Kontron DIMM-PC/MD Product Manual

DIMM-PC/MD

Product Manual

Document Revision 1.0

DIMM-PC/MD Product Manual Content

Kontron® Embedded Modules GmbH i Revision 1.0

CONTENTS

1. USER INFORMATION...................................................................................................1

1.1 ............................................................................................. ABOUT THIS MANUAL 1

1.2 .......................................................................................................... TRADEMARKS 1

1.3 ................................................................................................................. GENERAL 1

1.4 ..............................................................................................................WARRANTY 2

1.5 ...............................................................................................TECHNICAL SUPPORT 3

2. INTRODUCTION ............................................................................................................4

2.1 ..............................................................................KONTRON DIMM-PC-CONCEPT 4

3. FEATURES OF THE DIMM-PC/MODEM..................................................................6

4. BLOCK DIAGRAMM DIMM-PC/MODEM ................................................................7

5. MECHANICAL SPECIFICATION ...............................................................................8

5.1 ....................................................................................ELECTRICAL SPECIFICATION 11

5.2 ................................................................................PERFORMANCE SPECIFICATION 12

5.3 .......................................................................... ENVIRONMENTAL SPECIFICATIONS 13

6. HARDWARE-INSTALLATION ..................................................................................14

6.1 ...................................................................................................LINE-CONNECTION 14

6.2 ................DEFINITION OF THE HARDWARE-INTERRUPTS AND OF THE I/O-ADDRESS 15

7. SOFTWARE SPECIFICATION...................................................................................16

7.1 ........................................................................................................DIMM-PC/MD 16

7.2 ....................................................................AT COMMANDS REFERENCE MANUAL 17

8. TROUBLESHOOTING.................................................................................................25

9. REVISION HISTORY...................................................................................................25

DIMM-PC/MD Product Manual User Information

Kontron® Embedded Modules GmbH 1 Revision 1.0

1. USER INFORMATION

1.1 About This Manual

Copyright 2002. Kontron Embedded Modules GmbH.
In this document Kontron Embedded Modules GmbH will also be referred to by the short

form "Kontron".

The information in this document has been carefully reviewed and is believed to be
accurate and reliable. However, no responsibility is taken for inaccuracies. Furthermore,
Kontron reserves the right to make changes to any part of this manual to improve
reliability, function or design. Kontron does not assume liability for any product or circuit
described.

1.2 Trademarks

AT and IBM are trademarks of International Business Machines
XT, AT, PS/2 and Personal System/2 are trademarks of International Business Machines

Corporation.
Microsoft is a registered trademark of Microsoft Corporation.
Intel is a registered trademark of Intel Corporation.
All other products and trademarks mentioned in this manual are trademarks of their

respective owners.

The reproduction, transmission or use of this document or its contents is not permitted
without expressed written authority.

Violators will be liable for damages. All rights created by patent grant or registration of a
utility model or design, are reserved.

Kontron 1996Standards

1.3 General

For the circuits, descriptions and tables indicated no responsibility is taken as far as
patents or other rights of third parties are concerned.

The information in the technical descriptions describes the type of the boards and shall
not be considered as assured characteristics.

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The reproduction, transmission or use of this document or its contents is not permitted
without expressed written authority. Violators will be liable for damages. All rights,
including rights created by patent grant or registration of a utility model or design, are
reserved.

1.4 Warranty

Each board is carefully and thoroughly tested before being shipped. If, however,
problems should occur during the operation, please check your user specific settings of
all boards included in your system. That is often the source of the error. If a board is
defect, it can be sent to your supplier for repair. Please take care of the following steps:

1. The board returned should correspond to the factory default settings since a test is

only possible under these settings.

2. Upon receipt of the board, please be aware that your user specific settings were

changed during the test.

Within the guarantee, the repair is free as long as the guarantee conditions were held. If
no error has been found, you will be charged with the test costs due to the high test
expenditure. Repairs outside of duration of the guarantee will be charged.

This Kontron product is warranted against defects in material and workmanship for our
guaranteed warranty period from the date of shipment. During the warranty period,
Kontron will, at its option, either repair or replace products which prove to be defect.

For warranty service or repair, the product must be returned to a service facility
designated by Kontron.

The foregoing warranty shall not apply to defects resulting from improper or inadequate
maintenance or handling by buyer, unauthorized modification or misuse, operation
outside of the environmental specifications for the product, or improper installation or
maintenance.

Kontron will not be responsible for any defects or damages due to a faulty Kontron
product other than the products supplied by Kontron

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1.5 Technical Support

Technicians and engineers from Kontron and/or its subsidiaries are available for
technical support. We are committed to making our product easy to use and will help you
use our products in your systems.

