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Samsung SMG-400 User Manual

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SAMSUNG
SMG-400
SAMSUNG MEDIA GATEWAY
USER GUIDE

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Summary of Contents for Samsung SMG-400

  • Page 1 SAMSUNG SMG-400 SAMSUNG MEDIA GATEWAY USER GUIDE...

  • Page 2: Publication Information

    Publication Information Samsung Telecoms reserves the right without prior notice to revise infor- mation in this publication for any reason. Samsung Telecoms also reserves the right without prior notice to make changes in design or components of equipment as engineering and manu- facturing may warrant.
  • Page 3 Product Name: VoIP Media Gateway Model Name: SMG-400 Manufactured at: Factory Name, Address: Samsung Electronics Co., Ltd, 259 Gongdan-Dong, Gumi-City Kyungbuk, Korea 730-030 We hereby declare that all major safety requirements concerning the CE Marking Directive [93/68/EEC] and Low Voltage Directive [73/23/EEC], ElectroMagnetic Compatibility [89/336/EEC], amendments [92/31/EEC] are fulfilled, as laid out in the guidelines set down by the member states of the EEC Commission.
  • Page 4 Before You Begin This guide is intended for anyone who installs and uses the SMG-400. It provides an introduction to the SMG-400 system as well as network setup and maintenance. Both the novice and expert user in switching systems should first read this guide before installing the SMG-400 system, and pay particular attention to the precautionary notes.

  • Page 5: About This Guide

    It is organized so that you can easily access information by topic of your choice. It is best to read this guide from the beginning to the end for safe installation of the SMG-400. Summaries of the chapters and appendices follow.

  • Page 6: Table Of Contents

    Overview Introduction to SMG-400 · · · · · · · · · · · · · · · · · · · · · · · · · · · · · · · · · SMG-400 Features · · · · · · · · · · · · · · · · · · · · · · · · · · · · · · · · ·...
  • Page 7 · · · · · · · · · · · · · · · · · · · · · · · · · · · · · · · · · Starting SMG-400· · · · · · · · · · · · · · · · · · · · · · · · · · · · · · · · · · · · ·...
  • Page 8 [9] CO Tone Cadence · · · · · · · · · · · · · · · · · · · · · · · · · · · · · · · 5-31 [10] Gain Control · · · · · · · · · · · · · · · · · · · · · · · · · · · · · · · · · · 5-33 [11] Diagnosis ·...
  • Page 9 System Information (Database) Appendix File Structure · · · · · · · · · · · · · · · · · · · · · · · · · · · B-1 File Structure · · · · · · · · · · · · · · · · · · · · · · · · · · · · · · · · · B-1 Hierarchical structure ·...

  • Page 10: Chapter 1 Overview

    Internet or Intranet environment. Since SMG-400 is designed based on hardware and software modules, it is easy to install. Installation of trunks, subscriber lines or new software for additional features is possible, even during operation if necessary.

  • Page 11: Features

    ☞ SLC Analog Interface VoIP Interfaces VoIP is a technology that enables simultaneous transmission of both voice and data over the Internet, and enables Internet telephony service. The SMG-400 system offers the following VoIP interfaces. ☞ H.323-V3 VoIP Interface ☞ Gatekeeper Interface (RAS) ☞...
  • Page 12 ☞ CLI (Command Line Interface) PSTN Routing The SMG-400 system provides a function called PSTN rerouting (or PSTN Detour). PSTN rerouting is used to reroute a call set by a VOIP to PSTN network bypassing an IP network in the case of having poor QoS (Quality of Service), or detecting IP network being busy or disconnected or in error.

  • Page 13: Front View Of Smg-400

    Components of SMG-400 This section explains each component and function of the SMG-400 system. Front View of SMG-400 There are LED indicators to display the activity status of the system on the front of the SMG-400. STATUS LOOP OPER RX...

  • Page 14: Rear View Of Smg-400

    Rear View of SMG-400 There are LOOP ports, SLC ports, SIO port, LAN port, power-in terminal, and power switch on the rear of the SMG-400. 110-240VAC I(ON) 1.4A 50/60Hz LOOP O(OFF) Port Port Description Description Port Port Description Description This is connected to a Private Branch Exchange (PBX), the loop start trunk port of a Key Telephone System (KTS) or to a general analog telephone through each port.

  • Page 15: System Specifications

    Chapter 1 Overview SMG-400 System Specifications This section describes hardware and software specifications of the SMG-400 system. Hardware Specifications Feature Feature Description Description Feature Feature Description Description MPC860 50Mhz Processor Boot Flash ROM : 512KB Flash Memory : 8MB Memory...

  • Page 16: Software Specifications

    Software Specifications Feature Feature Description Description Feature Feature Description Description VxWorks VoIP Protocol ITU-T H.323-V3 VoIP Codec G.723.1, G.729A, G.711 Echo Cancellation (G.165) Silence Suppression (VAD, CNG) Audio DTMF Detection/Generation (In/Outband) Function Selectable A/μlaw Gain/Volume Control Dynamic Jitter Control H.323-V3 Interoperability (RADVision) G3 Internet FAX Relay (FRF.11, T.38) External Gatekeeper RAS Interface VoIP Function...

  • Page 17: Voip Network Configuration Using Smg-400

    A VoIP network can be constructed using SMG-400, PBX, and KTS as the following figure shows. Tandem Gateway Mode The SMG-400 can be run in the tandem gateway mode. It connects the SMG-400 to PBX or KTS, and uses the SMG-400 as a gateway without internal subscribers.

  • Page 18: Standalone Gateway Mode

    Standalone Gateway Mode The SMG-400 can be run in the standalone gateway mode. It connects a telephone to a SLC port on the SMG-400 and uses the system as a VoIP Gateway with internal subscribers. Head Office Legacy PBX SMG-400...

  • Page 19: Chapter 2 System Boards

    This Chapter describes the types of boards available for the SMG-400, and the functions and features of each board. Types of Boards There are two types of board available for the SMG-400: the MCU board and LOOP board. MCU Board MCU (Main Control Unit) boards must be installed in the SMG-400. MCU board controls the entire operation of the system and VoIP Gateway function and provides SLC subscriber ports.

  • Page 20: Mcu Board

    VoIP Part SLC Part MGCB Part This part controls the operation of the entire SMG-400 system. Refer to 'MGCB Part' for more detailed information. VoIP Part This part converts voice data used in a PSTN into data used in an IP network. Refer to 'VoIP Part' for more detailed information.

  • Page 21: Dip Switch

    Set to ON state during an offline test. MGCB Part MGCB (Media Gateway Control Board) part controls the entire operation of the SMG-400 system. Three memories are installed in the MGCB part. ☞ 512KB Flash Memory : Booting program is stored.
  • Page 22 Chapter 2 System Boards G.165 compliance, 16ms echo canceler DTMF detection and generation function U-Law/A-Law support Input/Output Gain Control VAD/CNG support SLC Part The SLC (Subscriber Line Circuit) part provides four analog telephone ports and allows connection to a Private Branch Exchange (PBX), the loop start trunk port of a Key Telephone System (KTS) or a connection to a general analog telephone through each port.

  • Page 23: Loop Board

    LOOP Board The LOOP (Loop Start Trunk) board is an option board providing the local extension trunk interface. It provides 4 trunk ports and each port is connected to SLC port of a Private Branch eXchange (PBX), or the Key Telephone System (KTS). The features and functions of the LOOP board are as follows.

  • Page 24: Chapter 3 Installing The System

    Chapter Installing the System This chapter provides SMG-400 system installation procedures. First, step by step SMG-400 system installation procedures are presented, and then environment configuration, board installation, and power cable connecting procedures are explained. Procedures on Installing the System Following steps must be taken to install the SMG-400 system.

  • Page 25: Condition Of The Installation Location

    Condition of the Installation Location SMG-400 system can be installed in a rack or on a table. To operate the SMG-400 system securely, you have to find the location that satisfies the conditions described in this chapter before setting up the system.

  • Page 26: Grounding Condition

    A single contact point must be made to connect if the grounding of all of the exterior supplementary equipment are connected to the system’s grounding. The SMG-400 grounding conductor should never be connected with the pipe for the interior power wire.

  • Page 27: Input Power Condition

    The input power of the SMG-400 system needs to be supplied with the AC power. You should use the consent that supplies normal AC only for the SMG-400 system. This consent should not be used parallel with other devices. This consent should be located at a safe place to prevent cutting off the power by mistake.

  • Page 28: Unpacking The System

    Unpacking the System After preparing the place to install the SMG-400 system and finishing all the preparation work by meeting all the conditions, move the packed SMG-400 system to the installation location. Unpack the system and check if all the items are in the shipping carton. Basically, there should be the following items in the package.

  • Page 29: Connecting Ground Cable

    Installing the System Connecting Ground Cable The protective earth connection to the SMG-400 is provided via three core mains lead. The earth wire in the mains cord (Green/Yellow) is connected in the factory to the earth terminal within the system. The Earth wire is connected directly to the ground connection on the rear panel of the system.

