Tn Self-test commands

&T0 Terminate any test in

progress

&T1 Local analog loopback test

&T3 Local digital loopback (LDL)

test

- 53 -

&T6 Remote digital loopback test,

in normal mode

&V View active file and stored

phone numbers

&W Store active configuration

into the modem’s NVRAM

&Zn=x Store telephone number

n=0 to 3

x=<string> see also the

dial modifier

in ”ATDn” command

The max. number of digits per

string is 40.

* Manufacturer default

Extended “AT\” (Back Slash) Command Set

Command Options Function & Description

\Jn Constant DTE speed option

\J0 * DCE and DTE rates are

- 54 -

independent

\J1 Force the DTE interface

speed to the DCE connection

rate (line speed) after on-

line

\Nn Error control mode options

\N0 Buffered mode, no error

control (flow control is

allowed).

\N1 Direct mode, no error

control (no flow control is

allowed).

\N2 MNP reliable mode. If MNP 2-

4 error control

establishment fails, the

modem disconnects.

\N3 * V.42, MNP or buffer mode.

The modem attempts to

connect in V.42 mode. If

this fails, the modem

attempts to connect in MNP

mode. If this fails, the

- 55 -

modem connects in buffer

mode.

\N4 V.42 or disconnect. The

modem attempts to connect in

V.42 mode. If this fails,

the call will be

disconnected.

\Qn Local flow control options

\Q0 Disable flow control (same

as “AT&K0”)

\Q1 XON/XOFF software flow

control (same as “AT&K4”)

\Q3 * RTS/CTS hardware flow

control (same as “AT&K3”)

\Tn Set inactive timer (for

buffer mode only)

n=0 * Disable inactive timer

n=1 -

255

Enable inactive timer.

Length in minutes

\Vn Protocol result codes

\V0 Disable protocol result code

appended to DCE speed

- 56 -

\V1 * Enable protocol result code

appended to DCE speed

* Manufacturer default

Extended “AT%” (Percent) Command Set

Command Options Function & Description

%B View numbers in blacklist. If

blacklisting is in effect,

this command displays the

numbers for which the last

call attempted in the past

two hours failed. The ERROR

result code appears in the

countries that do not require

blacklisting.

%Cn Data compression control

%C0 No data compression

- 57 -

%C1 * V.42bis/MNP 5 data

compression enabled.

* Manufacturer default

Extended “AT-” (Dash) Command Set

Command Options Function & Description

-Cn Data calling tone options

-C0 * Disable data calling tone

-C1 Enable data calling tone

(the freq. is 1,300 Hz with

a cadance of 0.5 sec. ON and

2 sec. OFF)

* Manufacturer default

8.2 Result Code Options

Result Code Options Table

ATV0 ATV1 X0 X1 X2 X3 X4 X7

0 OK

✓ ✓ ✓ ✓ ✓ ✓

1 CONNECT

✓ ✓ ✓ ✓ ✓ ✓

2 RING

✓ ✓ ✓ ✓ ✓ ✓

3 NO CARRIER

✓ ✓ ✓ ✓ ✓ ✓

4 ERROR

✓ ✓ ✓ ✓ ✓ ✓

5 CONNECT 1200 EC* @ @ @ @
6 NO DIAL TONE

✓

✓ ✓

7 BUSY

✓ ✓ ✓

8 NO ANSWER

✓ ✓ ✓ ✓ ✓ ✓

- 58 -

10 CONNECT 2400 EC * @ @ @ @
11 CONNECT 4800 EC * @ @ @ @
12 CONNECT 9600 EC * @ @ @ @
13 CONNECT 14400 EC * # # # #

14 CONNECT 19200 EC * @ @ @ @

18 CONNECT 57600 EC * % % % %

24 CONNECT 7200 EC * # # # #
25 CONNECT 12000 EC * # # # #

28 CONNECT 38400 EC * % % % %

40 CONNECT 300 EC * @ @ @ @
55 CONNECT 21600 EC * # # # #

56 CONNECT 24000 EC * # # # #

57 CONNECT 26400 EC * # # # #

58 CONNECT 28800 EC * # # # #

59 CONNECT 31200 EC * # # # #

60 CONNECT 33600 EC * # # # #

70 CONNECT 32000 EC * # # # #

71 CONNECT 34000 EC * # # # #

72 CONNECT 36000 EC * # # # #

73 CONNECT 38000 EC * # # # #

74 CONNECT 40000 EC * # # # #

75 CONNECT 42000 EC * # # # #

76 CONNECT 44000 EC * # # # #

77 CONNECT 46000 EC * # # # #

78 CONNECT 48000 EC * # # # #

79 CONNECT 50000 EC * # # # #

80 CONNECT 52000 EC * # # # #

81 CONNECT 54000 EC * # # # #

82 CONNECT 56000 EC * # # # #

86 CONNECT 16800 EC # # # #

- 59 -

*

87 CONNECT 115200 EC * % % % %

88 DELAYED **
89 BLACKLISTED **

90 BLACKLIS FULL **
100 CONNECT 28000 # # # #
101 CONNECT 29333 # # # #
102 CONNECT 30666 # # # #
103 CONNECT 33333 # # # #
104 CONNECT 34666 # # # #
105 CONNECT 37333 # # # #
106 CONNECT 38666 # # # #
107 CONNECT 41333 # # # #
108 CONNECT 42666 # # # #
109 CONNECT 45333 # # # #
110 CONNECT 46666 # # # #
111 CONNECT 49333 # # # #
112 CONNECT 50666 # # # #
113 CONNECT 53333 # # # #