Before contacting Kontron technical support, please consult our Web site for the latest
product documentation, utilities, and drivers. If the information does not help to solve the
problem, contact us by email or telephone. The table below lists Kontron technical
support contacts and service facilities.

Asia Europe North/South America

Kontron® Embedded Modules Asia Ltd.

Kontron Embedded Modules

GmbH

Kontron

5F-1, 341, Sec 4
Chung Hsiao E. Road
Taipei, Taiwan

Brunnwiesenstr. 16
94469 Deggendorf
Germany

3988 Trust Way
Hayward, CA 94545

USA
Tel: [phone] Tel: [phone] Tel: [phone]
Fax: [phone] Fax: [phone] Fax: [phone]

[e-mail] [e-mail]

DIMM-PC/MD Product Manual Introduction

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2. INTRODUCTION

2.1 Kontron DIMM-PC-Concept

It is likely that anyone who deals with micro-controller-development, has already thought
of the application of PC-architecture and considered the PC as the engine for an
application. However, most design engineers will get back to the old 87C51 or a similarly
more or less efficient micro-controller. The reasons why the Embedded PC was not yet
able to push away the micro-controllers from the printed boards, are many.

Embedded PCs are mechanically larger than a solution with a micro-controller.
The hardware of an Embedded PC is much more expensive than the micro-controller

solution.
The power consumption of an Embedded PC is usually higher than the one of a micro-

controller circuit.
A lot of times PCs have to be used with ribbon cables which are a possible cause of error.
Micro-controllers are available with a large number of peripheral functions, the PC,

however only has a standard periphery.

On the other hand there are some serious disadvantages of micro-controller solutions.
The software-development is much more complicated and expensive than under a

standard operating system.
Connection to standard-interfaces such as LANs and modems requires complicated driver

software.
Graphical user interfaces can be realized only by large programming efforts.
The development tools are by far not as powerful as PC-programming systems.
Micro-controllers do by far not have as many different PC-SW development tools

available.
This is why the purchase price is usually considerably higher for micro-controller

development tools.
Ready-made software solutions for standard tasks are only available in a very limited

extent.

The specified reasons are only a few of the more common ones, which are important in
deciding whether to implement a micro-controller or to change to PC-architecture.

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It is a matter of fact, that these points are not always estimated objectively. Who knows
for sure at the beginning of a project how much programming efforts will have to be
made for realizing the application? In most cases, this can only be rated afterwards which
means, too late. Also the problematic nature/software care within the course of the
product life-span is often ignored.

If the Embedded PC is to be implemented in today's micro-controller applications, the
advantages of the PC-architecture have to prevail, compared to a micro-controller
solution.

With the DIMM-PC, JUMPtec has aimed at the micro-controller market and has
presented a completely new concept for the Embedded PC-solution.

The DIMM-PC solves the problems of size and cabling. The prices have been drastically
reduced thanks to new technical designs, making the solution of using a DIMM-PC
possible for many applications. The driving of peripheral functions was also made easier
by the expansion towards the ISA-bus-standard.

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3. FEATURES OF THE DIMM-PC/MODEM

The DIMM-PC/Modem incorporates following features:

• ?Low power CMOS technology.

• ?5V only power supply.

• Signal pinning according DIMM-PC specification

• Different selectable I/O-Addresses and IRQs

• ?Board size : Modem-module 68 x 40 mm (2,68" x 1,57")

DAA-module 30 x 50 mm (1,18” x 1,97”)

• support for:

V.21, V.22(1200bps), V.22bis(2400bps),V.23, Bell 103, Bell 212, V.32, V.32bis,
V.34, V.34+, K56flex, V.90, V.92, V.17, V.29, V.27ter and V.21 channel 2

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4. BLOCK DIAGRAMM DIMM-PC/MODEM

The modem may be connected directly to the ISA BUS signals of the DIMM-PC.

