ZyXEL Communications ACCESSING INTERNET & INTRANET omni series User Manual
  1. Manuals
  2. Brands
  3. ZyXEL Communications Manuals
  4. Network Router
  5. ACCESSING INTERNET & INTRANET omni series
  6. User manual
ZyXEL Communications ACCESSING INTERNET & INTRANET omni series User Manual

ZyXEL Communications ACCESSING INTERNET & INTRANET omni series User Manual

Zyxel communications accessing internet & intranet users's manual
Hide thumbs
Table of Contents

Advertisement

Quick Links

Download this manual
omni series
User' s Manual
Version 2.0
ZyXEL
A
I
& I
CCESSING
NTERNET
NTRANET

Advertisement

Table of Contents
loading
Need help?

Need help?

Do you have a question about the ACCESSING INTERNET & INTRANET omni series and is the answer not in the manual?

Questions and answers

Related Manuals for ZyXEL Communications ACCESSING INTERNET & INTRANET omni series

Summary of Contents for ZyXEL Communications ACCESSING INTERNET & INTRANET omni series

  • Page 1 omni series User’ s Manual Version 2.0 ZyXEL & I CCESSING NTERNET NTRANET...

  • Page 2: Zyxel Limited Warranty

    ZyXEL Limited Warranty ZyXEL warrants to the original end user (purchaser) that this product is free from any defects in materials or workmanship for a period of up to two (2) years from the date of purchase. During the warranty period, and upon proof of purchase, should the product have indications of failure due to faulty workmanship and/or materials, ZyXEL will, at its discretion, repair or replace the defective products or components without charge for either parts or...

  • Page 3: Fcc Part 15 Information

    The contents of this book may not be reproduced (in any part or as a whole) or transmitted in any form or by any means without the written permission of the publisher. Published by ZyXEL Communications Corporation. All rights reserved. Note: ZyXEL does not assume any liability arising out of the application or use of any products, or software described herein.
  • Page 4 If this equipment does cause harmful interference to radio/television reception, which can be determined by turning the equipment off and on, the user is encouraged to try to correct the interference by one or more of the following measures: Reorient or relocate the receiving antenna. Increase the separation between the equipment and the receiver.

  • Page 5: Contacting Zyxel

    Electro Magnetic Compatibility. Contacting ZyXEL If you have questions about your ZyXEL product or desire assistance, contact ZyXEL Communications Corporation in one of the following ways: Phone: In North America call between 8:00 AM and 5:00 PM PST at (714) 693-0808 Outside North America, you can dial +886-3-5783942 EXT 252 between 8:00AM and 5:00PM Taiwan time (GMT +8:00).
  • Page 6 For European versions and related files, use the address: ftp.zyxel.co.at Postal Service: You can send written communications at the following address: ZyXEL Communications Corporation 6, Innovation Road II, Science-Based Industrial Park Hsinchu, Taiwan 300, R.O.C. ZyXEL Communications Inc. 4920 E. La Palma Avenue...

  • Page 7: Table Of Contents

    Contents ZyXEL Limited Warranty... ii FCC Part 15 Information... iii Contacting ZyXEL ... v 1 Introduction... 1 Key to Model Differentiation ... 2 Key Features of the omni ... 2 Speed and Compatibility... 2 Intelligent Features... 3 Technical Specifications ... 3 Physical Characteristics ...
  • Page 8 Connecting the TA to your PC ... 16 Plug and Play... 16 Connecting to Your ISDN Line ... 18 U Interface Model ... 19 S/T Interface ... 19 Power On and Self Diagnostics ... 20 4 Configuring Your ISDN Line and Network ... 21 Configuring Your TA...
  • Page 9 Configuring Windows 95 Dial-Up Networking ... 38 CAPI Installation... 42 7 Point-to-Point Protocol (PPP)... 44 Introduction... 44 Feature list ... 45 Async to Sync Conversion (external) ... 45 Authentication conversion ... 45 Compression Control Protocol (CCP) ... 46 Multilink PPP ... 47 Call bumping ...
  • Page 10 10 X.75 ISDN Communications ... 65 Answering an X.75 call... 66 Making an X.75 Call ... 66 Making a Bundled Call with X.75... 67 Dialing Pre-stored Phone Numbers... 68 Invoking V.42bis Data Compression ... 68 Bundle Connection with V.42bis Data Compression ... 69 11 Handling Analog Calls (non-data) ...
  • Page 11 Multi-Auto-Answering of Data Calls ... 87 Data Call Indication... 87 Disable inbound call connection... 88 Point-to-Point Configuration ... 88 Placing a Call... 89 Placing a call for DSS1... 89 Placing a call for 1TR6 ... 90 Leased Line ISDN ... 91 13 Security Functions...
  • Page 12 Simplex mode... 108 Multiplex mode ... 108 AT Command Descriptions... 109 Basic "AT" Command Set ... 109 Description of ATI3 Output: ... 117 Extended "AT&" Command Set ... 118 Extended "AT*" Command Set ... 122 17 Status Registers and Result Codes ... 125 Viewing and Setting S-Registers...

  • Page 13: Introduction

    Introduction The ZyXEL omni.net series ISDN Terminal Adapter family includes four ISDN Terminal Adapters; omni.net, omni.net Internal, omni.net data, and omni.net Data Internal. When used with off-the-shelf Internet or remote access client software, the omni enables mobile or home users to connect to the Internet or branch offices over ISDN lines Hassle Free! Some models also allow you to connect to the analog world via a modem, fax machine, or telephone connected directly to the TA.

  • Page 14: Key To Model Differentiation

    Key to Model Differentiation The following labels will be used throughout the manual whenever information applies or does not apply to specific omni models. If information is specific to a single model within the omni line it will be identified by model name e.g. (omni.net). (internal) Applies to internal omni models only (omni.net Internal and omni.net Data Internal).

  • Page 15: Intelligent Features

    B Channel speeds of 56Kbps (in-band Signaling) and 64Kbps (out-of-band Signaling). 112Kbps/128Kbps channel bundling: MLP, CCB, and Multilink PPP(RFC1661). V.42bis data compression using the X.75, V.120, and Bundle protocols. STAC data compression using PPP/MP Two application program interfaces: ZyXEL ISDN AT Commands CAPI 1.1a and CAPI 2.0.

  • Page 16: Physical Characteristics

    Configuration Setting: Software programmable with nonvolatile memory for profile storage. Diagnostics: Self and loopback tests. Physical Characteristics Line Interface RJ-45 for S/T or U interface, RJ-11 for built-in TA’s. (Internal models with S/T interface only). DTE Interface DB-25 connector (external). Weight (g) 383 (external) 250 (internal)

  • Page 17: How To Become A Registered Owner

    One RJ-11 telephone cable. (omni.net Internal) One RJ-45 ISDN telephone cable. One 6' shielded RS-232 25-pin to 25-pin cable. (external) One 3.5" driver and utility disk. One warranty/registration card. One omni User's Manual. How to Become a Registered Owner Complete the pre-addressed registration card and place it in the mail. Registered owners will receive future product information and update announcement.
  • Page 18 6 Introduction...

