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MG6000 Series Media Gateway

User’s Manual

Guangzhou Gaoke Communications Technology Co., LTD.

Radon MG6000 Series Media Gateway

User’s Manual

Version: MG6000-IAD-SIP-08-07-1.0

We are enthusiastic for providing tech support in every way. You can get in touch with

Gaoke bureau contiguously as well as contact to Customer Service Department directly.

Guangzhou Gaoke Communications Technology Co., LTD.

Address: Building GaoKe, No.398 Mid Zhongshan Ave., Guangzhou, P.R.C Tel: Central: +86-20-82598555 Customer services: +86-20-82598119 Fax: +86-20-82598121 +86-20-82599989 P.C.: 510660 Website: www.gktel.cn E-mail: [email protected]

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Version declaration Copyright by Guangzhou Gaoke Communications Technology Company Limited. All rights are reserved. No Part of this document may be reproduced or transmitted in any form or by any means without prior written consent of Guangzhou Gaoke Communications Technology Company Limited.

is the trademarks of Guangzhou Gaoke Communications Technology Company Limited. No the trademarks may be counterfeited.

Irresponsible declaration

Guangzhou Gaoke Communications Technology Company Limited reserves the right to change the document from time to time at its sole discretion, and not to make the notice to anyone in advance.

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Prolegomenon

Version instruction This Manual is provided for MG6000 series Media Gateway, which are called as IAD. Products included: MG6002(2)、MG6004E、MG6008、MG6008E、MG6016、MG6016E、MG6032、

MG6002ET、MG6004ET and MG6008ET. All these products support SIP protocol.

Brief introduction of content The manual mainly describes how to configure MG6000 series products by web and CLI. Chapter 1 Summary: introduce feature of every method Chapter 2 Brief introduction of products, include appearance, definition of light, and ports. Chapter 3 Installation and configuration of NMS tools. Chapter 4 Web operation: introduce setting device through by www browser. Chapter 5 CLI operation: introduce setting device through by CLI.

Reader Network manager. Network engineer. Technology expanding people.

Appointment Table 1 appointment of graphic interface style

Style Meanings

\ Multi-grade catalogue or menu are segregated by“\”.For example, “file\new\folder” means the menu item of “file”->“new”->“folder”.

Used for identifying function area in the picture.

“”is the information that operator input from terminal. 【】 “【】”means a parameter setting or function area in the operation page.

{ XX | XX } A form of CLI command line, Choose one command word, or command

words are separated by “|”in “{}”when there are not only one command words.

host（italic）

A form of CLI command line, italic means parameters that user identified in command line.

For instance: tftp host {get | put} {sys | cfg} filename

THE ACTUALLY METHODS OF USING MAYBE IS:

tftp 138.0.0.102 get sys mg6004.img

Table 2 Appointment of mouse operation Operation Meanings

Click Press and release a mouse button quickly Double click Quickly press and release a mouse button twice

Drag Press a mouse button and move the mouse

Table 3 Appointment of keyboard operation Style Meanings

Ctrl + C “+”means press multiple keys in keyboard at the same time to accomplish an operation. So“Ctrl + C”means to press “Ctrl” and “C” at the same time.

Symbols The manual uses some symbols refreshing to see:

Attention: Remind some announcements of operations.

Instruction: Footnote some operations.

MG6000 Series Media Gateway User’s Manual

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Contents 1 SUMMARY ................................................................................3

1.1 DEFINITIONS AND ABBREVIATION .........................................................3 1.2 CLI NETWORK MANAGEMENT..............................................................3 1.3 WEB NETWORK MANAGEMENT..............................................................4

2 INTRODUCTION OF DEVICE.................................................................5

2.1 MG6002(2) INTRODUCTION.............................................................5 2.1.1 CONTOUR GRAPHIC ..............................................................................................................................5 2.1.2 DEVICE FRONT PANEL ..........................................................................................................................6 2.1.3 DEVICE BACK PANEL ............................................................................................................................6 2.1.4 SETTING ...............................................................................................................................................7 2.2 INTRODUCTION OF MG6004 .............................................................7