DAA Module

DIMM-PC/

MODEM

DIMM-PC

DIMM-PC BUS

(ISA-BUS)

I/O

PSTN

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5. MECHANICAL SPECIFICATION

Pinout of DIMM-PC/Modem

Pin number

Signal

Pin number

Signal1SA02GND3OSC4BATT5SA16VCC7SA28RI4#9MASTER#

10

DCD4#11SA312DTR4#13BALE14DSR4#15SD1516RTS4#17SA418CTS4#19TC20TXD4 / DO

21

SD1422RXD4 / DI

23

SA524RI3#25DACK#2

26

DCD3#27SD1328DTR3#29SA630DSR3#31IRQ332RTS3#33DRQ734CTS3#35DACk#7

36

TXD337IRQ438RXD339SA74041

SD124243

IRQ544TXD+45SA846TXD-47SD1148RXD+49IRQ650RXD-51SA952LNLED53SD1054LKLED55IRQ756GND57SA1058MD1459SD960MD13

KEY

KEY61SYSCLK

62

MD1263SA116465

SD86667

REF#68BLUE69SA1270GREEN71I2DAT72RED73SA1374VCC75I2CLK76VSYNC77SA1478GND79DRQ080HSYNC81SA1582FPBACK

83

DACK#0

84

MODUL

85

IRQ1486SA1687IOR#88GND89SA1790FPVDD91IRQ1592BLANK#

93

IOW#94P1795SA1896P1697IRQ1298P1599SMEMr#

100

P14

101

SA19

102

P13

103

IRQ11

104

P12

105

SMEMW#

106

P11

107

AEN

108

P10

109

IRQ10

110P9111

IOCHRDY

112P8113

SBHE#

114P3115

SD0

116P2117

IOCS16#

118

GND

119

ZWS#

120P1121

SD1

122P0123

MEMCS16#

124P7125

SD2

126P6127

SD3

128P5129

DRQ2

130P4131

SD4

132

VPANEL

133

SD5

134

FPVEE

135

IRQ9

136

VDCLK

137

SD6

138

LLCLK

139

SD7

140

VCC

141

RSTDRV#

142

LFS

Pinout of the western socket on the Modem-Module

57551 3 5

top side

14314113965636159

KEY

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pin description
1 not connected
2 a2
3 La (TIP)
4 Lb (RING)
5 b2
6 not connected

La and Lb are from PSTN. a2 and b2 are feedback for serial connected telephones. In
Germany, Austria, Switzerland, France etc. the telephone can be connected in serial. In
the USA, UK etc. the telephone will be connected in parallel (a2 and b2 will not be used
in this case).

Please check the max. REN-number for parallel connection.
Telephone line cables are not harmonized like ISDN-cables. They are country-depending.

Please use the correct cable.

Western

Socket

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R2.5mm

R0.75mm

R2mm

40mm

1mm

2.5mm

18mm

2mm

4mm

27.5mm

28.25mm

side view

front view

67.6mm

gold platedgold plated

free area on PCB for further
fixing possibility on applikation

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Mechanical Specification of the Modem-DAA-Modul

top view

side view

5.1 Electrical Specification

Supply voltage: 5V DC +/- 5%
Supply voltage ripple: 150mV peak to peak 0 - 20 MHz
Supply current, max: Standby 150 mA

On Line Mode 180 mA

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5.2 Performance Specification

ITU Recommendations:
V.21, V.22(1200bps), V.22bis(2400bps),V.23, Bell 103, Bell 212, V.32

V.32bis, V.34, V.34+, K56flex, V.90, V.92
V.17, V.29, V.27ter and V.21 channel 2

Error correction and
data compression: MNP 2-4,V.42 LAPM, MNP10, MNP 10EC

Fax Group 3, Class1, Class1.0.Class2 :

Serial Interface: 300...230.400bps, Autobauding
Data format 10 / 11 bit asynchronous
Command Control Hayes (AT) commands .
Auto dial DTMF (Touchtone ), Pulsedial
Auto answer

a/b-Interface external Line-Interface (DAA)

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5.3 Environmental Specifications

Temperature

operating 0°C - 60 °C see note (*1)
non-operating -40 °C - 85 °C

Thermal gradient

operating 25 °C per hour
non-operating 40 °C per hour

Relative Humidity

operating 10 % - 90 % RH non-condensing
non-operating 5 % - 95 % RH non-condensing

Mechanical

Shock 50G/20ms square wave maximum
Vibration 1G/0-600Hz, dwell not to exceed

Altitude

operating 0 - 3000 m
non-operating 0 - 5000 m

(*1) The maximum operating temperature is the maximum measurable temperature on
any spot on the modules surface. It is the users responsibility to keep this temperature
within the above specification.

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6. HARDWARE-INSTALLATION

ATTENTION:
Please FIRST disconnect your DIMM-PC System from any power supply!

The Modem Cards are delivered with settings adjusted to the IRQ5 and to I/O address
3E8h. If those configuration positions are already attributed to other cards, then the

hardware settings for the DIMM-PC/Modem will have to be changed.

6.1 Line-Connection

Please connect the DIMM-PC/Modem with a telephone cable (country depending)to the
PABX or PSTN line

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6.2 Definition of the Hardware-Interrupts and of the I/O-Address

The definition of the Hardware-Interrupts and the I/O addresses is performed by means of
the DIP-switches located in the middle of the card ( see the picture below).