  • Page 19: Installing Omni External Models

    Installing omni External Models Although graphics are only displayed for the omni.net, all installation steps below apply to both the omni.net and omni.net Data ISDN Terminal Adapters unless specifically noted. Front Panel You will find the following LED's on the front panel of the omni external models: Figure 2-1 omni.net front panel The LED Indicators...
  • Page 20 LNK - The Link LED lights up when the link with the local switch is active and flashes when attempting to make a connection. B1 - The B1 channel connection LED lights up when the B1 channel is established. B2 - The B2 channel connection LED lights up when the B2 channel is established.

  • Page 21: Front Panel Switch

    Front Panel Switch When the TA is in command state, pressing the front panel button causes it to dial the default phone number pre-stored in the NVRAM. The default number pointer to the telephone directory is assigned by the AT*Dn command. When the TA is on-line, pressing the button will tear down the connection and bring it into command state.

  • Page 22: Connecting To The Power Supply

    PHONE 2 (omni.net) - RJ-11 terminal jack for analog adapter 2; for connecting to analogue equipment. : The signal-pin assignment of the RJ-45 and RJ-11 phone jacks NOTE are listed in Chapter 18. Connecting to the Power Supply To Connect your omni to the power supply, follow the steps given below: 1.
  • Page 23 Figure 2-2 Connecting the omni.net to Your Computer Complete the following steps to connect the TA to your computer: 1. Turn off the power to your computer. 2. Find the 25 pin serial port. 3. Connect the male end of the 25 pin cable to the serial port. 4.

  • Page 24: Connecting To Your Isdn Line

    Connecting to Your ISDN Line The omni comes with a choice of two types of ISDN line interfaces: S/T interface - This can only connect to your NT-1 (Network Termination) device. Warning: Do not under any circumstances connect directly to the ISDN wall jack.

  • Page 25: S/T Interface

    S/T Interface If you have purchased the omni S/T model, you will need an NT-1 device to connect to the network. To connect your U-interface omni to your ISDN line complete the steps below: Connect the RJ-45 connector to the “ISDN S/T” jack on the back of the omni.
  • Page 26 : The omni takes longer to initialize than a regular TA because it NOTE requires that communication first be established with your local switch when it is powered on. 14 Installing omni External Models...

  • Page 27: Installing Omni Internal Models

    Installing omni Internal Models Although graphics are only displayed for the omni.net Internal, all installation steps below apply to both the omni.net Internal and omni.net Internal data ISDN Terminal Adapters unless specifically noted. Both cards have a built in high speed serial port that operates at speeds up to 460800bps.

  • Page 28: Connecting The Ta To Your Pc

    The figures below show the settings for 1x, 2x, and 4x speeds. The default setting for the card is 4x. For example, if the software has set the baud rate at 115200 bps, and the default setting of 4x is used, the actual data transmission rate will be 460800 bps.
  • Page 29 settings will be handled by your operating system if it supports the Plug and Play standard. If your operating system does not support Plug and Play, a DOS configuration utility has been included on the floppy disk that is included with your omni. To configure your omni internal card using the disk follow the steps below: 1.

  • Page 30: Connecting To Your Isdn Line

    8. If you have more than one card installed, use the arrow keys to select the card you want to configure. When you have made your selection press Enter. 9. From the Properties dialogue box press Enter, select the desired port, and press Enter again.

  • Page 31: U Interface Model

    Attention: La fiche ISDN est destinée uniquement pour la connexion sur une ligne RNIS. La connexion sur une ligne téléphonique peut endommager votre adaptateur de terminal. U Interface Model If you have purchased the U-interface model, you can connect the U-Interface directly to the wall jack.

  • Page 32: Power On And Self Diagnostics

    Figure 3-5 omni.net Internal Card Installation (S/T interface) Power On and Self Diagnostics Upon power-up the omni will perform a series of self diagnostics. If the test routine fails, the LED will flash. Refer to Chapter 15, for more information on self-tests and error codes. : The omni takes longer to initialize than a regular TA because it NOTE requires that communication first be established with your local...

  • Page 33: Configuring Your Isdn Line And Network

    Configuring Your ISDN Line and Network The set up procedure for the omni needs to be done only once. The settings will be stored in non-volatile RAM. The only time you will need to reconfigure your line is when you perform a hardware reset on your TA or when you change options on your ISDN line.
  • Page 34 terminal program that can communicate directly with one of the communication ports on your system. If you do not know how to use a terminal program, refer to the instructions that came with the terminal program. Make sure the program is set up to communicate with the COM port that the TA is connected to.
  • Page 35 Once the TA accepts the commands that you typed, it is ready to be programmed and ready to operate with your ISDN network. If you do not receive any response from the device, go over your installation procedures again or contact ZyXEL Technical Support. Configuring Your ISDN Line and Network 23...
  • Page 36 24 Configuring Your ISDN Line and Network...

  • Page 37: Isdn Communication Basics

    ISDN Communication Basics In this chapter, we will cover how to initiate and receive calls over digital lines using your TA. Understanding AT Commands AT commands are used to configure and control the omni. Command statements are usually sent to the TA by being typed from the computer keyboard.

  • Page 38: Supported At Command Types

    This confirms that the TA and your computer are communicating correctly. Supported AT command types: Type of AT Command Basic AT (Hayes compatible). Basic AT$ (on line help). Extended AT&. Extended AT* command. S-Register command. S-Register bit-mapped command Register 13 bit 1 equal to 1). S-Register inquiry command.

  • Page 39: Outgoing Calls

    The omni supports either verbose result code (i.e. “OK”) or numerical result code (i.e. “0"). You can use ATVn command to set it one way or the other: Command ATV0 ATV1 Outgoing Calls The omni has 3 modes in which to send communication over ISDN network.

  • Page 40: Dialing Out For Analog Adapter Port 1 (Omni.net Internal)

    ATS83.7=1<enter> To disable it, type: ATS83.7=0 <enter> Dialing out for Analog Adapter Port 1 (omni.net Internal) Using the “B” command following the “ATD” will tell your TA to automatically switch call to analog adapter, Phone 1, once dialing is complete. Type: ATDB17146930762<enter>...

  • Page 41: Manually Switching Communication Modes (Non-Data)

    Manually switching communication modes (non-data) The manual switching functions will only be necessary if your communication software does not allow you to change your dial-up string. Conventional dialing commands: ATD, ATDT and ATDP, used by many existing communication software, can be mapped onto one of the new dialing commands according to the AT&O setting as follows: AT Command Dial string it will map to...

  • Page 42: Digital Data

    V.110 X.75 or the call may be initiated by an analog device (non-data). This section will provide some general guidelines for setting up the device for call answer handling. Be aware that the TA will not automatically answer a call unless S-register S0 is set to a value greater than 0 (zero).