2.2.1 APPEARANCE .................................................................................................................................7 2.2.2 DEVICE FRONT PANEL ..........................................................................................................................8 2.2.3 DEVICE BACK PANEL ............................................................................................................................8 2.3 MG6008 INTRODUCTION................................................................9 2.3.2 DEVICE FRONT PANEL ........................................................................................................................10 2.3.3 DEVICE BACK PANEL .......................................................................................................................... 11 2.4 MG6016 INTRODUCTION...............................................................12 2.4.2 DEVICE FRONT PANEL ........................................................................................................................12 2.4.3 DEVICE BACK PANEL ..........................................................................................................................13 2.5 MG6032 INTRODUCTION...............................................................13 2.5.2 DEVICE FRONT PANEL ........................................................................................................................14 2.5.3 DEVICE BACK PANEL ..........................................................................................................................14

3 PREPARE FOR MANAGEMENT................................................................16

3.1 IE SETTINGS FOR WEB NETWORK MANAGEMENT ...............................................17 3.1.1 SECURITY CONFIGURATION ................................................................................................................17 3.1.2 LAN CONFIGURATION ........................................................................................................................18 3.1.3 ACCESS CONFIGURATION ...................................................................................................................19 3.2 CLI MANAGEMENT CONFIGURATION AND LOGIN ................................................20 3.2.1 CLI CONFIGURATION..........................................................................................................................20 3.2.2 CLI MANAGEMENT CONNECT AND LOGIN ..........................................................................................20 3.2.3 CONNECT AND LOGIN THROUGH SERIAL PORT....................................................................................21 3.2.4 CONNECT AND LOGIN THROUGH ETHERNET LINE ..............................................................................22

4 CONFIGURATION BY WEB BROWSER..........................................................23


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4.1 LOG IN TO THE WEB MANAGEMENT SYSTEM...................................................23 4.1.1 CONFIGURATION MODES OF THE WEB MANAGEMENT SYSTEM..................................................23 4.1.2 OPERATION OF LOGGING IN WEB ..........................................................................................................23 4.2 OPERATION OF WEB MANAGEMENT .........................................................24 4.2.1 MAIN SCREEN- DEVICE INFO..........................................................................................................24 4.2.2 USER MANAGEMENT .............................................................................................................................25 4.2.3 NETWORK CONFIGURATION .........................................................................................................26 4.2.4 MEDIA STREAM ..............................................................................................................................31 4.2.5 SIP PROTOCOL.................................................................................................................................33 4.2.7 LINE CONFIG ......................................................................................................................................37 4.2.8 ROUTE TABLE .....................................................................................................................................39 4.2.9 DIGIT MAP CONFIGURATION ...............................................................................................................43 4.2.10 VALUE-ADDED .................................................................................................................................45 4.2.11 VLAN CONFIGURATION .....................................................................................................................49 4.2.12 SYSTEM TOOL...................................................................................................................................51

5 MG6000 SERIES CLI NETWORK MANAGEMENT OPERATION........................................55

5.1.1 ENTER THE PRIVILEGE MODE .............................................................................................................55 5.1.2 LANGUAGE.........................................................................................................................................55 5.1.3 DISPLAY THE VERSION INFORMATION.................................................................................................55 5.1.4 NETWORK PARAMETERS.....................................................................................................................56 5.1.5 802.1X PARAMETERS ..........................................................................................................................60 5.1.6 MEDIA PARAMETERS ..........................................................................................................................62 5.1.7 SIP PROTOCOL ...................................................................................................................................66 5.1.8 SNMP PARAMETERS...........................................................................................................................69 5.1.9 LINE CONFIGURATION ........................................................................................................................70 5.1.10 NUMBER ROUTING ...........................................................................................................................78 5.1.11 DIGITMAP CONFIGURATION..............................................................................................................80 5.1.12 EXTENDED SERVICE .........................................................................................................................81 5.1.13 VLAN CONFIGURATION...................................................................................................................82 5.1.14 SYSTEM TOOLS .................................................................................................................................85 5.1.15 SYSTEM CLOCK ................................................................................................................................87 5.1.16 DISPLAY THE HISTORY OF COMMAND ...............................................................................................87 5.1.17 RETURN TO USER MODE ...................................................................................................................88 5.1.18 MODIFY THE COMMON USER ‘S PASSWORD ......................................................................................88 5.1.19 MODIFY THE PASSWORD OF SUPER USER ..........................................................................................88 5.1.20 ENABLE WEB MANAGING TOOL OR NOT..........................................................................................89