The relevant switch positions for the possible I/O Addresses and Hardware-Interrupts are
described in detail in the following table.

S1 S2 S3 S4 Address S1 S2 S3 S4 S2 S5 S6 S7 S8 Interrupt

OFF OFF OFF OFF 2E0

ON

OFF OFF OFF OFF OFF OFF OFF OFF IRQ 3

ON

OFF OFF OFF 2E8 OFF

ON

OFF OFF OFF OFF OFF OFF OFF IRQ 4

OFF

ON

OFF OFF 2F0 OFF OFF

ON

OFF OFF OFF OFF OFF OFF IRQ 7

ON ON

OFF OFF 2F8 OFF OFF OFF

ON

OFF OFF OFF OFF OFF IRQ 9

OFF OFF

ON

OFF 3E0 OFF OFF OFF OFF

ON

OFF OFF OFF OFF IRQ 10

ON

OFF

ON

OFF

3E8 (default)

OFF OFF OFF OFF OFF

ON

OFF OFF OFF IRQ 11

OFF

ON ON

OFF 3F0 OFF OFF OFF OFF OFF OFF

ON

OFF OFF IRQ 12

ON ON ON

OFF 3F8 OFF OFF OFF OFF OFF OFF OFF

ON

OFF IRQ 15

X X X

ON IRQ 5 (default)

OFF OFF OFF OFF OFF OFF OFF OFF OFF IRQ 5

NOTE:

The IRQ and I/O Address of the card should not be used by any other computer
peripheral equipment. If necessary, you should define your own address and IRQ.

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7. SOFTWARE SPECIFICATION

7.1 DIMM-PC/MD

For controlling the modem select a suitable COM Port address and IRQ.
The Modem appears at the ISA Bus (DIMM-IO Bus) as device with UART 16550

compliant register set according the specified settings.

The modem will be controlled by AT (Hayes) commands. The baud rate is selectable
from 300...230.400 baud asynchronous. 10 and 11 bit transmission is supported
(including START and STOP bit).

For modem control just use a standard terminal program (TELIX, Procom etc.).
For instance, hyper terminal or similar can be used for Windows based PCs.

The baud rate will automatically set by typing „AT CRLF“. Then the modem will answer
„OK“

The AT command reference is based on the original CONEXANT documentation. The
complete document can be downloaded from our webpage, section “Embedded Internet”.

Since the modem acts as standard serial device, no specific software and operating
system drivers are required. Usually, the modem is directly supported by the operating
system (as “modem with standard hayes command set”).

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7.2 AT Commands Reference Manual

NOTE:
Take the section below as short reference to the content of the complete conexant

modem chip manual (which can be downloaded from our web page). Some functions
require additional hardware e.g. speaker control. Some commands for voice and
speakerphone control requires code which is not part of the DIMM-PC/Modem.
These commands are not supported.

Contents of the conexant manual

Figures
1 lntroduction 1-1

1.1 Overview 1-1

1.1.1 Command Syntax 1-1

1.1.2 Command Descriptions 1-1

1.1.3 CaII Progressand Blacklisting Parameters 1-1

1.1.4 ConfigurACE II for Windows Utility Program 1-2

1.2 Reference Documentation 1-2

2 Syntax and Procedures

2.1 Alphabet 2-1

2.2 DTE Commands Lines 2-1

2.2.1 Command Line General Format 2-1

2.2.2 Command Line Editing 2-2

2.2.3 Command Line Echo 2-2

2.2.4 Repeating a Command Line 2-2

2.2.5 Types of DTE Commands 2-2

2.3 Basic Syntax Commands 2-2

2.3.1 Basic Syntax Command Format 2-2

2.3.2 S-Parameters 2-3

2.4 Extended Syntax Commands 2-4

2.4.1 Command Naming Rules 2-4

2.4.2 Values 2-4
Numeric Constants 2-4
String Constants 2-5
Compound Values 2-5

2.4.3 Action Commands 2-5
Action Execution Command Syntax 2-5
Action Test Command Syntax 2-6

2.4.4 Parameter Commands 2-6

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Parameter Types 2-6
Parameter Set Command Syntax 2-7
Parameter Read Command Syntax 2-7
Parameter Test Command Syntax2-7

2.4.5 Additional Syntax Rules 2-7
Concatenating Commands after Extended Syntax Commands 2-7
Concatenating Commands after Basic Format Commands 2-8