  • Page 30: Installing Loop Board

    After understanding all these cautions, install the LOOP board on the MCU board in the following way. 1. Loosen the three screws at both ends and the center of the back panel of the SMG-400. I( O V A C...
  • Page 31 Chapter 3 Installing the System 2. Pull the cover of the SMG-400 backward a little and lift it up to remove it. I( O V A C -2 4 0 6 0 H 1 1 0 5 0 / 1 .4 A...
  • Page 32 5. Fit the grooves inside the cover of the SMG-400 to the body of the SMG-400 and push the cover towards the front side of the system. I( O V A C -2 4 0 6 0 H 1 1 0 5 0 / 1 .4 A...

  • Page 33: Installing On The Wall

    Installing the System Installing on the Wall The SMG-400 system can be put on a table or hung on a concrete or wooden wall. This section describes a method for installing the SMG-400 system on a concrete or wooden wall. When installing the SMG-400 system on a table, skip this section and go to the next step entitled “Connecting Cables”.
  • Page 34 3-11 4. After boring the holes, detach the <Screw Position Indicating Diagram>. 5. Drive the plastic anchors into the bored holes using a hammer. 6. Insert a screw into each of the plastic anchors and tighten the screws using a cross-shaped driver.
  • Page 35 3-12 Installing the System 7. You can see 4 holes for screws in the bottom of the SMG-400 system. Among these 4 holes, select two holes into which the screws on the wall are inserted according to a direction in which the SMG-400 system is installed.

  • Page 36: Installing On A Wooden Wall

    3-13 Installing on a Wooden Wall Required Tools The following tools are necessary to install the SMG-400 system on a wooden wall. Prepare these tools in advance. Cross-shaped driver (6.5mm) Two screws with cross-recessed heads Installing 1. Tear out the <Screw Position Indicating Diagram> attached to this guidebook.
  • Page 37 3-14 Installing the System 5. You can see 4 holes for screws in the bottom of the SMG-400 system. Among these 4 holes, select two holes into which the screws on the wall are inserted according to a direction in which the SMG-400 system is installed.

  • Page 38: Connecting Cables

    1. To connect the SMG-400 and PBX or KTS with general trunk, connect one end of a RJ-11 cable to the SLC port of the SMG-400, and the other end to the LOOP port of the PBX or KTS. SLC port of SMG-400...
  • Page 39 3-16 Installing the System 4. Connect the SMG-400 to the network of the site. Connect one end of a RJ-45 cable (Twisted pair category-5 straight-through) to the LAN port of the SMG-400, and the other end of the cable to the Ethernet port of the hub or switch.

  • Page 40: Connecting Power Cable

    3-17 Connecting Power Cable Before connecting the power cable to the SMG-400, you have to be aware of the following guidelines. Do not connect other equipment to the AC outlet connected to the system to avoid malfunction or fire of the system due to electrical noise and low voltage.

  • Page 41: Chapter 4 Configuring The System

    Chapter Configuring the System This chapter describes procedures for the configuration of the SMG-400 operating environment with console terminal as well as the login procedure in console terminal. Setting up the Terminal Terminal setup methods differ according to terminal types and operating system. In this manual, we will using an example of how to use the hyper terminal on a PC running with a Windows 98 operation system.
  • Page 42 6. Next, the <COMx Properties> window appears, where the user can configure various options for the selected COM port. Configure each item as shown in the following and click [OK]. 7. Next, a new hyper terminal where the user can set up the SMG-400 by using console commands will pop up.

  • Page 43: Starting Smg-400

    Starting SMG-400 This section describes the login procedure using CLI, after turning on SMG-400. Turning on While the hyper terminal window is on the screen, turn on the SMG-400 with the power button in the rear of the system. ON(I)

  • Page 44: Logging In

    Chapter 4 Configuring the System Logging in 1. After the SMG-400 boots up, the login prompt will show the following. Login: 2. Type ‘ smg400’ at the login prompt and press [Enter]. Login: smg400 3. Type password at ‘Password:’ and press [Enter]. When logging in for the very first time, enter ‘smg400v1’.

  • Page 45: Configuring The Operating Environment

    To operate the SMG-400, only the fundamental information configuration is required, and the detailed operation environment configuration is configured automatically by using default values. The following 3 configurations are necessary for the operation of the SMG-400. Other than these configurations, additional operation environment configurations are not normally used.

  • Page 46: Configuring The Tcp/Ip

    - IP address of default gateway Option Automatic Configuration To set up TCP/IP information automatically using a DHCP server, configure the SMG-400 as a DHCP client using the following directions. 1. At the SMG-400 prompt, type ‘sysmenu’ and press [Enter].
  • Page 47 <<<<< System Configuration Menu >>>>> [0] DHCP Client Setting [1] Network Configuration [2] Login ID Configuration [3] System Upgrade [4] Display Package Information [5] Default DB Setting [6] Restart System [7] Exit Select ? 0 3. <DHCP Client Setting> screen is displayed. Enter the values as following indications. <...
  • Page 48 Referring to the following directions, specify static IP address, subnet mask, and IP address of default gateway for the SMG-400. 1. At the SMG-400 prompt, type ‘sysmenu’ and press [Enter]. SMG400:165.213.81.230> sysmenu 2. <System Configuration Menu> screen is displayed. Type ‘1’ and press [Enter].
  • Page 49 [ . :Exit ] Change Network Configuration? (y: Yes, n: No) -> y y y y 4. The following message is displayed. Input the IP address of the SMG-400 and press [Enter]. IP Address (dot form): 165.213.81.230 -> 165.213.81.230 5. Input the IP address of default gateway and press [Enter].
  • Page 50 7. TOS (Type Of Service) value is used to determine the priority of voice packets transmitted from the SMG-400 on the network, which enables the network to provide better QOS (Quality Of Service). Input appropriate TOS value and press [Enter].

  • Page 51: Configuring The System Operation Mode

    Setting up Gateway Operation Mode SMG-400 gateway operates in either of the following 2 operation modes. ☞ Tandem Gateway : SMG-400 communicates with PBX or KTS over PSTN trunk without subscriber phone connection. ☞ Standalone Gateway : SMG-400 communicates with analog telephone with PSTN trunk with subscriber phone connection through SLC port.
  • Page 52 [15] Save & Exit [16] Exit Select ? 0 3. To configure the gateway operation mode of the SMG-400, type ‘0’ and press [Enter]. < < < < < Gateway Operation Mode > >> > > +---+----------------------+------------------+-------------+ | No |...
  • Page 53 4-13 (continued) | 10 | | 11 | | 12 | | 13 | | 14 | | 15 | | 16 | | 17 | +---+-------------+--------++----+-----------------+--------+ [ . :Exit, - :Null, Enter :Skip ] Configuration Item Number: 0 4. Type the number of desired gateway operation mode and press [Enter]. Gateway Operation Mode (0:Tandem Gateway, 1:Standalone): Standalone ->...
  • Page 54 Setting up PCM Type PCM (Pulse Code Modulation) is the most frequently used analog-to-digital encoding (A/D conversion technique to convert analog voice into digital signal). SMG-400 provides 2 PCM types, which are A-law and U-law. ☞ A-law : A-law is an ITU-T (International Telecommunication Union) standard for analog-to- digital conversion in PCM.
  • Page 55 4-15 2. <PCM Method> screen is displayed. Type ‘0’ and press [Enter]. < < < < < PCM Method >> > > > +---+-------------------------+----------------+------------+ | No | Items Value Default +---+-------------------------+----------------+------------+ PCM Type A_LAW A_LAW +---+-------------------------+----------------+------------+ [ . :Exit ] Configuration Item Number: 0 0 0 0 3.
  • Page 56 Chapter 4 4-16 Configuring the System (Continued) [11] Diagnosis [12] MMC Port Block/UnBlock [13] Display Card Configuration [14] Display Port Status [15] Save & Exit [16] Exit Select ? 16 6. Message asking if you want to save the changed configuration in flash memory is displayed. Type ‘y’...