6 APPENDIX A TRAP PARAMETER TABLE......................................................90


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1 Summary

This manual will help you learn how to operate and manage your MG6000 media gateway and make the best use of its many upgraded features including simple and quick installation.

1.1 Definitions and abbreviation

This document uses the following definitions and abbreviations:

──ADSL: Asymmetrical Digital Subscriber line. ──CLI: Command Line Interface. ──CNG:Comfort Noise Generator ──DHCP: Dynamic Host Configuration Protocol. ──DSP: Digital Signal Processing. ──DNS: Domain Name System, an Internet service that translates domain names into IP addresses ──DTMF: Double Tone Multi Frequency. ──ECT: Explicit Call Transfer ──FXS: Foreign eXchange Station ──IAD: Integrated Access Device. ──NAT: Network Address Translation ──NMS: Network Management System.. ──NTP: NTP Network Time Protocol, a protocol to exchange and synchronize time over networks ──PING: It is a network application that tests connectivity by ICMP protocol between two IP nodes. ──POTS: Plain Old Telphones. ──PPPoE: Point-to-Point Protocol over Ethernet. ──PPTP: Point-to-Point Tunneling Protocol ──PSTN: Public Switched Telephone Network.. ──RAM: Random Access Memory. ──RTP/RTCP: Realtime Transfer Protocol/Realtime Control Protocal. ──SIP(Session Initiation Protocol): An IP telephony signaling protocol developed by the IETF (RFC3261). ──SDP(Session Description Protocol): A format for describing streaming media initialization parameters. ──SNMP (Simple Network Management Protocol): Standard protocol for IP network management. ──STUN:Simple Traversal of UDP over NATs ──TFTP: Trivial File Transfer Protocol. ──TOS:Type of Service

1.2 ──VoIP: Voice over the Internet.CLI Network Management

CLI Management is one Network management supported by IAD. Users could log in the CLI by Super terminal or Telnet user terminals to configure and manage equipment remotely by command-line approach.


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1.3 WEB Network Management

With the rapid development of modern network communications technology, network communications products is becoming more integrated. In one hand, the functions of equipment are becoming more powerful. But the other hand, it will bring a negative impact. It become very difficult to operate the equipment and the maintenance costs also rise. So, making users to operate a complex equipment in a simple and easy operated network management system is a nice way to reduce the complexity of the operation of equipment indirectly. The Web network of Gaoke is just such simple network management system. Web network management adopts the most sophisticated network protocol TCP / IP and the most popular Web technologies, including the HTTP protocol, JavaScript technology, the communications structure is client / server-side structure used commonly. Web NMS framework shown in Fig 1-1:

Fig 1-1: Web communications network management framework

The terminal management of Web Network is the most commonly Web browser, users need not install the network management tools. As long as there is a Web browser can achieve the equipment management. The operation is simple and clear and the interface is rich and friendly.

B

rowser

Equipment

Server

HTTP


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2 Introduction of Device

MG6000 series media gateway are based on IP networks, which supports PPPoE 、DHCP protocol and provides an ideal solution for voice and fax transmission. All products support updating firmware online, and can be set by iGoView、web or CLI.

IAD product is an integrated access devices which supports PPPoE, DHCP protocol, based on IP networks. IP networks can achieve high-quality telephone, fax and other business. IAD product has good interoperability and is widely used in the network, broadband MAN which formed by Ethernet switches and routers. IAD product has CND, billing functions and supports TFTP software’s upgrade online, available through iGoView, WEB, CLI three ways network management, user-friendly, easy to operate.