2.5 Issuing Commands

2.6 Executing Commands

2.6.1 Aborting Commands 2-8

2.6.2 Handling of lnvalid Numbers and S-Parameter Values 2-9

2.7 Modem Responses

2.7.1 Responses 2-9

2.7.2 Extended Syntax Result Codes 2-10

2.7.3 Information Text Formats for Test Commands 2-11
Range of Values 2-11
Compound Range of Values 2-11

3 Data Command Set 3-1

3.1 Command Guidelines 3-1

3.1.1 Escape Code Sequence 3-1

3.2 Data Commands 3-1

3.2.1 Generic Modem Control 3-2
Z - Soft Reset and Restore Profile 3-2
+FCLASS - Select Active Service Class 3-2
+VCID - Caller ID (CID) 3-3
+VRJD - Report Retrieved Caller ID (CID) 3-4
\N - Operating Mode 3-5
I - Identification 3-6
+GMI - Request Manufacturer ldentification 3-7
+GMI9 - Request Conexant ldentification 3-7
+GMM - Request Model ldentification 3-8
+GMR - Request Revision ldentification 3-8
+GCAP - Request Complete Capabilities List 3-8
+GCI - Country of Installation 3-9
&F - Restore Factory Configuration (Profile) 3-10
&T - Local Analog Loopback Test 3-10
&Y - Designate a Default Reset Profile 3-11
&W - Store Current Configuration 3-11
&Zn=x - Store Telephone Number 3-12
%7 - Plug and PIay Serial Number 3-12
%8 - PIug and PIay Vendor ID and Product Number 3-13
** - Load Flash Memory 3-14

3.2.2 DTE-Modem Interface commands 3-16
E - Command Echo 3-16
0 - Ouiet Results Codes Control 3-16

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V - Result Code Form 3-17
W - Connect Message Control 3-17
X - Extended Result Codes 3-18
&C - RLSD (DCD) Option 3-23
&D - DTR Option 3-23
&K - Flow Control 3-24

&M - Asynchronous!Synchronous Mode Selection 3-25
&Q - Sync/Async Mode 3-26
&R - RTS/CTS Option 3-27
&S - DSR Override 3-27
&X - Select Synchronous Clock Source 3-28
+IPR - Fixed DIE Rate 3-29
+IFC - DTE-Modem Local FIow Controi 3-30
+ILRR - DTE-Modem Local Rate Reporting 3-31

3.2.3 CaII Control 3-32
D - DiaI 3-32
T - Set Tone DiaI Default 3-35
P - Set Pulse DiaI Default 3-35
A - Answer 3-35
H - Disconnect (Hang-Up) 3-36
O - Return to On-Line Data Mode 3-37
L - Speaker Volume 3-38
M - Speaker Control 3-38
&G - Select Guard Ione 3-39
&P - Select Pulse DiaI Make/Break Ratio 3-39
&V - Display Current Configuration and Stored Profiles 3-40
&V1 - Display Last Connection Statistics 3-41
\V - Single Line Connect Message Enabie 3-42
%L - Report Line Signal Level 3-43
%Q - Report Line Signal Quality 3-43
*B - Display Blacklisted Numbers 3-43
*D - Display Delayed Numbers 3-44

-PPD= - Extension Pickup Notitication through 16550 UARI 3-44

-STE= - Set Telephony Extension 3-45

3.2.4 Modulation Control Commands 3-51
+MS - Modulation Selection 3-51
+MR - Modulation Reporting Control 3-53
%E - Enable/Disable Line Quality 3-55
%U - Select u-Law or A-Law Codec Type 3-56
B - CCITT or Bell 3-56

3.2.5 Error Control Commands 3-57
+ES - Error Controi and Synchronous Mode Selection 3-57
+EB - Break Ha ndiing in Error Control Operation 3-59
+ESR - Selective Repeat 3-59

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+EFCS - 32-bit Frame Check Sequence 3-60
+ER - Error Controi Reporting 3-61
+ETBM - CaII Termination Buffer Management 3-63
\B - Transmit Break to Remote 3-64
\K - Break Control 3-65

-K - MNP Extended Services 3-66

3.2.6 Data Compression Commands 3-67
+DS - Data Compression 3-67
+DS44 - V.44 Compression Select 3-68
+DR - Data Compression Reporting 3-69
%C - Enable/Disable Data Compression 3-71

3.2.7 V.8/V.8bis Commands 3-72
+A8E - V.8 and V.8bis Operation Controls 3-72
+A8I: - CI Signal lndication 3-73

3.2.8 Synchronous Access Mode Commands 3-74
+ESA - Configure Synchronous Access Submode 3-74
+H - Enable/Disable RPI 3-76
+ITF - Transmit Flow Control Thresholds 3-77