  • Page 57: Configuring The Voip

    4-17 Configuring the VoIP This section describes the procedures for the SMG-400 VoIP configuration. The SMG-400 VoIP configuration procedure is determined by the Gatekeeper service that translates terminal aliases such as telephone number in E.164 format, e-mail address, and H.323 ID into an IP address.
  • Page 58 +-----+--------------------+-----+--------------------+ [ . :Exit ] Configuration Item Number: 1 1 1 1 5. Input IP address of opposite VoIP equipment to be connected to the SMG-400 and press [Enter]. IP Address (dot form): 165.213.81.230 -> 6. To register the IP address of other VoIP equipment, repeat steps 4 ~ 5.
  • Page 59 4-19 7. After VoIP table creation is completed, type ‘.’ and press [Enter]. Configuration Item Number: . 8. To close current screen, type ‘.’ and press [Enter]. IP Table Index Number(Range: 0 ~ 31): . 9. After returning to the <VoIP Configuration Menu> screen. Type ‘8’ and press [Enter]. <<<<<...
  • Page 60 Option When using Gatekeeper Configure Gatekeeper information according to the following directions. 1. At the SMG-400 prompt, type ‘voipmenu’ and press [Enter]. SMG400:165.213.81.230> voipmenu 2. <VoIP Configuration Menu> screen is displayed. Type ‘2’ and press [Enter]. <<<<< VoIP Configuration Menu >>>>>...
  • Page 61 Gatekeeper after a number conversion using the routing table set in the SMG-400, or input “0” not to use the routing table set in the SMG-400. Then press the [Enter] key. GW Routing In GK Mode (0:Disable, 1:Enable): Disable -> 0 7.
  • Page 62 10. Input alias name (host name) of gatekeeper and press [Enter]. Gatekeeper Alias Name : Gatekeeper -> Gatekeeper1 11. To specify H.323 ID of the SMG-400, type ‘9’ and press [Enter]. Configuration Item Number: 9 12. Input H.323 ID of the SMG-400 for login and press [Enter].

  • Page 63: Chapter 5 Cli (Command Line Interface)

    Menu Configuration The CLI menu of the SMG-400 consists of 6 main menus. Each menu has a number of submenus, except for ‘help’ and ‘quit’ menus.

  • Page 64: Using Menus

    Make sure that you familiarize yourself with the following instructions on the CLI Menus of the SMG-400. Selecting the Main Menu To select the Main Menu from prompt on the SMG-400 main screen, type in the name of the desired menu. For example, type ‘sysmenu’ and press [Enter] to select sysmenu. Selecting a Submenu To select a submenu, type the number of the desired submenu.

  • Page 65: System Configuration Menu

    System Configuration Menu You can set overall system functions, such as IP address and login password, of the SMG-400 from the System Configuration Menu. You can also view values of parameters such as system version information. The following <System Configuration Menu> screen will appear when you type ‘sysmenu’ and press [Enter] from the prompt on the main screen.

  • Page 66: Dhcp Client Setting

    [0] DHCP Client Setting Function You can set the SMG-400 as a DHCP client. By doing so, the DHCP server automatically allocates an IP address for the SMG-400. After the setup, you must restart the system to implement the change.

  • Page 67: Network Configuration

    [1] Network Configuration Function Users can set the network configuration such as IP address for the SMG-400, default gateway address and subnet mask. After setup, you must restart the system to implement the change. Procedure 1. In the <System Configuration Menu> screen, type ‘1’, and press [Enter].
  • Page 68 TOS (Type Of Service) requests a router for a specific service to effectively process voice packets (that are transmitted from the SMG-400) on the network. Refer to the definition of terms listed in the Appendix D for a full description of TOS.
  • Page 69 [2] Login ID Configuration Function You can change the login name and password of CLI. Default Login Name smg400 Value Login Passwd smg400v1 Procedure 1. In the <System Configuration Menu> screen, type ‘2’, and press [Enter]. < < < < < Login ID Configuration >> > > > +----+---------------------+------------------+ | No Items...

  • Page 70: System Upgrade

    You can view the system upgrade information, or change the program of the DSP chip for VoIP and the operation program for the SMG-400 using TFTP or FTP. Changes are stored in the system’s flash memory and will be implemented when the system is rebooted.
  • Page 71 2. To upgrade the system software, type ‘y’, and press [Enter]. Upgrade This System? (y: Yes, n: No) -> y 3. Select an upgrade method and press [Enter]. Upgrade Method (1: TFTP, 2: FTP) -> 4. When TFTP is selected, input the IP address of the TFTP server. When FTP is selected.

  • Page 72: Display Package Information

    Saved Program File Count : Number of program files stored in flash memory. Upgrade Status : Status of the latest upgraded system program. EMS : Indicates whether EMS (Element Management System), the GUI maintenance tool for the SMG-400, is enabled.

  • Page 73: Default Db Setting

    5-11 [5] Default DB Setting Function You can set all values of each variable in the SMG-400 to default values, by database type. Procedure 1. In the <System Configuration Menu> screen, type ‘5’, and press [Enter]. 2. When the following message appears, select which database variables are to be changed to default values and press [Enter].

  • Page 74: Restart System

    Chapter 5 5-12 CLI (Command Line Interface) [6] Restart System Function When you execute the system restart command the system will restart provided that the value of Upgrade Status on the 4) Display Package Information menu is ‘SUCCESS’. If the value is ‘Fail’ or ‘Loading’, the system will not restart and a warning message will appear.

  • Page 75: Pstn Configuration Menu

    In the PSTN Configuration Menu, you can set the PSTN interface that is required to connect to the PSTN trunk line. You can also view the values of parameters. At the SMG-400 prompt of the main screen, type ‘pstnmenu’ and press [Enter]. The following PSTN Configuration Menu screen will be displayed.
  • Page 76 Chapter 5 5-14 CLI (Command Line Interface) The following is an overview of the 17 submenus found in the PSTN Configuration Menu. Menu Menu Functions Functions Menu Menu Functions Functions Gateway Operation Mode Sets the system operation mode. When PSTN routing, it configures a trunk line access code PSTN Rerouting Insert Digit used in either PBX or KTS.

  • Page 77: Gateway Operation Mode

    The SMG-400 operates in either of the following modes. In this menu you can configure the operation mode of the SMG-400. Tandem Gateway : You can connect the SMG-400 to PBX or KTS, and use the system as a gateway without internal subscribers.
  • Page 78 [ . :Exit, - :Null, Enter :Skip ] Configuration Item Number:0 0 0 0 2. To change the operation mode of the SMG-400, type ‘0’, and press [Enter]. Configuration Item Number: 0 3. To change the operation mode to Tandem Gateway or Standalone, press ‘0’ or ‘1’...
  • Page 79 Without ‘#’ or dialing timeout, however, when the designated number of dialing digits for the assigned prefix are incoming, it is considered the dialing termination. This feature shortens the call connetion time for SMG-400 because SMG-400 decides the dialing termination without any other termination separators.

  • Page 80: Pstn Rerouting Insert Digit

    IP network being busy or disconnected or in error. At the time of PSTN rerouting, an access code is required for PABX or KTS connected to SMG-400 to access the PSTN trunk line depending on the environment of the operating site. This access code can be specified.

  • Page 81: Pcm Method

    PCM (Pulse Code Modulation) is the most frequently used analog-to-digital encoding (A/D conversion technique to convert analog voice into digital signal). SMG-400 provides 2 PCM types, which are A-law and μ-law. In this menu, PCM type can be changed. The PCM coding method of the PBX or KTS connected to the SMG-400 system must be set the same.

  • Page 82: Dial Method

    Chapter 5 5-20 CLI (Command Line Interface) [3] Dial Method Function You can set the digit transmission method and its options on the trunk connected to a PSTN interface. MFC (DTMF): The digit transmission method that is used to send pressed numbers on a tone telephone.
  • Page 83 5-21 Specify a value referring to the following table, and press [Enter]. Item Item Description Description Item Item Description Description Selects a trunk digit transmission type. Dial Type Selection 0. MFC : Multi-Frequency (DTMF) type 1. PULSE : Pulse type DTMF Holding Time Specifies MFC digit holding time.

  • Page 84: Slc Signal

    Chapter 5 5-22 CLI (Command Line Interface) [4] SLC Signal Function You can set the signal type of the SLC interface. Procedure 1. In the <PSTN Configuration Menu> screen, type ‘4’, and press [Enter]. < < < < < SLI Signal > > > > > +---+------------------+------+---------+--------+ | No | SLI Signal Timer...

  • Page 85: Trunk Signal

    5-23 [5] Trunk Signal Function You can set the signal type for analog and digital trunk. Procedure 1. In the <PSTN Configuration Menu> screen, type ‘5’, and press [Enter]. < < < < < Trunk Signal >> > > > +---+-------------------+---------------+---------+ | No | Trunk Signal Type...
  • Page 86 Chapter 5 5-24 CLI (Command Line Interface) 3. Specify a value referring to the following table, and press [Enter]. Item Description This sets whether to insert ‘#’ at the end of a Insert End Of Digit trunk digit. The time elapsed for a seizure signal being Seize Time maintained until hook off is detected.

  • Page 87: Call Control Method

    5-25 [6] Call Control Method Function You can set the signal type required to process a call. The items in this menu have different default values for Tandem Gateway and Standalone modes. Procedure 1. In the <PSTN Configuration Menu> screen, type ‘6’, and press [Enter]. <...
  • Page 88 Chapter 5 5-26 CLI (Command Line Interface) 3. Specify a value referring to the following table, and press [Enter]. Item Description The time elapsed to receive the first digit after First Digit Time hook off. Typed number x 1sec is the actual time. The maximum time between the received digits Inter Digit Time after hook off.