  • Page 43: Answering A Call Using Msn

    length that the receiving side allows. Sometimes this information will be exchanged during handshaking. However, few manufacturers, if any, have implemented this mechanism. If the sending side sends packets greater than what the receiving side allows, the receiving side will discard the frame and reply with a Frame Reject frame (FRMR).
  • Page 44 supports many different communication protocols and two analog adapters, each of these ports can be assigned to an ISDN number using the following command: AT&ZIn=s (where ‘s’ is the MSN) &ZI0=s Assigns MSN ’s’, phone number for X.75. &ZI1=s Assigns MSN ’s’, phone number for V.110. &ZI2=s Assigns MSN ’s’, phone number for V.120.

  • Page 45: Data Over Speech Channel

    Data over Speech Channel If you are expecting ISDN data calls through the Speech (Voice) channel, you need to setup MSN for it. For non-data models if no MSN entries are found in MSN ISDN data lists, all Speech (Voice) calls will be sent to either Phone 1 or Phone 2.

  • Page 46: Multi Auto-Answering Of Data Calls

    AT&L0 - Analog adapter 1 has the higher priority to answer a voice or voice-band-analog-data call; if analog adapter 1 is busy, the call will be routed to analog adapter 2. AT&L1 - Analog adapter 2 has the higher priority to answer a voice or voice-band-analog-data call;...

  • Page 47: Setup For Windows 95 And Nt 4.0

    Setup for Windows 95 and NT 4.0 This chapter contains step by step procedures for installing the Windows 95 and NT drivers, and configuring Dial-up Networking for all omni series TA's. Installing the Windows 95 Driver (INF file) If your computer supports Plug & Play be sure your TA is powered on before starting your computer.
  • Page 48 4. Click the Have Disk button. 5. Insert the ZyXEL Windows 95 driver disk into your floppy drive and click OK. If you have downloaded an updated INF file from ZyXEL’s FTP, website, or BBS, use Browse to find the location of the updated .INF file, click Open, then click OK.
  • Page 49 recommend that you check with your ISP to verify the protocol they use. If you are connecting to an Internet Service Provider (ISP), select: ZyXEL omni (your model), PPP 64K If the ISP has not upgraded to an ASEND compatible server, select: ZyXEL omni (your model), V.120 64K If you are calling another location such as a BBS system, select: ZyXEL omni (your model), V.120 64K...

  • Page 50: Configuring Windows 95 Dial-Up Networking

    2. Click Close. This completes the installation of your omni modem driver. Configuring Windows 95 Dial-Up Networking This section assumes you have already fully installed Windows 95. If you have not installed the Dial-Up Networking feature in Windows 95, please install it before you continue. 1.
  • Page 51 3. Choose a name for your connection and select your modem type from the drop down window. Then click on the Next button. 4. Type the phone number of your ISP or of host you will be calling. Click on the Next button. 5.
  • Page 52 7. Make sure your TA appears in the Connect Using box. Then click on the Server Type button. These options are mostly host or server specific. If you are using PPP, use the default settings shown above. If you are connecting to a LAN, then select Login to Network.
  • Page 53 If you are logging on to a Microsoft Windows network, select NetBEUI. If you are logging on to a Novell network, then select IPX/SPX Compatible. If you are logging on to an Internet connection, then select TCP/IP. 8. Click on TCP/IP Settings. If your host requires you to specify an IP address (Static IP), then click on the Specify an IP address radio button and enter your IP address.

  • Page 54: Capi Installation

    9. This completes the remote connection definition. Locate the new connection icon in your Dial-up Networking folder, and double click on it. 10. If the User name and Password are incorrect or are not there, type them in. Click on the Connect button and your TA will dial the number and establish a connection.
  • Page 55 4. From the Question dialogue box click No if you do not wish to setup Multiple Subscriber Numbers. This completes CAPI installation. If you click Yes continue with the steps below: Only CAPI 1.1a requires setup of Multiple Subscriber Numbers. 5.

  • Page 56: Point-To-Point Protocol (Ppp)

    Point-to-Point Protocol (PPP) Introduction Point-To-Point Protocol is designed for simple links which transport packets between two peers. These links provide full-duplex simultaneous bi-directional operation, and are assumed to deliver packets in order. PPP is intended to provide a common solution for easy connection for a wide variety of hosts, bridges and routers.

  • Page 57: Feature List

    Data will be transmitted only when the link is in the open phase. Negotiation details are described in RFC1661. Feature list Async to Sync Conversion (external) PPP uses HDLC-like framing as encapsulation, which can be bit- oriented or character-oriented. Most ISDN routers use bit-oriented HDLC framing, also known as synchronous transmission.

  • Page 58: Compression Control Protocol (Ccp)

    by CHAP. Sometimes CHAP can not be supported by the ISP. You may set S87.2=1 to use PAP only. If you do not want to do authentication at all, set S118.3=1 to disable the conversion. : Disabling authentication may cause problems in Windows 95. NOTE CHAP is described in RFC1994 and PAP is described in RFC1334.

  • Page 59: Multilink Ppp

    Multilink PPP There are two B channels in basic rate ISDN. This offers the possibility of opening multiple simultaneous channels between systems giving users additional bandwidth on demand. Multilink PPP is a method for bundling both B channel into one PPP link for higher throughput.

  • Page 60: Bandwidth On Demand (Bod)

    traffic for BOD is still under calculation. In other words, the add persist time is calculated from the time when the traffic is above the add threshold whether or not the phone is on-hook or off-hook. However, it won’t dial until the phone has been on-hook for 10 seconds.

  • Page 61: Bacp/Bap

    ATJSn - Subtract traffic threshold for n K bits per second, n = 32 (default). ATKAmn - Add persist time for n period in m unit, n = 0 - 127, m = s for seconds and m for minutes. ATKSmn - Subtract persist time for n period in m unit, n = 0 - 127, m = s for seconds and m for minutes.
  • Page 62 50 Point-to-Point Protocol (PPP)

  • Page 63: 110 And Synchronous Mode Communications

    V.110 and Synchronous Mode Communications V.110 is most popular in Japan. The table below shows the specifications of different ISDN protocols: Synchronous (external) Layer 1 Transparent Layer 2 None Layer 3 None Error Control V.42bis Async or Sync Sync Bundle Yes (Note) Max.

  • Page 64: Making V.110 Calls

    will report “RING” to your terminal. External models will also make an audible ring notification. Making V.110 Calls Before the ATDIxxx command is given to place the call, you need to make sure that the TA is in asynchronous mode (AT&M0). Then use the following commands to configure V.110: AT Command ATB10...