3.2.9 Diagnostic Commands 3-78
#DU - Last CaIl Status Report 3-78

3.2.10 Compatibility Commands 3-86
&L - Leased Line Operation 3-86
)M - Enable Cellular Power Level Adjustment 3-86
@M - lnitial CelIular Power Level Setting 3-87
:E - Compromise Equalizer Enable Command 3-87

3.2.11 FastConnect Commands 3-88
$F - FastConnect Control 3-88

3.2.12 V.92 +P and -Q Commands 3-89
+PCW - CaIl Waiting Enable 3-89
+PMH - Modem-on-Hold Enable 3-90
+PMHT - Modem-on-Hold Timer 3-91
+PMHR - lnitiate Modem-on-HoId 3-92
+PIG - PCM Upstream lgnore 3-93
+PMHF - V.92 Modem-on-HoId Hook Flash 3-93
+PQC - V.92 Phase 1 and Phase 2 Control 3-94
+PSS - Use Short Sequence 3-95

-QCPC - Force Full Startup Procedure Next Connection 3-96

-QCPS - Enable Quick Connect Profile Save 3-96

3.3 S-Parameters 3-97
S - Read/Write S-Parameter 3-97

3.3.1 FACTORY DEFAULTS 3-97

3.3.2 S-PARAMETER DEFINITIONS 3-99
S0 - Number of Rings to Auto-Answer 3-99
S1 - Ring Counter 3-99
S2 - Escape Character 3-99
S3 - Carriage Return Character 3-99
S4 - Line Feed Character 3-99

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S5 - Backspace Character 3-100
S6 - Wait Time before Blind Dialing or for Dial Tone 3-100
S7 – Wait Time for Carrier, Silence, or Dial Tone 3-100
S8 - Pause Time For Dial Delay 3-101
S9 - Carrier Detect Response Time 3-101
S10 - Lost CarrierTo Hang Up Delay 3-101

S11 - DTMF Tone Duration 3-101
S12 - Escape Prompt Delay (EPD) 3-102
S14 - General Bit Mapped Options Status 3-102
S16 - Test Mode Bit Mapped Opt ions Status 3-102
S19 - Reserved 3-103
S20 - Reserved 3-103
S21 - V.24/General Bit Mapped Options Status 3-103
S22 - Speaker/Results Bit Mapped Options Status 3-104
S23 - General Bit Mapped Options Status 3-104
S24 - Sleep lnactivitylimer 3-104
S25 - Delay To DIR 0ff 3-105
S26 - RTS to CTS Delay 3-105
S27 - Bit Mapped Options Status 3-105
S28 - Bit Mapped Options Status 3-106
S29 - Flash Dial Modifierlime 3-106
S30 - Disconnect lnactivity Timer 3-106
S31 - Bit Mapped Options Status 3-107
S36 - LAPM Failure Control 3-107
S38 - Delay Before Forced Hang Up 3-108
S39 - Flow Control Bit Mapped Options Status 3-108
S40 - General Bit Mapped Options Status 3-108
S41 - General Bit Mapped Options Status 3-109
S46 - Data Compression Control 3-109
S48 - V.42 Negotiation Control 3-109
S86 - Call Failure Reason Code 3-110
S91 - PSTN Transmit Attenuation Level 3-111
S92 - Fax Iransmit Attenuation Level 3-111
S95 - Extended Result Codes Control 3-111
S210 - V.34 Symbol Rates 3-112

3.4 Cellular Commands 3-113

3.4.1 Cellular Phone Drivers 3-113

3.4.2 CelluLar Commands 3-113
^C2 - Download CelIular Phone Driver 3-113
^I - Identity Cellular Phone Driver 3-114
^T6 - lndicate Status of Cellular Phone 3-114

3.4.3 Operation 3-115
Modem Configuration 3-115
Fax Configuration 3-116
Cellular Phone Configuration 3-116

3.5 Result Codes 3-118

DIMM-PC/MD Product Manual Software Specification

Kontron® Embedded Modules GmbH 22 Revision 1.0

4 Fax Class 1 and Fax Class 1.0 Commands 4-1

4.1 Fax I/O Processing 4-1

4.1.1 DTE-to-Modem Iransmit Data Stream 4-1

4.1.2 Modem-to-DTE Receive Data Stream 4-1

4.1.3 Fax Mode Selection 4-1

4.1.4 Fax Origination 4-3

4.1.5 Fax Answering 4-3

4.1.6 Fax Control Transmission 4-3

4.1.7 Fax Control Reception 4-3

4.1.8 Fax Data Transmission 4-4

4.1.9 Fax Data Reception 4-5

4.2 Commands and Parameters 4-6

4.2.1 Mode Entry Commands 4-6
+FCLASS=1 - Select Facsimile Class 1 Mode 4-6
+FCLASS=1.0 - Select Facsimile Class 1.0 Mode 4-6