  • Page 89: Ring Cadence

    5-27 [7] Ring Cadence Function You can distinguish the ring type by setting the ring cadence (interval between rings). Sets the cadence in units of 100msec. Procedure 1. In the <PSTN Configuration Menu> screen, type ‘7’, and press [Enter]. < < < < < Ring Cadence >> > > > +---+---------+--------+--------+--------+--------+ Ring Cadence (Default Value)
  • Page 90 Chapter 5 5-28 CLI (Command Line Interface) Set the cadence for the selected ring type, and press [Enter]. Typed number x 100msec is the actual time. Item Item in Detail Description The time elapsed for the first SLI ring SLI Ring 1st on Time to be ON.

  • Page 91: System Tone Cadence

    5-29 [8] System Tone Cadence Function You can set the tone cadence that is sent by the SMG-400. Sets the tone cadence by tone type in units of 50msec. Procedure 1. In the <PSTN Configuration Menu> screen, type ‘8’, and press [Enter].
  • Page 92 Chapter 5 5-30 CLI (Command Line Interface) (Continued) Item Item in Detail Description The time elapsed for the first busy tone BUSY 1st on Time to be On. The time elapsed for the first busy tone BUSY 1st off Time Busy to be Off.

  • Page 93: Co Tone Cadence

    5-31 [9] CO Tone Cadence Function You can set CO tone cadence to identify tones coming from a CO when the SMG- 400 is connected to a CO line. The tone cadence can be set to units of 50msec by tone type.
  • Page 94 Chapter 5 5-32 CLI (Command Line Interface) 3. Set the CO tone cadence referring to the following table, and press [Enter]. Typed number x 50msec is the actual time. Item Item in Detail Description BUSY CO TONE The time elapsed for the first busy tone to 1st on Time be On.

  • Page 95: Gain Control

    5-33 [10] Gain Control Function You can adjust call quality (gain control) depending on the connection type, i.e. analog telephone, analog trunk or digital trunk line. Each gain is set in units of dB. Procedure 1. In the <PSTN Configuration Menu> screen, type ‘10’, and press [Enter]. <...
  • Page 96 Chapter 5 5-34 CLI (Command Line Interface) 3. Set value of gain referring to the following table, and press [Enter]. Item Description Specifies the call quality that transmits from TX to SLI SLI RX of analog telephone. Specifies the call quality that transmits from TX of SLI ATRK analog telephone to RX of analog trunk.

  • Page 97: Diagnosis

    5-35 [11] Diagnosis Function You can set a regular interval to diagnose the PSTN interface of the SMG-400. Setting it to ‘0’ it bypasses the diagnosis. You can set the interval at units of 1sec by the test type. Procedure 1.

  • Page 98: Mmc Port Block/Unblock

    Chapter 5 5-36 CLI (Command Line Interface) [12] MMC Port Block/UnBlock Function You can set Block/UnBlock on each port of the system. ‘Block’ indicates ‘disabled to use’ and ‘UnBlock’ indicates ‘enabled to use’. Procedure 1. In the <PSTN Configuration Menu> screen, type ‘12’, and press [Enter]. <...

  • Page 99: Display Card Configuration

    5-37 [13] Display Card Configuration Function Displays type of cards that are installed on the system. Procedure 1. In the <PSTN Configuration Menu> screen, type ‘13’, and press [Enter]. < < < < < Display Card Configuration >> > > +-----------+------------------+------------------+ Card Name Card Type...

  • Page 100: Display Port Status

    Chapter 5 5-38 CLI (Command Line Interface) [14] Display Port Status Function You can view the status of each port installed in the system. Procedure 1. In the <PSTN Configuration Menu> screen, type ‘14’, and press [Enter]. 2. When the following message appears, input the card type number to display, and press [Enter].

  • Page 101: Save & Exit

    5-39 To continue to check the status of other cards, input the card type number to check. Card Type [0: VoIP, 1: SLI, 2: LOOP] : [15] Save & Exit Function After saving changes, it closes the <PSTN Configuration Menu> screen, and returns to the main menu screen.

  • Page 102: Voip Configuration Menu

    CLI (Command Line Interface) VoIP Configuration Menu In the VoIP Configuration Menu, you can control the IP interface that connects to the SMG-400. You can also set IP routing information together with VoIP features. At the prompt on the startup screen, type ‘voipmenu’ and press [Enter]. The following screen will be displayed.

  • Page 103: Voip General Option

    5-41 [0] VoIP General Option Function You can set general options for VoIP services. Procedure 1. In the <VoIP Configuration Menu> screen, type ‘0’, and press [Enter]. < < < < < VoIP General Option >> > > > +---+--------------------------+--------+--------+ | No | Items Value...
  • Page 104 GWID, it is the ID information that is sent to the other party. When sending a VoIP call via IP network, it selects the Caller ID type that is sent from the SMG-400 to recipients. 0. GWID : Uses Gateway ID number.
  • Page 105 +1) can be used. Status Sets the status monitoring period between Samsung’s Monitoring VoIP Gateways. It is only to be used when the SMG-400 Period is connected to Samsung’s VoIP Gateway. Max. Fax Sets the max allowable number of Internet fax channels Service Count with the SMG-400.

  • Page 106: Voip Dsp Option

    Chapter 5 5-44 CLI (Command Line Interface) [1] VoIP DSP Option Function You can set DSP (Digital Signal Processing) options for VoIP services. Procedure 1. In the <VoIP Configuration Menu> screen, type ‘1’, and press [Enter]. < < < < < VoIP DSP Option >> > > > +---+----------------------+-----------+----------+ | No | Items...
  • Page 107 5-45 3. Set the values for the selected item referring to the following table, and press [Enter]. Item Description Selects VoIP Codec. 1. G.711(64K) Audio Codec 2. G.723.1(6.3K) 3. G.729a(8K) 4. G.729 (8K) Echo Cancellation is the function to remove echo that Echo is generated by voice reflection on Packet Delay and Cancellation...
  • Page 108 Chapter 5 5-46 CLI (Command Line Interface) (Continued) Item Description Sets the loss limit on voice packets received through RTP Loss Limit RTP. When the limit is exceeded during communication, it is used as a basic index for network error. RTP Loss Check Sets the RTP Loss check period.

  • Page 109: Voip Gatekeeper Option

    5-47 [2] VoIP Gatekeeper Option Function You can set information required for Gatekeeper connection when the SMG-400 is to be connected to Gatekeeper. Procedure 1. In the <VoIP Configuration Menu> screen, type ‘2’, and press [Enter]. < < < < < VoIP Gatekeeper Option > > >> >...
  • Page 110 Gatekeeper. The types include E.164 ID Type of Gateway mode and Caller ID in the Caller ID Table. Specifies the manufacturer of Gatekeeper. 0. SIGK : Select if Samsung Internet Gatekeeper is to Gatekeeper be connected. Type 1. Other GK : Select if other company’s Gatekeeper is to be connected.
  • Page 111 5-49 (Continued) Item Description Gateway Name Sets H.323 ID to be registered as ID of SMG-400 H.323 ID with Gatekeeper. Gateway Name Sets E.164 to be registered as ID of SMG-400 with E.164 Gatekeeper.

  • Page 112: Voip Routing Table

    Chapter 5 5-50 CLI (Command Line Interface) [3] VoIP Routing Table Function You can set the type of connection to another party’s VoIP equipment depending on the prefix of sent VoIP calls to IP network. Procedure 1. In the <VoIP Configuration Menu> screen, type ‘3’, and press [Enter]. VoIP Routing Table (0:Outbound Routing Table, 1: Inbound Routing Table) ->...
  • Page 113 5-51 Input the routing table number to be changed, and press [Enter]. It sets the way of handling dialing digits sent to IP Network though SMG-400. Configuration Item Number: 4.Set the values for the selected item referring to the following table, and press [Enter].
  • Page 114 Chapter 5 5-52 CLI (Command Line Interface) Now type ‘1’ in VoIP Routing Table to set the Prefix. VoIP Routing Table (0: Outbound Routing Table, 1:Inbound Routing Table)->1 < < < < < VoIP Inbound Routing Table > > > > > +----+-----------+--------+--------+------------+ | Acc Code | Acc Code...
  • Page 115 5-53 7. Set the values for the selected item referring to the following table, and press [Enter]. Item Description The Prefix pattern of the incoming dialing digits. The Access Code maximum length of Access Code digit is 16. Acc Code Length The number of Access Code digits.

  • Page 116: Voip Caller Id Table

    You can set the Caller ID when sending a call through IP Network. Caller ID can be set separately according to the PSTN ports of SMG-400. To use this feature, the second item of [0] VoIP General Option, Caller ID Type, must be set to Caller ID Table.