  • Page 65: V.25Bis Command Set

    There are two modes of synchronous operation: 1. Asynchronous commands, synchronous data (AT&M1): The omni accepts AT commands in asynchronous mode. Once the call is connected, it enters synchronous mode for data transmission. 2. Synchronous mode (AT&M3*I1): The omni accepts synchronous commands from V.25 bis or a PC with an add-on synchronous card, and exchanges data synchronously with a remote TA.

  • Page 66: Dtr Drop-Dialing Operation

    Command Messages Indicator Messages CFLxx DTR Drop-Dialing Operation The omni will automatically dial the phone number stored in the NVRAM when it detects an off-to-on transition of the DTR line. Before you enable the DTR drop action, a phone number must be stored and saved to memory along with an indication of which number to dial on DTR drop.
  • Page 67 2. Issue the command AT*D0 To set phone number 0 as the DTR drop destination phone number. 3. Issue the command AT&D1 Enable DTR dialing operation. 4. Turn the TA off and back on. V.110 and Synchronous Mode Communications 55...
  • Page 68 56 V.110 and Synchronous Mode Communications...

  • Page 69: 120 Isdn Communications

    V.120 ISDN Communications This chapter describes how to set-up and configure your TA with the V.120 ISDN protocol. The table below shows the specifications of different ISDN protocols: V.110 80 Bits Layer 1 Framing Layer 2 None Layer 3 None Error Control V.42bis Async Only...

  • Page 70: Configuring The V.120 Mode

    support out-of-band signaling, network signals are transmitted through the B channels. This reduces the bandwidth to 56Kbps. When you are making a V.120 call, make sure that the communication supports out-of-band signaling. If it does not support out-of-band signaling, you will need to set your TA to 56K mode using the AT&E1 command (AT&E0 to set it back to 64k mode.) If your TA is on the receiving end, you can keep the setting at AT&E0, 64k data mode.

  • Page 71: Dialing In V.120 Mode

    All the above commands can be simplified by combining all of the commands onto one line as follows: AT&B20&E1&WZ0<Enter> Dialing in V.120 mode Finally, use the ATDn command to make the call (n is the phone number you wish to dial). Once the connection is made, you should see the following connect message.

  • Page 72: Speeds Of 128Kbps

    Speeds of 128Kbps BRI ISDN consists of three (2B+D) logical channels. Each B channel can be used independently for a dial-up connection running at 56Kbps or 64Kbps (bits per second). The two B channels can be used together for a single data connection to provide 112K (with In-Band Signaling) or 128K (when Out-of- Band Signaling is used).

  • Page 73: Dialing Pre-Stored Phone Numbers

    Once this is done, the ATD command will generate two consecutive SETUP messages to invoke bundle initiation. For the Northern Telecom switch, each BRI phone number can only be called once at any given time. So if you dial this number, it will report “busy”...

  • Page 74: Error Correction And Data Compression With V.120

    to dial the (n+1)th phone number for the first connection and the (m+1)th phone number for the second connection. For example, ATDIS0+S1<Enter> will dial the number stored in location ‘0’, and the number stored in location ‘1’ for the bundle connection.

  • Page 75: Bundle Connection With V.42Bis Data Compression

    Bundle Connection with V.42bis Data Compression If both sites have set AT&K44 to enable V.42bis negotiation then XID frames will be exchanged through the main B channel which corresponds to the call established by the first SETUP message. Only one data compression channel will be used in bundle connections.
  • Page 76 synchronous V.120 code to fill in the additional information octet. This approach might not work all the time. 64 V.120 ISDN Communications...

  • Page 77: 75 Isdn Communications

    X.75 ISDN Communications This chapter will describe how to set-up and configure your TA with X.75 protocol. The table below shows the specifications of different ISDN protocols: V.110 80 Bits Layer 1 Framing Layer 2 None Layer 3 None Error Control V.42bis Async Only Async or Sync...

  • Page 78: Answering An X.75 Call

    Answering an X.75 call There is no need to configure the ISDN mode to the protocol of an incoming call. The omni will be able to determine the correct protocol to use by examining the data coming in from the remote site if the device is set to auto-answer or once an answering command is issued.

  • Page 79: Making A Bundled Call With X.75

    For European ISDN (DSS1), the Low-Layer-Compatibility (LLC) information element in the SETUP message can be used to specify the layer 3 protocol. Since this is an option for ISDN switches, some of the switches might not deliver the LLC information element to the remote end.

  • Page 80: Dialing Pre-Stored Phone Numbers

    bundle request. The two data calls are established following normal call control procedures. That is, the network treats them as two independent calls. The omni uses X.75 Multiple Link Protocol or 'cFos' channel bundling protocol to coordinate the two B channels. The former would need an overhead of two octets for each packet.

  • Page 81: Bundle Connection With V.42Bis Data Compression

    AT&K00 - (disable V.42bis on ISDN call) For X.75, to negotiate compression parameters with the remote ISDN terminal, we exchange XID frames before the Link Layer is established. The calling site will send an XID frame with V.42bis request to the called site. If the called site understands this XID's meaning, it will reply to an XID frame with a V.42bis request.
  • Page 82 70 X.75 ISDN Communications...

  • Page 83: Handling Analog Calls (Non-Data)

    Handling Analog Calls (non-data) The omni.net, and omni.net Internal allow connection of analog devices (e.g. telephone, fax, PBX, or modem) to your ISDN line. This chapter will outline the steps you need to take to place and answer analog calls via your ISDN line. ONote: Remember, The omni.net Internal has one analog adapter.

  • Page 84: Placing A Call From The Analog Adapter

    AT Command Description ATS84.5=1 use. AT&ZIn=s MSN setting, assign Called phone number, “s,” to be answered by “n” port (where n=6 for Phone 1 and n=7 for Phone 2). AT&ZI6=s Assign the Called phone number for analog adapter, Phone 1. AT&ZI7=s Assign the Called phone number for analog adapter, Phone 2.

  • Page 85: Accepting An Incoming Call

    Use ATDAs (ATDBs) to place a call from analog adapter 1 (analog adapter 2) Once the analog adapter's hook sensor detects that the telephone device’s handset is off hook, it sends a SETUP message to the ISDN central exchange to request a connection. One B channel, if available, will be assigned to this connection and the exchange will wait for the dialed number to route the call.
  • Page 86 Phone 1 Phone 2 Matched Matched ü û û ü Unassigned Unassigned Unassigned Unassigned Unassigned Unassigned ü ü ü ü ü ü û û The default MSN sub-address (or EAZ) for 1TR6 (Old German ISDN) of the a/b adapters are as follows: Phone 1: EAZ = 4 (&ZI7=4) Phone 2: EAZ = 3 (&ZI6=3) A global call is an inbound voice call without the information of...

  • Page 87: Feature Phone (Omni.net)

    Feature Phone (omni.net) The omni.net supports ZyXEL’s powerful and advanced feature phone operation. By connecting to the analog ports, you can get the benefits of analog phone services, plus additional features over your ISDN line. The Flash key All feature phone operations start from the Flash key. Commands for feature phone operation are listed in the table below: Commands Press the Flash key.