2.1 MG6002(2) introduction

MG6002 (2) has anti-PING attack function to keep the equipment away from unlawful packet attacks on the network and the firewall function will also be gradually improved in the follow-up version. The shape and panel both front and back of MG6002ET are the same with MG6002 (2), the only difference is that MG6002ET has FXS port, but no FXO port.

2.1.1 Contour graphic

Contour graphic of MG6002(2) is shown as Fig. 2-1.

Fig. 2-1 Contour graphic of MG6002(2)


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2.1.2 Device front panel

Fig. 2-2 MG6002(2) front panel

As shown in Fig. 2-2, the front panel LED indicates the working status of MG6002(2), include 2POTS, Ethernet interface and power LED. a) PWR: power indicator light, green. The Indicator is on when being supplied with power ; b) RUN: equipment work light, green. Power-work, the lights flashing. The light always or eliminate always means that the equipment is not working properly; c) PSTN, IP light, green. When the PSTN calls, PSTN indicator on, IP indicator off; when the VoIP calls, IP indicator on, PSTN indicator off; d) U1, U2 first and second road users’ interface work light, green. FXS mouth: pick on, hang up off; FXO Port: ringing or cathode on, hang up or anti-hang up off; e) LNK1 and LINK2: No. 1 and two line Ethernet link connecting / data receiving light, green. link connecting normal on, not normal, connecting off; f) SPD1 and SPD2: SPD1 is the first Ethernet rate indicator, SPD2 is the second Ethernet rate indicator, all is green. When rate is 100M, if it does not send and receive data, light on; if it sends and receives data, flashing; when rate is 10M,litht off.

2.1.3 Device back panel

Fig.2-3 Back panel of MG6002 (2) External ports on the MG6002（2）back panel are showed as following. a)Power button: power up the device when press the switch, or power down; b)Power socket: 2.1mm small AC outlet, +12V DC power supply; c) Mandatory for follow-PSTN switch: the description is in 2.1.4; d) Phone: POTS port of FXS, FXO, RJ-11; MG6002 (2) can be configured to be FXS 2, or configured to be

FXS 1 + FXO 1, the two kinds of configurations need to be determined before the products finish.


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e) 10/100Base-TX: two 10/100Base-T Ethernet ports, supporting auto-negotiation. The port type is RJ-45. The two Ethernets could connect to switch or hub by straight line, or connect to the computer by crossover cable.

f) RS232 interface: interface type RJ-11, used for setting data;

Instruction： Phone interface by matching the FXS mouth or FXO can not be told directly from the appearance, it need to be read from network management.

2.1.4 Setting

In order to set up equipment more easily, MG6002 (2) has been set up two groups of digital switch: mandatory follow-switching PSTN calland the system started selection switch. PSTN switch is in the back panel. When the switch transfers to PSTN, compulsorily, all outbound calls of FXS mouth will be transferred to FXO through PSTN; when the switch transfers to VoIP, uncompulsorily, all outbound calls of FXS mouth will pass VoIP or PSTN will be divided by the dail setted by the equipment. System starting the choosing switch is to manage network if the IP addressof equipments is unknown and cannot been connected. Usually it doesn’t need to be set, the system-choose switch is inside the equipment and it’s not able to set up directly. The switch is call-switching with 4 positions. The digital switch-activated system of choice with the results and equipment port configuration is shown in Fig 2-2:

Sheet 2-1 selection switch-activated system Position Values Description

ON start from the smallest system (reserved) 1 OFF Start normally. (Factory settings) ON Use default IP 2 OFF Use setting IP（Factory settings）

3,4 configuration settings a) 3＝OFF，4=ON, set to be 2FXS。 b) 3＝ON，4＝OFF，set to be 1FXS＋1FXO。

2.2 Introduction of MG6004

MG6004 is a single board, the appearance is exquisite and light and the maximum capacity is four lines, the users’ interface type can only be FXS; MG6004 also has two 10/100 Base-T Ethernet interface, with two-story wire-speed switching functions, users can save hubs (switch). In addition, a 10M I is saved for backup.