114

CONNECT 54666 # # # #

@ DTE/DCE speed
# DCE speed (line speed)
% DTE speed
* EC only appears when the Extended Result Code
options are enabled
** For Blacklisting function enabled countries
only

Extended Result Code Options Table

ATV0 ATV1 W0 W1 W2 W2\V0

5 CONNECT 1200

✓

✓

5 CONNECT 1200 EC*

✓ ✓

10 CONNECT 2400

✓

✓

10 CONNECT 2400 EC *

✓ ✓

11 CONNECT 4800

✓

✓

11 CONNECT 4800 EC *

✓ ✓

12 CONNECT 9600

✓

✓

12 CONNECT 9600 EC *

✓ ✓

13 CONNECT 14400

✓

13 CONNECT 14400 EC *

✓

14 CONNECT 19200

✓

✓

14 CONNECT 19200 EC *

✓ ✓

- 60 -

18 CONNECT 57600

✓

18 CONNECT 57600 EC *

✓

24 CONNECT 7200

✓

24 CONNECT 7200 EC *

✓

25 CONNECT 12000

✓

25 CONNECT 12000 EC *

✓

28 CONNECT 38400

✓

✓

28 CONNECT 38400 EC *

✓ ✓

40 CONNECT 300

✓

✓

40 CONNECT 300 EC *

✓ ✓

55 CONNECT 21600

✓

55 CONNECT 21600 EC *

✓

56 CONNECT 24000

✓

56 CONNECT 24000 EC *

✓

57 CONNECT 26400

✓

57 CONNECT 26400 EC *

✓

58 CONNECT 28800

✓

58 CONNECT 28800 EC *

✓

59 CONNECT 31200

✓

59 CONNECT 31200 EC*

✓

60 CONNECT 33600

✓

60 CONNECT 33600 EC *

✓

70 CONNECT 32000

✓

70 CONNECT 32000 EC*

✓

71 CONNECT 34000

✓

71 CONNECT 34000 EC*

✓

72 CONNECT 36000

✓

72 CONNECT 36000 EC*

✓

73 CONNECT 38000

✓

73 CONNECT 38000 EC*

✓

74 CONNECT 40000

✓

74 CONNECT 40000 EC*

✓

75 CONNECT 42000

✓

75 CONNECT 42000 EC*

✓

76 CONNECT 44000

✓

76 CONNECT 44000 EC*

✓

77 CONNECT 46000

✓

77 CONNECT 46000 EC*

✓

- 61 -

78 CONNECT 48000

✓

78 CONNECT 48000 EC*

✓

79 CONNECT 50000

✓

79 CONNECT 50000 EC*

✓

80 CONNECT 52000

✓

80 CONNECT 52000 EC*

✓

81 CONNECT 54000

✓

81 CONNECT 54000 EC*

✓

82 CONNECT 56000

✓

82 CONNECT 56000 EC*

✓

86 CONNECT 16800

✓

86 CONNECT 16800 EC *

✓

87 CONNECT 115200

✓

87 CONNECT 115200 EC *

✓

* EC is replaced by one of the following symbols.

V.42bis V.42 error control and V.42bis data

compression

V.42 V.42 error control only

MNP5 MNP 4 error control and MNP 5 data

compression

MNP4 MNP 4 error control only

NoEC No error control and data control

protocols

- 62 -

9. APPENDIX D: S­REGISTERS QUICK
REFERENCE

S-Registers, TSn=x”

Register Dec. Function & Description Default

S0= 0 -

255

Set the num

ber of the rings

required before the modem

automatically answers

a call. Set 0=0” to

disable auto-answer mode

000

S1= 0 -

255

Count the incoming rings

and store the value to this

register. The value of this

register is incremented

with each ring. If no

rings

occur over an 8 sec.

interval, this register is

cleared. User can read but

should not change this

value

000

S2= 0 - S2 holds the decimal value 043

- 63 -

255

of the ASCII character used

as the escape character.

The default value (043)

corresponds to

an ASCII character “+”. A

value of 128

to 255 disables the escape

process, i.e.,

no escape character will be

recognized

S3= 0 -

127

Hold the decimal value of

the Carriage Return <CR>

character used as the

command line and result code

terminator. Pertain to

asynchronous operation only

013

S4= 0 -

127

Hold the decimal value of

the character recognized

as a line feed. The line

feed control character is

output after the carriage

return control character

010

- 64 -

if verbose result code are

used.