  • Page 117: Voip Remote Ip Table

    5-55 [5] VoIP Remote IP Table Function More than one IP address must be specified in the VoIP IP Table that is set by the VoIP Routing Table for VoIP outgoing call services. The VoIP IP Table is the table containing the IP address information of another party’s VoIP device, which will be connected with access codes.
  • Page 118 Chapter 5 5-56 CLI (Command Line Interface) 4. Input the table number to set IP addresses, and press [Enter]. Configuration Item Number: 5. When the following message appears, type in an IP address and press [Enter]. IP Address (dot form): 0.0.0.0 ->...

  • Page 119: Voip Remote Ip Status

    5-57 [6] VoIP Remote IP Status Function You can display the status of each IP address in the VoIP IP Table. With the SMG- 400 Gateway function of monitoring status, this menu provides accurate status information. Procedure 1. In the <VoIP Configuration Menu> screen, type ‘6’, and press [Enter]. 2.
  • Page 120 Unless the value of 14 item of [0] VoIP General Option, Status Monitoring Period, is ‘0’, you get the exact information. This feature can be used only when SMG-400 is connected to Samsung Gateway. The following status information may be displayed.

  • Page 121: Save & Exit

    5-59 [7] Save & Exit Function After saving changes, it closes the <VoIP Configuration Menu> screen, and returns to the main menu screen. Procedure In the <VoIP Configuration Menu> screen, type ‘7’, and press [Enter]. [8] Exit Function Without saving changes, it closes the <VoIP Configuration Menu> screen, and returns to the main menu screen.

  • Page 122: Cli Command Menu

    The CLI Command Menu displays the list of CLI commands, which SMG-400 system administrators can use, and provides simple directions. At the SMG-400 prompt, type 'clicmd,' and press [Enter]. Then, the screen displays a list of simple descriptions of available CLI commands as follows: <<<<<...
  • Page 123 Function It displays the list of CLI commands that the user can use to operate the system. Procedure Type ‘clicmd’ at the SMG-400 prompt, and press [Enter]. Then, the following CLI command list is displayed on the screen. SMG400:165.213.81.230> clicmd...
  • Page 124 Chapter 5 5-62 CLI (Command Line Interface) cdrhelp Function This command prints the list of short descriptions of the CLI commands that the user uses to operate the system to display the CDR information. For detailed description of the CDR format, please see "Chapter 7 Using the CDR (Call Detail Record)."...
  • Page 125 Function It displays the CDR information regarding the currently connected call. Procedure If you want to see the CDR information regarding the currently connected call, type 'cdrlist' at the SMG-400 prompt, and press [Enter]. SMG400:165.213.81.230> cdrlist <<<<< Current CDR >>>>>...
  • Page 126 CDR port as the default port. It will revert the system back to the initial setting. Procedure If you want to delete all CDR information, type 'CDRclear' at the SMG-400 prompt, and press [Enter].
  • Page 127 UDP IP Address Unknown Procedure If you want to see the setting of the CDR-related options, type 'CDRsetlist' at the SMG-400 prompt, and press [Enter]. SMG400:165.213.81.230> CDRsetlist >>>[CDR] Turn On CDR Output on TCP Link ← tcp link is turned On.
  • Page 128 Default [CDR] TCP Port 8200 Procedure At the SMG-400 prompt, type 'CDRtcpport' and a space, and type the TCP port for displaying the CDR information, and then press [Enter]. For example, if you want to set the TCP port for displaying the CDR information...
  • Page 129 Set the UDP IP address and UDP port for the UDP Link that will display the CDR output information. Procedure In the SMG-400 prompt, type 'CDRudpport' and a space, and type the UDP IP address and port for displaying the CDR information, and then press [Enter].
  • Page 130 TCP Link is not generated. Basically, the CDR TCP Link is turned Off. Procedure If you want to inactivate the current TCP CDR output Link, type 'Offcdrtcp' at the SMG-400 prompt, and press [Enter]. SMG400:165.213.81.230> Offcdrtcp >>>[CDR] Turn Off CDR Output on TCP Link Goodvalue = 0 = 0x0 SMG400:165.213.81.230>...
  • Page 131 UDP Link is not generated. Basically, the CDR UDP Link is turned Off. Procedure If you want to inactivate the current UDP CDR output Link, type 'Offcdrudp' at the SMG-400 prompt, and press [Enter]. SMG400:165.213.81.230> Offcdrudp >>>[CDR] Turn Off CDR Output on UDP Link Goodvalue = 0 = 0x0 SMG400:165.213.81.230>...
  • Page 132 Basically, the CDR TCP link output is turned Off. Procedure 1. If you want to display the CDR information on the TCP Link, type 'Oncdrtcp' at the SMG-400 prompt, and press [Enter]. SMG400:165.213.81.230> Oncdrtcp >>>[CDR] Turn On CDR Output on TCP Link >>>[CDR] TCP Port(8500)
  • Page 133 UDP Link must be set. These values do not have Defaults, and users must set them. Procedure 1. If you want to display the CDR information on the UDP Link, type 'Oncdrudp' at the SMG-400 prompt, and press [Enter]. SMG400:165.213.81.230> Oncdrudp >>>[CDR] Turn On CDR Output on UDP Link >>>[CDR] UDP IP Address = 165.213.87.85...
  • Page 134 Function It displays the current system time in the 'day of the week month day hour:minute:second year' format. Procedure Type 'date' at the SMG-400 prompt, and press [Enter]. SMG400:165.213.81.230> date >>> Date: Thu Feb 21 10:32:12 2002 value = 1 = 0x1...
  • Page 135 The system information file is an ASCII file. Procedure At the SMG-400 prompt, type 'dbfilehelp,' and press [Enter]. Then, the following DB-related CLI command list is displayed on the screen. SMG400:165.213.81.230> dbfilehelp...
  • Page 136 It saves the default DB value of the current system in a file. Procedure At the SMG-400 prompt, type 'getdefdb' and a space, and type the file name to save, and press [Enter]. Then, the default DB backup file is created. The file name must be in quotation marks ("").
  • Page 137 It saves the DB value currently set for the system in a file. Procedure At the SMG-400 prompt, type 'getdb' and a space, and type the file name to save, and press [Enter]. Then, the system DB backup file is created. The file name must be in quotation marks ("").
  • Page 138 FTP program to send the saved DB file to the system, and use this command to set the DB for the system. Procedure At the SMG-400 prompt, type 'putdb' and a space, and type the file name of the DB to save in the system, and press [Enter]. Then, the system DB is saved as the applicable DB value.
  • Page 139 For detailed description of system information file configuration, please see "Appendix B. System Information File Configuration." Procedure At the SMG-400 prompt, type 'dump' and a space, and type the name of the file to display, and press enter [Enter]. Then, the file is displayed on the console screen.
  • Page 140 Chapter 5 5-78 CLI (Command Line Interface) SMG400:165.213.81.230> ls <- Check system information file. DB.TXT value = 0 = 0x0 SMG400:165.213.81.230> dump "db.txt" <- Print the system information file on the screen. system_db() sys.dhcp() sys.dhcp.client = 0 ; def(0) min(0) max(1) (0)no, (1)yes sys.dhcp.classid = ;...
  • Page 141 It is used to read the system information file from the console and save it in a file. Procedure 1. At the SMG-400 prompt, type 'load' and a space, and type the name of the file for entering characters, and press [Enter]. Then, the prompt on the next line will blink.
  • Page 142 Chapter 5 5-80 CLI (Command Line Interface) SMG400:165.213.81.230> ls <- Command used to check the file value = 0 = 0x0 SMG400:165.213.81.230> load "db.txt" <- The system information is saved in db.txt file. system_db() <- Enter the system information. sys.dhcp() sys.dhcp.client = 0 ;...
  • Page 143 This command displays short descriptions of CLI commands concerning miscellaneous options that can be set in the system. Procedure At the SMG-400 prompt, type 'optionhelp,' and press [Enter]. Then, the following CLI command list for setting options is displayed on the screen.
  • Page 144 800 Off (tandem mode) On (standalone mode) hot connection Off broadcast function Off loop disconnect check functionOff Procedure Type 'Showoption' at the SMG-400 prompt, and press [Enter]. SMG400:165.213.81.230> Showoption 800 : On hot connection : Off broadcast function : Off...
  • Page 145 This CLI sets the currently active status, and if the setting needs to be maintained during system booting, it must be saved in the CLI’s pstnmenu. Procedure 1. At the SMG-400 prompt, type 'Off800,' and press [Enter]. SMG400:165.213.81.230> Off800 Off 800 option...
  • Page 146 Chapter 5 5-84 CLI (Command Line Interface) 2. To maintain this setting during system booting, enter the CLI’s pstnmenu and select item 15 '[15] Save & Exit,' and press [Enter]. SMG400:165.213.81.230> pstnmenu <<<<< PSTN Configuration Menu >>>>> [0] Gateway Operation Mode [1] PSTN Rerouting Insert Digit [2] PCM Method [3] Dial Method...
  • Page 147 This CLI sets the currently active status, and if the setting needs to be maintained during system booting, it must be saved in the CLI’s pstnmenu. Procedure 1. At the SMG-400 prompt, type 'On800,' and press [Enter]. SMG400:165.213.81.230> On800 On 800 option...
  • Page 148 Chapter 5 5-86 CLI (Command Line Interface) 2. To maintain this setting during system booting, enter the CLI’s pstnmenu and select item 15 '[15] Save & Exit,' and press [Enter]. SMG400:165.213.81.230> pstnmenu <<<<< PSTN Configuration Menu >>>>> [0] Gateway Operation Mode [1] PSTN Rerouting Insert Digit [2] PCM Method [3] Dial Method...
  • Page 149 This CLI sets the currently active status, and if the setting needs to be maintained during system booting, it must be saved in the CLI’s pstnmenu. Procedure 1. At the SMG-400 prompt, type 'Offhotconnection,' and press [Enter]. SMG400:165.213.81.230> Offhotconnection Off hot connection...
  • Page 150 Chapter 5 5-88 CLI (Command Line Interface) 2. To maintain this setting during system booting, enter the CLI’s pstnmenu and select item 15 '[15] Save & Exit,' and press [Enter]. SMG400:165.213.81.230> pstnmenu <<<<< PSTN Configuration Menu >>>>> [0] Gateway Operation Mode [1] PSTN Rerouting Insert Digit [2] PCM Method [3] Dial Method...
  • Page 151 This CLI sets the currently active status, and if the setting needs to be maintained during system booting, it must be saved in the CLI’s pstnmenu. Procedure 1. At the SMG-400 prompt, type 'Onhotconnection,' and press [Enter]. SMG400:165.213.81.230> Onhotconnection On hot connection...
  • Page 152 Chapter 5 5-90 CLI (Command Line Interface) 2. To maintain this setting during system booting, enter the CLI’s pstnmenu and select item 15 '[15] Save & Exit,' and press [Enter]. SMG400:165.213.81.230> pstnmenu <<<<< PSTN Configuration Menu >>>>> [0] Gateway Operation Mode [1] PSTN Rerouting Insert Digit [2] PCM Method [3] Dial Method...
  • Page 153 This CLI sets the currently active status, and if the setting needs to be maintained during system booting, it must be saved in the CLI’s pstnmenu. Procedure 1. At the SMG-400 prompt, type 'Offbcast,' and press [Enter]. SMG400:165.213.81.230> Offbcast Off broadcast function...
  • Page 154 Chapter 5 5-92 CLI (Command Line Interface) 2. To maintain this setting during system booting, enter the CLI’s pstnmenu and select item 15 '[15] Save & Exit,' and press [Enter]. SMG400:165.213.81.230> pstnmenu <<<<< PSTN Configuration Menu >>>>> [0] Gateway Operation Mode [1] PSTN Rerouting Insert Digit [2] PCM Method [3] Dial Method...
  • Page 155 - Channel the port number of the applicable slot (1~8). - Tel telephone number for connecting to the speaker. Procedure 1. At the SMG-400 prompt, type 'Onbcast' and type the desired slot, channel, and telephone number in parentheses, and press [Enter]. The parameter must be in parentheses and separated by commas (,).
  • Page 156 Chapter 5 5-94 CLI (Command Line Interface) 2. To maintain this setting during system booting, enter the CLI’s pstnmenu and select item 15 '[15] Save & Exit,' and press [Enter]. SMG400:165.213.81.230> pstnmenu <<<<< PSTN Configuration Menu >>>>> [0] Gateway Operation Mode [1] PSTN Rerouting Insert Digit [2] PCM Method [3] Dial Method...
  • Page 157 This CLI sets the currently active status, and if the setting needs to be maintained during system booting, it must be saved in the CLI’s pstnmenu. Procedure 1. At the SMG-400 prompt, type 'Offloopcheck,' and press [Enter]. SMG400:165.213.81.230> Offloopcheck Off Loop Disconnect Check Function...
  • Page 158 Chapter 5 5-96 CLI (Command Line Interface) 2. To maintain this setting during system booting, enter the CLI’s pstnmenu and select item 15 '[15] Save & Exit,' and press [Enter]. SMG400:165.213.81.230> pstnmenu <<<<< PSTN Configuration Menu >>>>> [0] Gateway Operation Mode [1] PSTN Rerouting Insert Digit [2] PCM Method [3] Dial Method...
  • Page 159 In the Loop incoming mode, the Loop checks the disconnect tone periodically to prevent the channel from being tied up. For example, if the SMG-400 system is in the tandem mode where VoIP enters and then go out with seizing the Loop, the Loop may not be aware that the Voip part is disconnected, and thereby the Loop and SLC can be tied up.
  • Page 160 Chapter 5 5-98 CLI (Command Line Interface) 2. To maintain this setting during system booting, enter the CLI’s pstnmenu and select item 15 '[15] Save & Exit,' and press [Enter]. SMG400:165.213.81.230> pstnmenu <<<<< PSTN Configuration Menu >>>>> [0] Gateway Operation Mode [1] PSTN Rerouting Insert Digit [2] PCM Method [3] Dial Method...
  • Page 161 CLI’s voipmenu. Default ISP type Procedure 1. At the SMG-400 prompt, type 'Setisptype' and enter the desired ISP type, and press [Enter]. For example, if you want to set a Samsung Network company as the ISP type (1), type 'Setisptype 1' on the screen, and press [Enter].
  • Page 162 Chapter 5 5-100 CLI (Command Line Interface) 2. To maintain this setting during system booting, enter the CLI’s voipmenu and select item 7 '[7] Save & Exit,' and press [Enter]. SMG400:165.213.81.230> voipmenu <<<<< VoIP Configuration Menu >>>>> [0] VoIP General Option [1] VoIP DSP Option [2] VoIP Gatekeeper Option [3] VoIP Routing Table...
  • Page 163 (The error is about 5 seconds per day.) Therefore, accurate time must be maintained by setting time during system booting or on a periodical basis. Procedure At the SMG-400 prompt, type 'settime' and a space. Then type the year, month, day, hour, minute, and second in that order, and press [Enter].