2.2.1 Appearance


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Fig.2-5 Appearance of MG6004 ET


Fig.2-7 MG6004 ET front panel As shown in Figure 2-7, MG6004-A’s (ET devices before the same panel with the type-A) front panel indicator light shows that the work state, including the four-way FXS POTS interface and the work state of power. a) RUN: equipment indicator, green, blinking when work normally. Always on or off means equipment is not working properly; b) PWR: power indicator, green, always on when equipment is powered; c) U1 ~ U4: 1 to 4 Road FXS interface indicator, green, always on when been picked up, off when been hung up. d) NA: compatible with MG6008, and always off.



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Fig.2-9 MG6004 ET back panel Fig.2-9 shows external ports on the MG6004-A (the same with ET) back panel a) grounding screw: for connecting to the ground; b) Power button: power up the device when press the switch, or power down; c) Power socket: 2.1mm small AC outlet, +12V DC power supply; d) Phone: POTS port of 4 lines FXS, RJ-11; e) RS232 interface: interface type RJ-11, used for setting data\billing; f) 10/100Base-T: two 10/100Base-T Ethernet ports, supporting auto-negotiation. The port type is RJ-45. 2-layer string speed switch function lies in the two ports, QOS guuratee technical and VLAN function; g) 10Base-T: saved for backup;

2.3 MG6008 introduction

MG6008 is a single board structure, the maximum capacity is 8 lines. MG6008 have 2 types: MG6008 and MG6008-ET. The interface type of MG6008-ET user can only be FXS; MG6008-ET also has two 10/100Base-T Ethernet ports, supporting auto-negotiation and 2-layer string speed switch function which could save hubs (switch) for users. Meanwhile it has a 10 Base-T port for billing.

2.3.1 Appearance

Fig.2-10 Appearance of MG6008


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Fig.2-11 Appearance of MG6008 ET


The front panel of each type of MG6008 is different, shown as follows:

Fig.2-12 MG6008 S front panel

Fig.2-13 MG6008 front panel As shown in Fig 2-13, the front panel indicator shows the working state of MG6008, including POTS

interface of 8 FXS (or FXO) , Ethernet interface and the work state of power. a) PWR: power supply indicator, green. Light is on when the device is being supply with power; b) RUN: Working status indicator, green. Flashing when it’s being supply with power. Being on or off means the device is not working properly; c) U1 ~ U8: NO.1 to 8 user interface working indicator, green. FXS port: being on when ring or pick up the phone; FXO port: being on when ring or pick up, being off when hang up or pick off the phone; d) LNK1 and LINK2: No. 1 and No.2 Ethernet connect / data receiving indicator, green. Being on when the connecting is normal, or off, flashing when receiving data; e) LNK3: No. 3 Ethernet connecting indicator, green. Being on when the connecting is normal, or off. f) SPD1 and SPD2: No. 1 and No.2 Ethernet rate indicator, green. Being on when the rate is 100M,being off when the rate is 10M; g) SPD3: No. 3 Ethernet data receiving indicator, green, flashing when receiving data;.


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Fig.2-14 MG6008 ET front panel The front panel indicator shows the working state of A-type MG6008(the front panel layout of type ET is

the same with type A except the color, the color of type ET is blue), including POTS interface of 8 FXS POTS and the work state of power. a) RUN: Working status indicator, green. Blinking when it’s being supply with power. Being on or off means the device is not working properly; b) PWR: power supply indicator, green. Light is on when the device is being supply with power; c) U1 ~ U8: NO.1 to 8 user interface working indicator, green. Being on when pick up the phone, being off when hang up the phone;


The back panel of each type of MG6008 is different, shown as follows:

Fig.2-15 MG6008 back panel Fig.2-15 shows MG6008 back panel. a) Power button: power up the device when press the switch, or power down; b) Power socket: 2.1mm small AC outlet, +12V DC power supply; c) Phone: POTS port of 4 lines FXS or FXO, RJ-11,after choosing FXS and FXO interface ,the

configuration will be fixed when leave factory; d) RS232 interface: interface type RJ-11, used for setting data; e) 10/100Base-T: two 10/100Base-T Ethernet ports, supporting auto-negotiation. The port type is RJ-45.