  • Page 88: Call Waiting

    InterCom: ( ñ è H Flash è H #2 Call Waiting The call waiting feature enables you to place a call on hold by pressing the Flash key. If you press the Flash key again, the call waiting function will be disabled and return to the previous call. Call Waiting: H Flash Placing a second call When you have an active call on line, you may follow the procedures...

  • Page 89: Call Broker

    To accept the call, press the Flash key and 0 to accept the second call and place the first call on hold. Accept the second call: H Flash è H #0 To reject the second call press the Flash key and 5. Reject the second call: H Flash è...
  • Page 90 Two local parties connected to one remote party: 1. Place a call to the other local party by pressing the Flash key and 2. After they answer, place them on hold by pressing the Flash key and 0. 3. Place a call to the remote party. 4.

  • Page 91: Advanced Isdn Call Control

    Advanced ISDN Call Control Call Control for DSS1 In order to initiate a DSS1 ISDN call, two information elements are necessary: Bearer Capability - indicates what kind of bearer service is desired. It is also used for compatibility checking in the addressed entity.
  • Page 92 Outgoing High-Layer-Compatibility can be controlled by setting the value of S-register S(108+n) as follows: n=0 - (S108) Setting for analog adapter 2 (omni.net). n=2 - (S110) Setting for ISDN data calls. n=3 - (S111) Setting for analog adapter 1 (non-data). S(108+n=) Function No High-Layer-Compatibility info element will be...

  • Page 93: Control Of Isdn Phone Number And Sub-Address

    Example: ATS80.4=0 disables Low-Layer-Compatibility message for Analog Port 2 (omni.net). Control of ISDN Phone Number and Sub-address The Calling-Party-Number information element identifies the origin of a call, and the Called-Party-Number information element identifies the destination of a call. The Calling-Party-Subaddress information element identifies the Subaddress associated with the origin of a call.

  • Page 94: Call Control For 1Tr6 (Old German Isdn)

    N1 - ISDN numbering plan (Rec. E.164) (default for Australia if Nn is omitted). N3 - data numbering plan (Rec. X.121). N4 - telex numbering plan (Rec. F.69). N8 - national standard numbering plan. N9 - private numbering plan. Zn - specifies the Subaddress type: Z0 - NSAP (Rec.

  • Page 95: Control Of Outgoing Service Indicator

    Destination Address - Provides information for the telephone company to direct the call to the remote party. Control of Outgoing Service Indicator The Outgoing Service Indicator will be assigned when you configure the B channel protocols using the command ATBnn. Since there are a number of combinations of voice or voice-band- data services on the analog adapters, users may want to control the outgoing Service Indicator themselves for some specific...
  • Page 96 of these "internal terminals" can be assigned one EAZ using the command AT&ZIn=m, where n=0-7 and m= 0-9. Command Function &ZI0=m assigns EAZ for X.75. &ZI1=m assigns EAZ for V.110. &ZI2=m assigns EAZ for V.120. &ZI3=m assigns EAZ for PPP, MPPP. &ZI4=m assigns EAZ for ISDN data, protocol auto- detection.

  • Page 97: Answering A Call

    Each type of outgoing call can be assigned with one origination EAZ by using the command AT&ZOx=Origination_EAZ, where x = I for ISDN data calls, A for the analog adapter 1, and B for the analog adapter 2. The command AT&ZOx=// removes the assignment of the origination EAZ.

  • Page 98: Answering A Call For 1Tr6

    multiple distinct terminals. Each of these "internal terminals" can be assigned one ISDN number using the AT&ZIn=xxxx... command. The number assigned by AT&ZIn=xxxx... can be interpreted as either the MSN or the subaddress. This is determined by the bit 5 of S119 as follows: S119.5=0 - the number is treated as the MSN (default).

  • Page 99: Ambiguity Resolution Switch For Voice Calls (Non-Data)

    If you want the TA to answer inbound calls as often as possible, you can set the best-effort call answering bit as follows: S119.3=0 - Answer calls only when numbers match (by default). S119.3=1 - Best effort call answering. Ambiguity Resolution Switch for Voice Calls (non-data) For a voice or voice-band-data call, if the &ZI number assignment can tell which of the analog adapters is being addressed, then the call will be delivered to the proper destination.

  • Page 100: Disable Inbound Call Connection

    [FM:[[Prefix]Calling-Party-Number][/Subaddress/]] [TO:[Called-Party-Number][/Subaddress/]] <CR><LF> RING <CR><LF> RING <CR><LF> The display of address information between the first RING and the second RING can be disabled by setting ATS84.4=1. The term [Prefix] is a predefined number string to be added in front of the Calling-party-number before sending it to the DTE.

  • Page 101: Point-To-Point Configuration

    Point-to-Point Configuration In some areas, since Direct-Dial-In (DDI) number is less expensive than MSN, users may want to subscribe to point-to-point ISDN to employ the DDI function. In this case, only one TA can be connected to the ISDN line and the TEI (Terminal Equipment Identifier) is always ZERO.

  • Page 102: Placing A Call For 1Tr6

    N0 - unknown (default if Nn is omitted). N1 - ISDN numbering plan (Rec. E.164). N3 - data numbering plan (Rec. X.121). N4 - telex numbering plan (Rec. F.69). N8 - national standard numbering plan. N9 - private numbering plan. Zn specifies the type of the Subaddress: Z0 - NSAP (Rec.

  • Page 103: Leased Line Isdn

    N1 - ISDN numbering plan (Rec. E.164). The destination_address is the ISDN phone number of the called party. The last digit of this number is the EAZ. Use ATDL to redial the last dialed ISDN phone number. Leased Line ISDN The B-channel protocols supported for the leased line are V.110, V.120, X.75, PPP and MP which is selected using ATBxx commands as in the dial-up mode.
  • Page 104 ATDB1 use B1 channel in Originate mode. ATDB2 use B2 channel in Originate mode. ATDB3 use both B1 and B2 channels in Originate mode. ATAB1 use B1 channel in Answer mode. ATAB2 use B2 channel in Answer mode. ATAB3 use both B1 and B2 channels in Answer mode. 92 Advanced ISDN Call Control...

  • Page 105: Security Functions

    Security Functions The omni provides security functions that may be enabled to prevent unauthorized connections. Two types of security functions are provided. Security Types and Levels Type 1 security is to be used when the remote TA is a ZyXEL ISDN Type 2 security is to be used with non-ZyXEL remote TA’s.

  • Page 106: Level 1 Security

    Level 1 security Will only perform password checking. With Level 1 security, the local TA will maintain the connection if the password is matched, otherwise the line will be disconnected. Level 2 security Provides Calling Party Number checking and call-back, the call-back number is pre-stored in the password table.