  • Page 164: Chapter 6 Web-Based Remote Management

    You only need to use a mouse to configure the browsers. In this Chapter, you can learn how to login to the web management interface of the SMG-400. The web management interface only provides frequently used functions for system operation among CLI functions.

  • Page 165: Login

    Internet Explorer 5.0 has been used as an example in this chapter. Please refer to Program Help for detailed information on Internet Explorer. 2. When the web browser of your choice appears on the screen, type the SMG-400 IP address in the ‘Location’ field.
  • Page 166 5. Upon completion of login, the following message will appear. Click the OK button. 6. The following main screen of the SMG-400 web management interface will appear. 7. You should log out by clicking LogOut on the left-hand side of the menu frame once you are...

  • Page 167: Configuration And Functions Of Menu

    Chapter 6 Web-based Remote Management Configuration and Functions of Menu The overview of each menu of the SMG-400 web management interface is provided below. For more detail, please refer to Chapter 5 CLI (Command Line Interface). Menu Functions Home Returns to the main screen of the SMG-400 web management interface.

  • Page 168: Chapter 7 Using The Cdr (Call Detail Record)

    Chapter Using the CDR (Call Detail Record) CDR is a function that displays a detailed record about the system call. The system administrator uses the CDR function to check the current call information through the CLI command, or uses the TCP Link or UDP Link to receive call information. Screen for checking current call information SMG400:165.213.81.230>...

  • Page 169: How To Receive Call Information - Tcp Link

    Chapter 7 Using the CDR (Call Detail Record) How to receive call information - TCP Link 1. Check the current setting. : The current TCP Link is inactive, and the TCP Port is set as 8200. SMG400:165.213.81.230> CDRsetlist >>>[CDR] Turn Off CDR Output on TCP Link >>>[CDR] TCP Port: 8200 >>>[CDR] Turn Off CDR Output on UDP Link >>>[CDR] UDP Port: Unknown...
  • Page 170 3. Activate the TCP Link. : It is activated to generate CDR information. SMG400:165.213.81.230> Oncdrtcp >>>[CDR] Turn On CDR Output on TCP Link <- TCP Link is On. >>>[CDR] TCP Port(8500) Goodvalue = 0 = 0x0 SMG400:165.213.81.230> 4. Receive CDR information. : TCP Link is established to receive CDR information.
  • Page 171 Chapter 7 Using the CDR (Call Detail Record) 5. If you enter the ‘quit’ command in the TCP Link input window for receiving CDR, reception is finished and the link is disconnected. 6. If you do not want to receive CDR information anymore : Inactivate the TCP Link.