2-layer string speed switch function lies in the two ports;

Power button Power socket


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Fig.2-17 MG6008 ET back panel Fig.2-17 shows MG6008 ET back panel. a) grounding screw: for connecting to the ground; b) Power button: power up the device when press the switch, or power down; c) Power socket: 2.1mm small AC outlet, +12V DC power supply; d) Phone: POTS port of 4 lines FXS, RJ-11; e) Escape mouth: the port type is RJ-11,the NO.8 line will transferred to PSTN when power off. f) RS232 interface: interface type RJ-11, used for setting data and billing; g) 10/100Base-T: two 10/100Base-T Ethernet ports, supporting auto-negotiation. The port type is RJ-45.

2-layer string speed switch function lies in the two ports ,QOS guarantee technical and VLAN function; h) 10Base-T: one 10Base-T Ethernet ports, the port type is RJ-45,used for billing.


MG6016 have 2 types:MG6016 and MG6016E. MG6016 user interface (FXS or FXO) could be booked by users (making the interface according to customers before leave the factory); MG6016 has two 10/100Base-T Ethernet ports, supporting auto-negotiation and 2-layer string speed switch function which could save hubs (switch) for users. In addition ,it provides 10M Ethernet for billing and could send CDR to the network management computer with IP address of private network address and save the public network address.

The user interface type of MG6016E can only be FXS; MG6016E also has two 10/100Base-T Ethernet ports, supporting auto-negotiation and 2-layer string speed switch function which could save hubs (switch) for users. Meanwhile it has a 10 Base-T port for billing.

2.4.1 Appearance



Fig.2-19 MG6016 front panel

As shown in Fig 2-19, the front panel indicator shows the working state of MG6016, including POTS interface of 16 FXS or FXO (only S-MG6016) , Ethernet interface and the work state of power. a) PWR: power supply indicator, green. Light is on when the device is being supply with power; b) RUN: Working status indicator, green. Flashing when it’s being supply with power. Being on or off means the device is not working properly;


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c) LNK1 and LINK2: No. 1 and No.2 Ethernet connect / data receiving indicator, green. Being on when the connecting is normal, or off, flashing when receiving data; d) LNK3: No. 3 Ethernet connecting indicator, green. Being on when the connecting is normal, or off. e) SPD1 and SPD2: No. 1 and No.2 Ethernet connecting rate indicator, green. Being on when the rate is 100M,being off when the rate is 10M; f) RX3: No. 3 Ethernet data receiving indicator, green, flashing when receiving data;. g) U1 ~ U16: NO.1 to 16 user interface working indicator, green. FXS port: being on when ring or pick up the phone; FXO port: being on when ring or pick up, being off when hang up or cathodely pick off the phone;


Fig.2-20 MG6016 back panel

Fig.2-20 shows MG6016 back panel, the introduction of interfaces is from left to right: a) Power socket: 220V IDC power supply; b) Power button: put the'1 ' button down means opening ~ 220 V AC power; to'0' means shutting down ~ 220 V

AC power; c) Phone: POTS port of 16 lines FXS and FXO, RJ-45. For MG6016-S,users could choose FXS and FXO

interface ,the configuration will be fixed when leave factory; for MG6016-E, Phone interface is FXS; d) 10/100Base-T: two 10/100Base-T Ethernet ports, supporting auto-negotiation. The port type is RJ-45.

2-layer string speed switch function lies in the two ports; e) 10Base-T: one 10Base-T Ethernet ports, the port type is RJ-45,used for billing. f) RS232 interface: interface type RJ-11, used for setting data and billing;

g) For MG6016-E,providing an escape mouth(the NO.1 RS232) the device will transferred to PSTN automatically when power off.


MG6008 is a multiboard structure, the maximum capacity is 32 lines. The user interface (FXS or FXO) could be FXS 32 or 16FXS＋16FXO; MG6032 also has 4 10/100Base-T Ethernet ports, supporting auto-negotiation and 2-layer string speed switch function which could save hubs (switch) for users. 2.5.1 Appearance


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The style is the same with MG6016/24 front panel, shown as fig.2-22.