4.2.2 Mode Commands 4-6
+FAA - Auto Answer Enable 4-6
+FAE - Auto Answer Enable 4-7
+FTS - Transmit Silence 4-7
+FRS - Receive Silence 4-8
+FTM - Transmit Facsimile 4-9
+FRM - Receive Facsimile 4-10
+FTH - Transmit Data with HDLC Framing 4-11
+FRH - Receive Datawith HDLC Framing 4-12

4.2.3 Service Class 1 Parameters 4-13
+FAR - Adaptive Reception Control 4-13
+FCL - Carrier Loss Timeout 4-14
+FDD - Double Escape Character Replacement 4-15
+FIT - DIE lnactivity Timeout 4-16
+FPR - Fixed DIE Rate 4-17
+FMI? - Request Manufacturer ldentification 4-18
+FMM? - Request Model ldentification 4-18
+FMR? - Request Revision ldentification 4-18
+FLO - Flow Control 4-19

4.3 Examples 4-19

5 Fax Class 2 Commands 5-1

5.1 Command and Syntax Guidelines 5-2

5.1.1 Mode Entry Commands 5-2
+FCLASS=2 - Select Facsimile Class 2 Mode 5-2

5.1.2 DTE Commands 5-2
DTE Command Lines 5-2
Facsimile Command Syntax 5-2

5.1.3 Serial Port Speed and Flow Control 5-4

DIMM-PC/MD Product Manual Software Specification

Kontron® Embedded Modules GmbH 23 Revision 1.0

Data Stream Termination 5-4
DIE to DCE Streams 5-4
DCE to DIE Streams 5-4

5.1.4 Auto Answer 5-4

5.1.5 ldentification of T.30 Options 5-5

5.1.6 Session Status Reporting 5-5

5.1.7 Procedure Interrupt Negotiation 5-5

5.2 Service Class 2 Identification and Selection 5-5

5.2.1 +FMFR? - Request Manufacturer Identification 5-5

5.2.2 +FMDL? - Identify Product Model 5-5

5.2.3 +FREV? - ldentify Product Revision 5-6

5.3 Service Class 2 Action Commands 5-6

5.3.1 ATD - Originate a CaII 5-6

5.3.2 ATA - Answer a CaII 5-7
ManualCalI Answer
Auto matic Answer 5-7
Connection as a Data Modem 5-7

5.3.3 +FDT - Data Transmission 5-7
Initiate Page Transmission 5-8
Continue a Page 5-8
Phase C Data Framing 5-8
Phase C Data Format 5-8
<CAN> - Escape from Transmission 5-9

5.3.4 +FET - Transmit Page Punctuation 5-10
End a Page 5-10

5.3.5 +FDR - Begin or Continue Phase C Receive Data 5-11
lnitiate Document Reception 5-11
Continue Document Reception 5-12
Phase C Data Framing 5-12
Phase C Data Format 5-12

<CAN> - Escape from Reception 5-12

5.3.6 +FK - Session Termination 5-13

5.3.7 +FCIG - Set Polling ID 5-13

5.3.8 +FLPL - lndicate a Document for Polling 5-13

5.3.9 +FSPL - Enable Polling 5-13

5.4 Service Class 2 DCE Responses 5-15

5.4.1 +FCON - Facsimile Connection Response 5-15

5.4.2 +FDCS: - Report Current Session Capabilities 5-15

5.4.3 +FDIS: - Report Remote Station Capabilities 5-15

5.4.4 +FCFR - Indicate Oonfirmation to Receive 5-15

5.4.5 +FTSI: - Report the Transmit Station ID 5-15

5.4.6 +FCSI: - Report the CaIIed Station ID 5-16

5.4.7 +FPTS: - Receive Page Transfer Status 5-16

5.4.8 +FET: - Post Page Message Response 5-16

5.4.9 +FPTS: - Transmit Page Transfer Status 5-16

5.4.10 +FHNG: - CaII Termination with Status 5-17

5.4.11 +FCIG: - Report the PolIed Station ID 5-17

5.4.12 +FDTC: - Report the PoIIed Station Capabilities 5-17

DIMM-PC/MD Product Manual Software Specification

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5.4.13 +FPOLL - Indicate Polling Request 5-17