  • Page 172: How To Receive Call Information - Udp Link

    How to receive call information - UDP Link 1. Check the current setting status. : The current UDP Link is inactive, and the UDP Port information and UDP IP Address are not set. SMG400:165.213.81.230> CDRsetlist >>>[CDR] Turn Off CDR Output on TCP Link >>>[CDR] TCP Port: 8200 >>>[CDR] Turn Off CDR Output on UDP Link >>>[CDR] UDP Port: Unknown...
  • Page 173 Chapter 7 Using the CDR (Call Detail Record) 3. Activate the UDP Link. : It is activated to generate CDR information. SMG400:165.213.81.230> Oncdrudp >>>[CDR] Turn On CDR Output on UDP Link <- UDP Link is On. >>>[CDR] UDP IP Address = 165.213.87.154 >>>[CDR] UDP Port: 50000 Goodvalue = 0 = 0x0 SMG400:165.213.81.230>...
  • Page 174 5. If you do not want to receive CDR information anymore : Inactivate the UDP Link. SMG400:165.213.81.230> Offcdrudp >>>[CDR] Turn Off CDR Output on UDP Link <- UDP Link is Off. Goodvalue = 0 = 0x0 SMG400:165.213.81.230>...

  • Page 175: Cdr Form

    Chapter 7 Using the CDR (Call Detail Record) CDR Form Call Type Delimiter M/D/Y 12/03/2001 Setup Time 18:20:00 Connected Time 18:21:07 Calling # 2187463 Called # 027798888 Connected IP 165.213.87.38 PSTN Port # Call erm. Code 0010 Call Duration (sec.) DVO: 12/03/2001 18:20:00 18:21:07 2187463 027798888 165.213.79.38 20 0010 180 DVO: 12/03/2001 18:20:00 --:--:-- 2187463 027798888 - 20 0010 180...
  • Page 176 Call Type (3 bytes) - First byte (the Connection Type) G : the Call via Gatekeeper D : the Direct Call to the other Gateway - Second byte (Voice/Fax) V : Voice Call F : Fax Call - Third byte (Call Direction) O : a Outbound call of VoIP I : a Inbound call of VoIP R : a Rerouted call...
  • Page 177 Using the CDR (Call Detail Record) Called # A called number * The original digit that the SMG-400 is received first. Connected IP IP address of other gateway which connected to SMG-400. RTP voice packet being exchanged with this connected IP.

  • Page 178: Appendix A Call Termination Code

    Appendix Call Termination Code CDR Form Call Type Delimiter M/D/Y 12/03/2001 Setup Time 18:20:00 Connected Time 18:21:07 Calling # 2187463 Called # 027798888 Connected IP 165.213.87.38 PSTN Port # Call erm. Code 0010 Call Duration (sec.) DVO: 12/03/2001 18:20:00 18:21:07 2187463 027798888 165.213.79.38 20 0010 180 DVO: 12/03/2001 18:20:00 --:--:-- 2187463 027798888 - 20 0010 180...