Fig.2-22 front panel

The front panel indicator shows the working state of MG6032, including POTS interface of 32 FXS or FXO. a) PWR: power supply indicator, green. Light is on when the device is being supply with power; b) RUN: Working status indicator, green. Flashing when it’s being supply with power. Being on or off means the device is not working properly; c) ALM: alarm systems indicator, being on when the system does not operate normally; d) BUSY: board work indicator, being on when the board is detected and it worked in a normal state; e) U1 :NO.1-16 pick and hang up indicator; f) U2 :NO.17-32 pick and hang up indicator; g) restore the default configuration button, when the device launchs, pressing this button for more than 15 seconds, the device will recover to the default configuration.


Considering that the MG6032 can be flexibly configured to 16 IAD, the back panel has kept a removable panels and the interface (RJ-45 or RJ-21)is optional, the configuration is scheduled by the user. Shown as Fig 2-23 and 2-24.

Fig.2-23 back panel(RJ-45)

Fig.2-24 back panel(RJ-21)

Fig.2-23 shows MG6032 back panel, the introduction of interfaces is from left to right: a) Power socket: 220V AC power supply; b) Power button: put the'1 ' button down means opening ~ 220 V AC power; to'0' means shutting down ~ 220 V

AC power; c) -+5 V power output interface: 5 V power output to provide protective power of plug-in power.This interface

is only set in MG6032 (RJ-45 interface); d) RS232 interface: interface type RJ-11, rate ：9600bit/s, used for setting data; e) RS232/RS485: interface way DB9S,used for collecting data, interface type RS232,RS485(Full-duplex)

or RS485(half-duplex),the configuration has been set up. The interface is only set up in MG6032（RJ-21）;

f) 10/100Base-T: four 10/100Base-T Ethernet ports, supporting auto-negotiation. The port type is RJ-45.


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2-layer string speed switch function lies in the two ports . Each Ethernet port has two indicators,the lights will be on when powered and blink when transfer data;

g) Line Interface: two escape interface, RJ-11, the interface keeps NO.1 line in MG6032 (RJ-21), responding to the smallest FXS.

h) U Interface: phone interface, there are two ways of interface, a fixed allocation: 1) RJ-45 interface (as shown in Fig 2-23); 2) RJ-21 interface (as shown in Fig 2-24).

i) grounding screw: connecting to the ground. Attention: the effective lines in RJ-45 are 23 and 67. For the above 1,2,5,6,9,10,13,14 interfaces, the responding ways of NO.1 and NO.2 phone are 67 and 23 respectively. It’s opposite to 3,4,7, 8 interface . Please take attention to the difference when operate the equipment in scene.


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3 Prepare for management

3.1 change IP address of device The default IP address of MG6002 (2), MG6008, MG6016, MG6016E, MG6032, MG6002ET, MG6004ET and

MG6008ET is 138.0.60.1. Because if the equipment IP address and network management computer IP address is not in the same network segment, the network management computer can not access to equipments. Therefore, when the equipment is used the first time, users must change the IP address of device to adapt to the LAN, just like the network 179.0. Xx.xx need to replace to 179.0. Xx.xx. The system offers two methods of setting IP addresses, then take MG6004E for an example. After the IP address of the equipment has been set up could test whether the network management computer and device are connecting normally by using ping order.

Attention： In order to change the IP address, the new IP address will effect when restore and re-start.

3.1.1.1 change IP address through the device serial ports Login equipment through the serial port and input order (regardless of the case) after "MG6004ET #". The system will display the current IP address and subnet mask respectively and remind the set value of the new entering IP address and subnet. Select "yes" when the system is confirming and then the IP address settings has finished. As shown in Fig 3-1.

Fig.3-1 set up IP address with Super Terminal 3.1.1.2 change IP address through the Ethernet ports

First change the IP address to IP address (as 138.0.0.226) which is in the same network with default IP address (138.0.60.1) temporarily in the TCP / IP protocol attribute settings of the network management computer, in order to identify and link equipment. After the new IP address is effecting, we must change the network management computer back to the IP address which is the same with the original IP address.