  • Page 107: Setting And Modifying Passwords

    Password Check CPN Check OK and S119.6=0 CPN Check OK and S119.6=1 CPN unmatched CPN not Available AT Commands Setting and Modifying Passwords Up to 40 user passwords can be defined using the AT*Hn command, where “n” represents the index to the entry. Numbers between 0-39 are accepted.

  • Page 108: Non-Password Auto Call Back Function

    You will be asked for the original password and a new password. Then re-enter the new password for verification. For example: Password: ******** (Enter current supervisory password) Password: ******** (Enter new supervisory password) Verify: ******** (Enter the new supervisory password again) Use command AT*Hn to modify the “n”th user password.
  • Page 109 Security Functions 97...

  • Page 110: Upgrading Your Omni

    Upgrading Your omni This chapter describes how to upgrade flash EPROM firmware when it is available. Upgrading with Flash EPROM Your TA employs a flash EEPROM (Electronic Erasable Programmable Read Only Memory) that lets you conveniently update firmware and program the TA with new features and enhanced functions.

  • Page 111: Kernel Mode

    2. Start any communications program that supports the Xmodem protocol, and type: ATUPX<Enter> TA responds: You have chosen Xmodem (128 octets of data with checksum) protocol to update your TA. Data in Flash ROM will be erased !!! Are you sure (Y/N) ? 3.

  • Page 112: Diagnostics

    Diagnostics The omni can perform its own diagnostic tests, providing you with valuable information. This chapter provides diagnostic tables for interpreting test results. The following table is a summary of the omni's self-tests for external models: Test Seq. * The LED lights up while test is in progress and blinks if a test fails. The following table is a summary of the omni's self-tests for internal models: Blinks...

  • Page 113: Power-On Self-Test

    Diagnostic Command. TA Reset. Power-on Self-test At each power-up or upon a reset command from the panel, the TA will test the ROM code checksum, system RAM memory, EEPROM, digital circuits and analog circuit calibrations. The LNK LED will light up for half a second to indicate the success of the TA's power on self-test.

  • Page 114: B1/B2 Loopback With Self-Test (At&T11)

    character through the DTE interface to the ISDN TA will discontinue the test. B1/B2 Loopback with Self-test (AT&T11) There is an AT command designed for testing the readiness of your ISDN line which uses one B-channel (B1) to place a call and the other B-channel (B2) to receive the call.

  • Page 115: Resetting The Omni

    Dialed digits detected, please hang-up the handset…. On-hook action is detected, (Hook Interrupt)... Listen to the RING and then pick up phone set #2 ... Off-hook action is detected, (Hook Interrupt) ... Listen to the dial tone and then dial 1234567890*# 1234567890*# Dialed digits detected, please hang-up the handset ..

  • Page 116: Capturing The Protocol Data

    resource. According to the EPA’s analysis, you may decide to fix the problem yourself (e.g. modify the configuration and try again) or log the analyzed results as a file (a very comprehensive bug report), and then send it to ZyXEL’s Tech Support department. Capturing the Protocol Data The data captured by the EPA can be classified into three categories: B-channel user data protocols.

  • Page 117: Analyzing The Captured Data

    beginning of data capture. The resolution of this timing information is in 0.01 second intervals. The following commands determine the kind of protocol data to be captured by the EPA: AT Command Description ATCDn Disable the capture of D-channel protocols. Enable the capture of D-channel protocols (default).
  • Page 118 Command Description ATC$ Invokes the interpretation function of the embedded protocol analyzer and displays the results on the DTE screen. The analyzed results can be viewed as if it were in a full screen editor. Several number keys are used to control the display. For PC users, it is convenient to use the keys on the numeric keypad (make sure that Num-Lock is on.).
  • Page 119 Diagnostics 107...

  • Page 120: At Command Set Reference

    AT Command Set Reference Operation Modes of the DTE Interface There are two operation modes for the DTE interface: Simplex mode - used for conventional AT Command operation. Multiplex mode - used as an internal interface for ZyXEL CAPI drivers. Simplex mode In simplex mode, the TA128 is used just like an ordinary TA.

  • Page 121: At Command Descriptions

    AT Command Descriptions An AT Command is a command in asynchronous data format issued by the computer to the TA through the asynchronous computer- modem interface. AT Commands control the TA's behavior and actions. To send an AT Command from a computer to the TA, you must be running communication software and the TA must be in the command state.
  • Page 122 Command Options Function & Description A> <any key> All the Following Commands Require a “AT” Prefix ATABn 110 AT Command Set Reference Re-execute the last command once or repeat the last call up to 9 times. (See also S8) Terminate current connection attempt when enter in handshaking state.
  • Page 123 Command Options Function & Description n=0-1 n=0-1 n=0-1 n=0-1 n=0-1 V.110 user rate = 14400 bps. V.110 user rate = 19200 bps. V.110 user rate = 384000 bps (async only). V.110 user rate = 576000 bps (async only). V.120 PPP async to sync conversion. SLIP async to sync conversion.
  • Page 124 Command Options Function & Description CI<prefix> n=0- 2048 CN<prefix> n=0-3 n=0-3 112 AT Command Set Reference Enable the call bumping function. Call bumping(Call bumping) for MPPP and CCB. Disable Call bumping function. Enable Call bumping function . Display the accumulated charging unit of the last call.
  • Page 125 Command Options Function & Description Format of “s” Dial s (numbers and options) that follow (see also S38.0, S35.4). The options of s are listed as follows: Pause for a time specified in S6. Remaining digits will be dialed as in-band DTMF.
  • Page 126 Command Options Function & Description n=0-1 DN0=xx xxxx DN1= n=0-39 Dial number stored in non-volatile E1 * H0 * Hang up (on-hook) the TA or 114 AT Command Set Reference Dial s (number and options) that follows for the Analog adapter, Phone 2.
  • Page 127 Command Options Function & Description n=0-255 n=0-255 KAxn n=0-63 KSxn n=0-63 n=0-3 M=0-2 Speaker control M1 * Display product code, same as 'ATI' Results: 1291 (USA) 1292 (DSS1) 1293 (1TR6) Display product information and ROM checksum. Results: TA128 <switch>: V x.xx where <switch>= USA, DSS1, or 1TR6 Display link status report...
  • Page 128 Command Options Function & Description n=0-3 n=0-6 P0 * n=0-1 Q0 * TA returns result code Sr.b=n Sr.b? Sr=n SPIDr=nnn … SPID0 SPID1 SPID? 116 AT Command Set Reference Ring volume control.'N0' will disable the audio ring function Return to on-line state D channel protocol selection (USA) for American Version Northern Telecom proprietary...

  • Page 129: Description Of Ati3 Output

    Command Options Function & Description V1 * n=0-7 n=0-4 Description of ATI3 Output: The Link Status Report output appears as follows: ZyXEL ISDN TA LINK STATUS REPORT Connect DTE Speed Error Control Level Protocol Link Speed Octets Received Octets Sent Cause Cause Value HDLC FCS Error...