  • Page 179: Call Termination Code

    Appendix A Call Termination Code Call Termination Code 1. 00xx : Q.931 Reason Code : Following Next Pages 2. 01xx : RAS Reason Code 3. 02xx : Rerouting Reason Code 1) for Loop/ E&M / T1E1 GOOD : 0x00 BAD : 0x01 COLLSN : 0x02 2) for PRI : : Following Next Pages...
  • Page 180 Q.931 Reason Code (00xx) Cause Value Cause Value Cause Value Cause Value Class Class Value Value Class Class Value Value Cause Cause Cause Cause Diagnostic Diagnostic Diagnostic Diagnostic bits bits bits bits bits bits bits bits 7 6 5 7 6 5 7 6 5 7 6 5 4 3 2 1...
  • Page 181 Appendix A Call Termination Code Q.931 Reason Code (00xx) Cause Value Cause Value Cause Value Cause Value Class Class Value Value Class Class Value Value Cause Cause Cause Cause Diagnostic Diagnostic Diagnostic Diagnostic bits bits bits bits bits bits bits bits 7 6 5 7 6 5...
  • Page 182 Q.931 Reason Code (00xx) Cause Value Cause Value Cause Value Cause Value Class Class Class Class Value Value Value Value Cause Cause Diagnostic Diagnostic Cause Cause Diagnostic Diagnostic bits bits bits bits bits bits bits bits 7 6 5 7 6 5 4 3 2 1 4 3 2 1 7 6 5...
  • Page 183 Appendix A Call Termination Code Cause Value of PRI for SMG System (02xx) Define Define Define Define Comment Comment Comment Comment CAUSE_UNASSIGNED Unassigned REL_COM, DISC no route to specified transit network DISC, CAUSE_NOROUTE_TX REL_COM CAUSE_NOROUTE_DEST no route to destination DISC, REL_COM CAUSE_CH_UNEXPT Channel unexpectable REL Call awarded and being delivered in an...
  • Page 184 Define Define Define Define Comment Comment Comment Comment CAUSE_FAC_NOTS Requested facility not subscribed DISC Barer capability not authorized REL, CAUSE_BC_NOTA1 REL_COM Bearer capability not authorized DISC, CAUSE_BC_NOTA2 REL_COM Service or option not available, not CAUSE_SRVO_NOTA unspecified DISC, REL_COM Bearer capability not implemented DISC, CAUSE_BC_NOTI REL_COM CAUSE_CT_NOTI...
  • Page 185 Appendix A Call Termination Code Define Define Define Define Comment Comment Comment Comment Information element non-existence or not CAUSE_IE_NOTE implemented STAT,REL,REL_COM Invalid information element contents CAUSE_INV_INFOE STAT, REL, REL_COM Message not compatible with call state CAUSE_MSG_NOTC2 STAT,DISC,REL, REL_COM CAUSE_ROT_EXP Recovery on time expiry DISC CAUSE_PRO_ERROR Protocol error, unspecified DISC CAUSE_INTW_UNSPE...
  • Page 186 Appendix System Information (Database) File Structure The system information managed by the SMG-400 is saved in a text file which allows the information to be backed up, restored, and edited. - You can back up the system information externally. - You can copy information between several systems.
  • Page 187 Appendix B System Information (Database) File Structure system_tone_cadence co_tone_cadence gain_control diagnosis inbound_lcr_table voip_db general_option dsp_option gatekeeper_option outbound_routing_table routetable_00 routetable_63 inbound_routing_table routetable_00 routetable_31 remote_ip_table iptable_00 iptable_31 caller_id_table...
  • Page 188 Syntax Structure DB Types Most of the data for SMG-400 system DBs can be entered by assigning parameter values to corresponding variables, but data for DBs in table format can be entered differently depending on the type. So the characteristics of each DB will be described here.
  • Page 189 Appendix B System Information (Database) File Structure Variable Type DB When assigning values to Variable Type DBs, write the variable name in the left side, put the allocation sign '=' in the middle, and write the value in the right side. E.g.>...
  • Page 190 sys.network_parameter() sys.network.my_ipaddr = 165.213.87.145 ; My IP Address sys.network.my_gateway = 165.213.87.1 ; My Gateway Address sys.network.my_netmask = 255.255.255.0 ; My Subnet Masks sys.network.my_tos = 0 ; def(0) min(0) max(255) My TOS(Type of Service) sys.login_id() sys.login.id = SMG-3200 ; Login ID sys.login.password = SMG-3200v1 ;...
  • Page 191 System Information (Database) File Structure Table Type DB Table type DBs can have slightly different formats depending on the nature of the table. The SMG-400 system has the following four types of table DBs. - Inbound LCR Table - Routing Table (Inbound, Outbound)
  • Page 192 The Outbound Routing Table has up to 64 entries, and each entry has the following Variable Type DBs. voip.routetable.access_code voip.routetable.code_length voip.routetable.delete_lenth voip.routetable.insert_dight voip.routetable.iptable_1 voip.routetable.iptable_2 voip.routetable.iptable_start_point voip.routetable.gk_use An example of data input is given below : voip.outbound_routing_table(64) voip.routetable_00() voip.routetable.access_code voip.routetable.code_length voip.routetable.delete_lenth voip.routetable.insert_dight voip.routetable.iptable_1 voip.routetable.iptable_2...
  • Page 193 Appendix B System Information (Database) File Structure - Inbound Routing Table The Inbound Routing Table has up to 32 entries, and each entry has the following Variable Type DBs. voip.routetable.access_code voip.routetable.code_length voip.routetable.delete_lenth voip.routetable.insert_dight An example of data input is given below : voip.inbound_routing_table(32) ;...
  • Page 194 3) Remote IP Table The Remote IP Table belongs to the VoIP DB, and has up to 32 entries. Each entry consists of tables, and up to 32 IP addresses can be entered in one IP Table entry. When entering IP addresses in the IP Table entry, you must enter one IP address in one line.
  • Page 195 The Caller ID Table belongs to the VoIP DB, and has up to 30 entries. In this case 30 means the maximum number of trunk ports that the SMG-400 system can have. As each entry is one Variable Type DB, it can be expressed simply as an assignment statement as follows: voip.caller_id_table(30)
  • Page 196 B-11 pstn.gateway_operation_mode (Number) pstn.gateway_inbound_lcr_option (Number) rerouting_insert_digit pstn.rerouting_insert_digit (String) pcm_method pstn.pcm_method (Number) dial_method pstn.dial_method.dial_type (Number) pstn.dial_method.dtmf_hold_time (Number) pstn.dial_method.calling_number_request (Number) pstn.dial_method.calling_number_response (Number) pstn.dial_method.called_status_request (Number) pstn.dial_method.called_status_response (Number) pstn.dial_method.calling_extension_response (Number) sli_signal pstn.sli_signal.hook_off_time (Number) pstn.sli_signal.hook_on_time (Number) pstn.sli_signal.hook_flash_min_time (Number) pstn.sli_signal.hook_flash_max_time (Number) trunc_signal pstn.trk_signal.signal_type (Number) pstn.trk_signal.seize_time (Number) pstn.trk_signal.release_time (Number) pstn.trk_signal.noring_time...
  • Page 197 Appendix B B-12 System Information (Database) File Structure pstn.trk_signal.answer_holding_time (Number) pstn.trk_signal.co_hookon_time (Number) pstn.trk_signal.wink_time (Number) pstn.trk_signal.insert_eod (Number) pstn.trk_signal.t1_line_coding (Number) pstn.trk_signal.t1_signal_mode (Number) pstn.trk_signal.e1_crc4 (Number) pstn.trk_signal.pri_country (Number) pstn.trk_signal.pri_oper_mode (Number) pstn.trk_signal.pri_channel_mode (Number) pstn.trk_signal.pri_dial_mode (Number) call_control_method pstn.call_control.first_digit_time (Number) pstn.call_control.inter_digit_time (Number) pstn.call_control.loop_ok_time (Number) pstn.call_control.ok_release_time (Number) ring_cadence pstn.ring_cadence.sli_ring_1st_on_time (Number) pstn.ring_cadence.sli_ring_1st_off_time (Number) pstn.ring_cadence.sli_ring_2nd_on_time (Number)
  • Page 198 B-13 pstn.systone_cadence.dial_1st_off_time (Number) pstn.systone_cadence.dial_2nd_on_time (Number) pstn.systone_cadence.dial_2nd_off_time (Number) pstn.systone_cadence.busy_1st_on_time (Number) pstn.systone_cadence.busy_1st_off_time (Number) pstn.systone_cadence.busy_2nd_on_time (Number) pstn.systone_cadence.busy_2nd_off_time (Number) pstn.systone_cadence.transfer_1st_on_time (Number) pstn.systone_cadence.transfer_1st_off_time(Number) pstn.systone_cadence.transfer_2nd_on_time (Number) pstn.systone_cadence.transfer_2nd_off_time(Number) pstn.systone_cadence.ringback_1st_on_time (Number) pstn.systone_cadence.ringback_1st_off_time(Number) pstn.systone_cadence.ringback_2nd_on_time (Number) pstn.systone_cadence.ringback_2nd_off_time(Number) pstn.systone_cadence.error_1st_on_time (Number) pstn.systone_cadence.error_1st_off_time (Number) pstn.systone_cadence.error_2nd_on_time (Number) pstn.systone_cadence.error_2nd_off_time (Number) co_tone_cadence pstn.co_tone_cadence.busy_1st_on_time (Number) pstn.co_tone_cadence.busy_1st_off_time (Number) pstn.co_tone_cadence.busy_2nd_on_time (Number) pstn.co_tone_cadence.busy_2nd_off_time...
  • Page 199 Appendix B B-14 System Information (Database) File Structure pstn.co_tone_cadence.dial_1st_off_time (Number) pstn.co_tone_cadence.dial_2nd_on_time (Number) pstn.co_tone_cadence.dial_2nd_off_time (Number) gain_control pstn.gain.sli_sli (Number) pstn.gain.sli_atrk (Number) pstn.gain.sli_dtrk (Number) pstn.gain.atrk_sli (Number) pstn.gain.atrk_atrk (Number) pstn.gain.atrk_dtrk (Number) pstn.gain.dtrk_sli (Number) pstn.gain.dtrk_atrk (Number) pstn.gain.dtrk_dtrk (Number) diagnosis pstn.diag.sli_port_test (Number) pstn.diag.trk_szr_test (Number) pstn.diag.trk_codec_test (Number) inbound_lcr_table(32) (table) voip_db general_option...
  • Page 200 B-15 voip.option.dil_number (String) voip.option.snmp_server_ip (IP) voip.option.signaling_port (Number) voip.option.status_port (Number) voip.option.wcs_port (Number) voip.option.sigk_access_port (Number) dsp_option voip.dsp.audio_codec (Number) voip.dsp.echo_cancellation (Number) voip.dsp.silence_suppression (Number) voip.dsp.high_pass_fileter (Number) voip.dsp.post_filter (Number) voip.dsp.input_gain (Number) voip.dsp.voice_volume (Number) voip.dsp.multi_frame_counter (Number) voip.dsp.jitter_optimizing_factor (Number) voip.dsp.rtp_delay_limit (Number) voip.dsp.rtp_loss_limit (Number) voip.dsp.rtp_loss_check_period (Number) voip.dsp.rtp_over_limit_count (Number) gatekeeper_option voip.gatekeeper.connection (Number)
  • Page 201 Appendix B B-16 System Information (Database) File Structure voip.gatekeeper.e164_id (String) voip.gatekeeper.ras_method (Number) voip.gatekeeper.reg_type (Number) voip.gatekeeper.gw_route_in_gk_mode (Number) outbound_routing_table(64) (table) routetable_00() (table) voip.routetable.access_code (String) voip.routetable.code_length (Number) voip.routetable.delete_lenth (Number) voip.routetable.insert_dight (String) voip.routetable.iptable_1 (Number) voip.routetable.iptable_2 (Number) voip.routetable.iptable_start_point (Number) voip.routetable.gk_use (Number) routetable_63() (table) inbound_routing_table(32) (table) routetable_00() (table) voip.routetable.access_code (String) voip.routetable.code_length (Number)
  • Page 202 B-17 routetable_31() (table) remote_ip_table(32) (table) iptable_00(32) (IP) iptable_31(32) (IP) caller_id_table(30) (table) voip.calleridtable_00 (String) voip.calleridtable_31 (String)

  • Page 203: Appendix Glossary

    Glossary Appendix This appendix provides brief definitions of terms used in the guide. Bold items in the text indicates that the item is defined in the list. A A - - law An encoding scheme that determines how an analog speech signal is converted to a digital signal. A-law encoding is used in Europe.

  • Page 204: Dynamic Host Configuration Protocol

    Appendix C Glossary the subscriber at the receiving end lifts the phone (in the Off-Hook status), the call begins. The call is ended when either subscriber replaces the phone (in the On-Hook status). Digital Signal Processor ( ( DSP Digital Signal Processor DSP) ) A special computer chip designed to handle digital signals, which are fast and complex.
  • Page 205 Fax On Demand ( ( FOD Fax On Demand FOD) ) Upon request of information using a telephone, you can receive information through fax. This ser- vice is provided on a 24 hour a day basis. Foreign Ex x change Foreign E change O O ffice ffice ( ( FXO...
  • Page 206 Appendix C Glossary G.723.1 G.723.1 G.723.1 (previously just "G.723") is a standards-based voice codec. It was designed for video conferencing / telephony over standard phone lines, and is optimized for real-time encode & de- code. G.723.1 is part of the H.323 (IP) and H.324 (POTS) standards for video conferencing. Has a compression ratio of 5.3 and /or 6.3 kbits/sec (0.7 -0.8 kbytes/sec), depending on implementation.

  • Page 207: Internet Protocol

    them and calls out a corresponding subscriber at the receiving end. When the subscriber lifts the phone (in Off Hook status) the telephone line is connected through. When either of the calling parties replaces the handset, it becomes On-Hook status, and the call is terminated. Internet Protocol ( ( IP IP) ) Internet Protocol Network layer protocol in the TCP/IP stack offering a connectionless internetwork service.

  • Page 208: Type Of Service Tos

    Appendix C Glossary RTP (Real- - time RTP (Real time T T ransport Protocol ransport Protocol) ) An Internet protocol sending real-time data such as audio and video. Although RTP itself does not guarantee real-time transmission, transmission application programs provide devices for streaming data support.
  • Page 209 Combinations of TOS bits and their meanings are shown below: Network Control Internetworking Control CRITIC/ECP Flash Override Flash Immediate Priority Routine U U - - law One of two algorithms used in telephony to logarithmically compress or expand digitized speech. U-law is used in North America and Japan.
  • Page 210 Samsung Telecoms (U.K.) Limited Brookside Business Park, Greengate, Middleton, Manchester M24 1GS...

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