5.5 Service Class 2 Parameters 5-18

5.5.1 +FDCC - DCE Capabilities Parameters 5-18

5.5.2 +FDIS - Current Sessions Capabilities Parameters 5-19

5.5.3 +FDCS - Current Session Results Parameters 5-19

5.5.4 +FLID= - Local ID String 5-20

5.5.5 +FCR - Capability to Receive 5-20

5.5.6 +FPTS= - Page Transfer Status 5-21

5.5.7 +FCQ - Copy Quality Checking 5-21

5.5.8 +FPHCTO - DTE Phase 0 Response Time-out 5-21

5.5.9 +FAXERR - T.30 Session Error Report 5-21

5.5.10 +FBOR - Data Bit Order 5-22

5.5.11 +FAA - Answer Parameter 5-22

5.5.12 +FBUF? - Buffer Size 5-23

5.6 ExampleSessions 5-23

6 Voice Commands 6-1

6.1 Voice Commands Overview 6-1

6.1.1 <DLE> Shielded Event Codes Sent to the DTE 6-2

6.1.2 <DLE> Shielded Codes Sent to the Modem (DCE) 6-3

6.2 Voice Commands

6.2.1 Configuration Commands 6-4
+FCLASS=8 - Select Voice Mode 6-4
+VNH - Automatic Hang-up Control 6-4

6.2.2 Voice Commands 6-5
+VIP - Voice lnitialize All Parameters 6-5
+VRX - Start Modem Receive (Record) 6-5
+VTS - Send Voice Tone(s) 6-6
+VTX - Start Modem Transmit (Playback) 6-8
+VGR - Voice Gain Receive (Record Gain) 6-8
+VGT - Voice Gain Transmit (Playback Volume) 6-9
+VIT - Voice lnactivity Timer (DTE/Modem) 6-10
+VLS - Analog Source/Destination Selection 6-11
+VRA - Ringback Goes Away Timer 6-14
+VRN - Ringback Never Appeared Timer 6-15
+VSD - Silence Detection (Quiet and Silence) 6-16
+VSM - Compression Method Selection 6-17
+VTD - Beep Tone Duration Timer 6-18
+VDR - Distinctive Ring 6-19
+VDT - Control Tone Cadence Reporting 6-20
+VPR - Select DTE/Modem Interface Rate (Turn 0ff Autobaud) 6-21

6.2.3 Speakerphone Commands 6-22
+VSP - Speakerphone ON/OFF 6-22
+VDX - Speakerphone Duplex Mode 6-23
+VGM - Microphone Gain 6-24
+VGS - Speaker Gain 6-25

DIMM-PC/MD Product Manual Troubleshooting

Kontron® Embedded Modules GmbH 25 Revision 1.0

8. TROUBLESHOOTING

Before asking for support, please observe following hints if the modem doesn’t behave correctly:

1. Check the appearance of the specified COM-Port in the setup summery screen.

2. Check the selecteted I/O address against conflicts with other devices (e.g. disable the

onboard COM1/ttyS0 if you selected address 3F8h).

3. Check the selected IRQ carefully. This might be a tricky task because a misconfigured IRQ

isn’t always obvius:
a.) Be aware, that some DIMM-PCs don’t support every selectable IRQ
b.) If you’re using the modem in a PCI environment (e.g together with the Microserver),
ensure that the selected IRQ is mapped to the ISA bus (BIOS setup, IRQ ressources)
c.) Although the IRQ is misconfigured, the device appears in the setup setup screen correctly
d.) Sharable IRQs are not supported

4. Try to get as much information about the malfunction as possible before asking for support:

- is the modem visible in the setup summary screen

- does the settings of your terminal programm comply with the selected settings (e.g.

TELIX don’t support IRQs > 9)

- does the modem respond to an AT command (e.g “AT Z”). If not, this might hint to a

misconfigured IRQ.

- is the malfunction maybe caused due to a wrong initialization (e.g. don’t wonder if your

modem doesn’t respond to incomming calls unless you specified a correct value in the S0
register).

- when asking for help, please have the exact condition when the malfunction occured:

- a.) hardware setup: components, I/O and IRQ configuration

- b.) software setup:

BIOS version of the CPU Board
BIOS settings (especially concerning the COM ports and IRQ ressources)
Operation System (e.g. DOS, Windows9x, Linux, etc.)
Application Software (e.g. Telix, Hyper Terminal, etc.)

9. REVISION HISTORY

File-name last

alteration

author alteration to previous version

DPC_M100.DOC 13.12.02 VK Manual created
DMD1M110.DOC 11.02.03 SML completely reworked