  • Page 130: Extended "At&" Command Set

    Output Parameter Connect DTE Speed Error Control Level Protocol Link Speed Octets Received Octets Sent Cause Cause Value HDLC FCS Error HDLC Transmit Under-run HDLC Receive Over-run Extended "AT&" Command Set Command Options Function & Description &Cn &C0 &C1 * CD tracks presence of carrier (See &Dn &D0 &D1...
  • Page 131 Command Options Function & Description &D3 &En &E0 * 64Kbps &E1 &F &Hn &H0 &H3 * Hardware (CTS/RTS) flow control &H4 &In &I0 * &I1 &I2 &I3 &Jn &J0 * &J1 &J2 &J3 &Knn &K00 &K44 Same as &D2 but DTR OFF causes the TA to hang up and reset from profile 0.
  • Page 132 Command Options Function & Description &Ln &L0 &L1 &Mn &M0 * Asynchronous mode with data &M1 &M2 &M3 &On &O0 &O2 &O3 &Sn &S0 * DSR overridden, DSR always ON. &S1 &Tn &T9 &T10 &T11 &Vn 120 AT Command Set Reference Analog port selection during call answering.
  • Page 133 Command Options Function & Description &V0 &V1-4 View the (n-1)th user profile settings. &V5 &V6 &V7 &Wn n=0-3 &Z? &Zn=s n=0-39 Write phone number/s to NVRAM at &ZIn=s n=0-7 s=phone number View current active settings. View factory default settings. View analog adapter, Phone 1 setting View analog adapter, Phone 2 setting Write current settings to user profile n in non-volatile RAM.

  • Page 134: Extended "At*" Command Set

    Command Options Function & Description &ZI? &ZO? &ZOn=x Extended "AT*" Command Set Command Options Function & Description n=0-39 Set default dial pointer at telephone *D0 * *G0 * 122 AT Command Set Reference Assign the phone number ‘s’ for the analog adapter, phone 2.
  • Page 135 Command Options Function & Description *GCn n=0-1 *GC0 * Disable call-back function *GC1 *HCn n=0-4 n=0-39 Modify user password table at n=0-1 *I0 * n=0-1 *M0 * Call-back function selection. Enable call-back function Assign call-back phone number, “s” to storage location, “n” location n.
  • Page 136 124 AT Command Set Reference...

  • Page 137: Status Registers And Result Codes

    Status Registers and Result Codes S-registers (Status Registers) contain values that determine and reflect how your Terminal Adapter (TA) operates and executes commands. You can read the values and change them, either using terminal commands or the TA's panel controls with the same results. Every user profile corresponds to a separate set of S-register values, but when we mention S-registers, we are referring to the ones that correspond to the active profile.

  • Page 138: Setting S-Registers

    n=1-4 - View settings for user profile number (n-1). n=5 - View the factory default settings. n=6 - View the analog adapter’s setting, Phone 1 (non-data). n=7 - View the analog adapter’s setting, Phone 2 (omni.net). The S-register values may be displayed in either Decimal or Hexadecimal format when using the preceding commands.

  • Page 139: S-Register Descriptions

    Read the value from S38 using ATS38? Convert it to binary, using the following weight table: Binary value 00000001 00000010 00000100 00001000 00010000 00100000 01000000 10000000 To set bit 3 to 1 (binary), do a logic OR operation with the value. Operation Example-1 Binary 10001000 136...

  • Page 140: Basic S-Registers "Atsn=X

    Basic S-Registers "ATSn=x" Command Function & Description Set the number of rings on which the TA will answer. A 0 value disables auto-answer. Counts and stores number of rings from an incoming call. Define escape code character, default <+> (43 dec.).
  • Page 141 Command bit dec hex Function and description 64 40 Profile 2 as active settings after 96 60 Profile 3 as active settings after 128 80 * Factory default as active S16= dec hex Test status register. S18= S20= dec hex DTE speed (bps). Auto 11 B 12 C 13 D...
  • Page 142 Command bit dec hex Function and description 16 10 CD tracks presence of data 6-7 0 64 40 108.1, DTR Off-On transition 128 80 108.2 Data Terminal Ready, 192 C0 108.2, DTR off causes the TA S23= bit dec hex Bit mapped register. 3-5 0 16 10 ATX2 40 24 18 ATX3 48...
  • Page 143 Command bit dec hex Function and description 128 80 TA does not return result code S24= bit dec hex Bit mapped register. 0-1 0-3 0-3 Ring volume control, 4-5 16- S27= bit dec hex Bit mapped register. 3-5 0 24 18 Hardware (RTS/CTS) flow 32 20 Software (XON/XOFF) flow 40 28 Reserved.
  • Page 144 Command bit dec hex Function and description 16 10 When Data/Voice with is 128 60 Enable extended numerical S36= bit dec hex Bit mapped register. 5-7 *0 0 32 20 Enable type 1 security, with 64 40 Enable type 1 security, with 96 60 Enable type 2 security, with 128 80 Enable type 2 security, with 160 A0 Enable type 2 security, with...
  • Page 145 Command bit dec hex Function and description S40= bit dec hex Bit mapped register. S41= bit dec hex Bit mapped register. 32 20 DSR follows DCD and pulses 64 40 Force S0>=2. S42= bit dec hex Bit mapped register. 32 20 Disable Data/Voice button. 64 40 Disable <RINGING>...
  • Page 146 Command bit dec hex Function and description S50= S56= S61= bit dec hex *0 0 S64= S79= bit dec hex Bit mapped register. *0 0 *0 0 *4 4 *8 8 134 Status Registers and Result Codes Inactivity timer for RS-232 Port.
  • Page 147 Command bit dec hex Function and description *0 0 16 10 POTS port 1 is connected to a *0 0 32 20 POTS port 2 is connected to a *0 0 S80= bit dec hex Bit-mapped register: 0 * 0 16 10 Send Low Layer Compatibility 0 * 0 64 40 Send Low Layer Compatibility...
  • Page 148 Command bit dec hex Function and description S83= bit dec hex Bit-mapped register: 4-5 0 * 0 32 20 ATDs, ATDPs, and ATDTs is 48 30 ATDs, ATDPs, and ATDTs is 64 40 DOVBS answer using 64kbps. 128 80 ISDN data call using Voice S84= bit dec hex 136 Status Registers and Result Codes...
  • Page 149 Command bit dec hex Function and description 0 * 0 16 10 Disable Caller ID indication. 32 20 Phone 2 has higher priority for S85= bit dec hex DCA function. 128 80 S85b1-6 is in Minute unit. S86= dec hex D channel protocol selection Capture DTE-DCE interface protocol information.
  • Page 150 Command bit dec hex Function and description S87= bit dec hex *0 0 *0 0 *0 0 5-6 0 * 0 32 20 Bundle connection is enabled in 64 40 Bundle connection is enabled in 96 60 Bundle connection is enabled in *0 0 128 80 DTE port 2 answers incoming S89=...
  • Page 151 Command bit dec hex Function and description 32 32 Enable the metering pulse of 64 40 Enable the metering pulse of S100= dec hex B channel bundling protocol 0 * 0 S102= S104+n= dec hex Outgoing Service Indicator (for S108+n= dec hex Outgoing Service Additional analog adapter, Phone 2.
  • Page 152 Command bit dec hex Function and description 11--- 01--- --0-- --1-- ---0- ---1- ---- 0--- ---- 1--- 11--- 11--- 11--- 11--- 11--- 11--- 01--- 140 Status Registers and Result Codes Fernsprechen analog Fax Gruppe 3 3 * Daten Ober Modem Btx Ober Modem Daten bertragung 64 Kbps (X.75 SLP)
  • Page 153 Command bit dec hex Function and description 1010- 10100 10100 10100 10100 10100 10100 10101 10101 10101 10101 S108+n= dec hex High Layer Compatibility 0 * 0 40 28 Teletex service (Rec.F.220) 49 31 Teletex service (Rec.F.200) Sync. V.110 1200 bps 2400 bps 4800 bps 9600 bps...
  • Page 154 Command bit dec hex Function and description 50 32 Information Interworking for 53 35 Telex service (Rec.F.60) 56 38 Message Handling Systems 65 41 OSI application (Rec.X.200 S114= S115= S117= S118= bit dec hex *0 0 0 * 0 16 10 Use Speech Bearer service 0 * 0 142 Status Registers and Result Codes Video Services (Rec.F.300...
  • Page 155 Command bit dec hex Function and description 32 20 Use Speech Bearer service 0 * 0 64 40 Forbid the POTS port to accept 0 * 0 128 80 Reject analog incoming calls. S119= bit dec hex 0 * 0 0 * 0 0 * 0 0 * 0...
  • Page 156 Command bit dec hex Function and description 32 20 Treat the number assigned by S120= *0 0 *0 0 *0 0 *0 0 *0 0 16 10 Reject unmatched calls for a/b S124= dec hex Empty IP packet interval for S125= bit dec hex 128 80 S125b1-6 is in Minute unit.