S5= 0 -

32,

127

Hold the decimal value of

the character recognized

as a backspace. The modem

will not recognize the

backspace character if

this register is set to a

value greater than 32

008

S6= Set the length of time, in

seconds, that the modem

must wait (minimum 2

seconds even if the value

is less than 2) after

going off-hook before

dialing the first digit of

the telephone number

2 -

65

For international version 002

4 -

65

For Japanese version 004

S7= Set the time, in seconds,

- 65 -

that the modem must wait

before hanging up because

carrier is not detected

1 -

255

For international version 050

35 -

59

For Japanese version 050

S8= 0 -

65

Set the time, in seconds,

that the modem must pause

when the “,” dial modifier

is encountered in the dial

string

002

S10= 1 -

255

Set the length of time, in

tenths of a second, that

the modem waits before

hanging up after a loss of

carrier

020

S11= 50 -

150

DTMF duration and inter

digit delay. Set the

duration and spacing, in

mini-seconds, in DTMF

touch tine dialing

095

- 66 -

S12= 0 -

255

Define the maximum period,

in 2-hundredths of a

second, allowed between

consecutive asynchronous

escape character “+”

(plus) for the escape

sequence to be considered

valid

050

S28= 0 -

255

V.34 modulation en-

/disabler

0: disabled

1- 255: enabled

001

S30= 0 -

90

Inactivity timer. Set the

length of time, in minutes,

that the modem counts when

there is no data flow in or

out the DTE serial port. A

connection is disengaged

when the counter reaches the

preset value. Set S30 =0 to

disable the inactivity

timer.

For buffer mode only.

000

- 67 -

S36= Negotiation fallback

options

007

0, 2 Hang up

1, 3 Fall back to an async

connection

4, 6 Attempt MNP mode. If MNP

fails, hang up.

5, 7 Attempt MNP mode. If MNP

fails, fallback to async

connection.

S37= Desired DCE speed (line

speed)

000

0 Maximum modem speed

2 Attempt 1200/75 bps

connection

3 Attempt to a 300 bps

connection

5 Attempt to a 1200 bps

connection

6 Attempt to a 2400 bps

connection

7 Attempt to a 4800 bps

- 68 -

connection

8 Attempt to a 7200 bps

connection

9 Attempt to a 9600 bps

connection

10 Attempt to a 12000 bps

connection

11 Attempt to a 14400 bps

connection

12 Attempt to a 16800 bps

connection

13 Attempt to a 19200 bps

connection

14 Attempt to a 21600 bps

connection

15 Attempt to a 24000 bps

connection

16 Attempt to a 26400 bps

connection

17 Attempt to a 28800 bps

connection

18 Attempt to a 31200 bps

- 69 -

connection

19 Attempt to a 33600 bps

connection

S38= 56K Dial Line Rate

Options. Set the max. 56K

downstream speed that the

modem attempts to connect

(Selection for K56flex

mode)

001

0 56K disabled

1 56K enabled, auto-speed

selection, max. modem

speed

2 32000 bps

3 34000 bps

4 36000 bps

5 38000 bps

6 40000 bps

7 42000 bps

8 44000 bps

9 46000 bps

10 48000 bps

- 70 -

11 50000 bps

12 52000 bps

13 54000 bps

14 56000 bps

S38= 56K Dial Line Rate

Options. Set the max. 56K

downstream speed that the

modem attempts to

connect.(Selection for

V.90 mode)

001

0 V.90 Disabled

1 V.90 auto-speed selection

max. modem speed

2 28800 bps

3 29333 bps

4 30666 bps

5 32000 bps

6 33333 bps

7 34666 bps

8 36000 bps

9 37333 bps

10 38666 bps

- 71 -

11 40000 bps

12 41333 bps

13 42666 bps

14 44000 bps

15 45333 bps

16 46666 bps

17 48000 bps

18 49333 bps

19 50666 bps

20 52000 bps

21 53333 bps

22 54666 bps

23 56000 bps

S48= 7,

128

LAPM error control and

feature negotiation.

S48=7 Negotiation

enabled

S48=128 Negotiation

disabled. Force

immediate

fallback options

- 72 -

specified in S36

S36=0 or 2, and S48=7

LAPM or hang up

S36=0 or 2 and S48= 128

Don use

S36=1 or 3, and S48=7

LAPM or async

S36=1 or 3, and S48=128

Async

S36=4 or 6, and S48=7

LAPM, MNP or hang up

S36=4 or 6, and S48=128

MNP or hang up

S36=5 or 7, and S48=7

LAPM, MNP or async

S36=5 or 7, and S48=128

MNP or hang up

S89= 0,

5 -

60

Sleep mode control timer.

Specify the number of

seconds of inactivity (no

character sent from DTE,

030

- 73 -

no RING) in the off-line

command state before the

modem places itself into

standby mode. A value of

“0” prevents standby mode.

If a number between 1 and

4 is entered for this

register, it will set the

value to 5

S91= 6 -

15

Transmitting power level

adjustment (Japanese

version only)

Range: -6 dBm to -15 dBm

Default: -15 dBm

014