  • Page 157: Atxn" Result Code Option Table

    Command bit dec hex Function and description S127= S128= bit dec hex For DTE port 2 only. *0 0 Bit - S-register bit number, 'b', used in 'ATSr.b=n' and 'ATSr.b=?' dec - Decimal value, 'x', used in 'ATSn=x' hex - Equivalent Hexadecimal value. +nnn - Factory default when listed in 'Reference' column.
  • Page 158 ATV0 ATV1 CONNECT 14400 CONNECT 16800 CONNECT 38400 CONNECT 57600 CONNECT 76800 CONNECT 115200 CONNECT 230400 CONNECT 460800 CONNECT 921600 CONNECT 307200 CONNECT 153600 CONNECT 102400 CONNECT 61440 CONNECT 51200 CONNECT 62400 CONNECT 124800 CONNECT 62400 CONNECT 41600 CONNECT 31200 CONNECT 249600 CONNECT 20800 CONNECT 33600...

  • Page 159: Result Code Chart Symbol Reference

    Result Code Chart Symbol Reference Supported % Reports the DTE Speed as: <cr><lf>CONNECT DTE_Speed<cr><lf> @ CONNECT DTE_Speed/Protocol DCE_Speed/Error_Control ** Example: CONNECT 115200/V120 64000/LABD <cr><lf>CONNECT DCE_Speed[/Error_Code]<cr><lf> Example: CONNECT 64000/ARQ CONNECT DCE _Speed/Error_Code/Error_Control Example: CONNECT 64000/ARQ/V42b Result Code Field Descriptions Field Name Error_Code Error_Control Data_Compression V42b...

  • Page 160: Connect Strings For Error Corrected Connections

    Connect Strings for Error Corrected Connections To enable the following numerical (ATV0) and verbose (ATV1) result codes when an error corrected connection is made, set S35 bit 7 to 1. ATS35.7=1<enter> ATV0 ATV1 CONNECT CONNECT 1200 CONNECT 2400 CONNECT 4800 CONNECT 7200 CONNECT 9600 CONNECT 12000...
  • Page 161 Status Registers and Result Codes 149...

  • Page 162: Phone Jack Pinout Assignments

    Phone Jack Pinout Assignments The omni features one RJ-45 phone jack and two RJ-11 phone jacks. The RJ-45 labeled “ISDN S” jack is for ISDN line connection (S/T interface), and the RJ-11 jack labeled “PHONE” (also known as an analog adapter in European countries) is for an optional connection to analog telephone equipment such as a telephone set, answering machine, fax machine or analog modem.
  • Page 163 4. Not Connected Phone Jack Pinout Assignments 151...

  • Page 164: Serial Port Interface

    Serial Port Interface EIA-232D 25 Pin Serial Port Interface ITU-TSS Number Signal Name 108/2 108/1 152 Serial Port Interface Signal/Pin Signal Description Name Protective Ground (GND). Transmitted Data(TXD). Received Data(RXD). Request To Send (RTS). Clear To Send (CTS). Data Set Ready (DSR).
  • Page 165 ITU-TSS Number Signal Name Async. Hardware Flow Control Cable Connection Modem (DCE) Signal DB25 Ground CD (DCD) 1 Signal/Pin Signal Description Name Test. Ring Indicator(RI). Transmit Clock Signal (source: DTE). Test Indicator. to PC to DCE (DTE) (Null) DB 9 DB25 Serial Port Interface 153 Signal...

  • Page 166: Index

    Index 1TR6, 85 Answering a call, 88 Placing a call, 84, 92 ambiguity resolution, 89 American ISDN, 4, 63, 101, 122 analog calls, 73 placing, 74 analog ports, 1 Answering a call, 87 1TR6, 88 Best effort, 88 DSS1, 87 Multi-Auto-Answer, 89 using MSN, 31 V.110, 53...
  • Page 167 EPROM, 1, 3 error correction, 64 European ISDN, 65, 69, 101 factory settings restoring, 9 firmware, 1, 3, 23, 101, 102, 120 Frame Reject Frame. See FRMR FRMR, 31 front panel switch, 9 German national ISDN, 101 Germany National ISDN, 66 hardware reset, 21 HDLC, 29, 53, 59, 67, 103, 121, High-Layer-Compatibility, 34, 81,...
  • Page 168 power supply, 10 PPP, 1, 3, 29, 30, 33, 34, 37, 41, 86, 89, 114, 117, 125, 140, 149, 152 Pre-stored numbers, 63 Protocall Anayzer, 103 PSTN, 2 registering, 5 restoring factory settings. See S/T interface, 9, 12, 18, 19, 33, 89, 101, 104, 155 S104/S107, 85 S108/S111, 85...

This manual is also suitable for:

Omni series

Table of Contents