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Fig.3-2 configuration of IP address

3.1 IE Settings for Web Network Management

Suggest subscribers to set IE browser parameters by instructions. The configuration of web browser is as following (Take IE 5.0 for example).

3.1.1 Security configuration

Click “tools/internet option/security” to enter security configuration in IE browser. It’s shown as Fig 3-3.


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Fig 3-3 Security Configuration Check “script” configuration, and make sure that “Java applet” and “active script” are all “strart” status. It’s

shown as Fig 3-4.

Fig 3-4 Script security configuration

3.1.2 LAN configuration

When user access equipment network management through LAN please refer to this, or neglect. Users can click “tools/internet options/LAN Settings” to enter LAN configuration page as Fig 3-5 and Fig

3-6.


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Fig 3-5 Internet Options

Fig 3-6 LAN settings If IP address of PC and the MG6008 belong to the same subnet, this section can be ignored. Subscriber should ask the network administrator if it need setting proxy server.

3.1.3 Access configuration

In order to display the current status, parameters, IE must be set as following. Click “tools/internet options/configuration” to enter configuration page as Fig 3-7. Select “Every visit to the

page” on the page.


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Fig 3-7Access configuration

3.2 CLI management configuration and Login

3.2.1 CLI configuration

The most convenient configuration environment is shown as Fig 3-8. IAD and computer are connected by IP network directly.

3COMLink swit ch

3000

MG6008

PC

Serial port/Ethernet

Fig 3-8 CLI network management simple configuration environment MG6004E provides three Ethernet, we can use any link network management stations, and the connection to network management station can use the straight / cross-network lines. MG6016/MG6024 provides two 10/100 Base-T and a 10 Base-T, any port of the two 10/100 Base-T can connect with the network management station and can use the straight / cross-network lines.

3.2.2 CLI management connect and login

Subscriber can access MG6008 through Hyper Terminal or client of Telnet. The default IP address of IAD is 138.0.60.1.


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3.2.3 Connect and login through serial port

Connect computer and IAD with RS232 interface, and use Hyper Terminal software as command operation interface to implement access and configuration. Including IP address parameter, Take MG6008 as the example, the step is:

a). Connect COM 1 port of computer and IAD RS232 port with serial line (this line is an accessory of IAD); b). Click “start/…/Hyper terminal” to run Hyper terminal program. Input connection name in “Name” box; as

shown in Fig 3-9 a); c). Set computer COM port number in “connect using ” box. as shown in Fig 3-9 b; d). Click “Restore Default” to use default parameters to communicate with the device. Click “Ok” button to enter Hyper terminal. As shown in Fig 3-9c; e). Press the key Enter, the command prompt “MG6008>” will be show in workspace. As shown in Fig 3-9 d; f). Input “enable” after “MG6008>”, and input password “gaoke” (Default password) to enter privilege mode. The prompt will show as “MG6008#”. Login succeeds right now. Users can set and manage the device.

a) Connection name setting b) COM port setting

c) Port setting d) IP address setting

Fig 3-9 Login CLI management through Hyper terminal

Attention： When we do not know the IP address of the device, the only viable method to change the IP address is to change

the serial port addresses. The rate of MG6002 (2) serial port could be 115200, if 9600 is not usefull, we can try 115200.


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3.2.4 Connect and login through Ethernet line

Make sure that IAD and computer are all connecting to the same LAN first. Or connected by cable (Direct/Cross Connect) directly, and host IP address and device is in the same subnet. For Windows system，it’s modified in the card’s TCP / IP parameters. Then take MG6008 for example.

a) Input “telnet MG6008 IP address” in “start/run”, and the window as Fig 3-10 will be prompted;

b) Input password. The default password is “admin”, and user can modified it as explained in the following chapter;

c) Press the key Enter, the command prompt “MG6008>”will show in workspace; d) Input “enable” after “MG6008>” and input password to enter privilege mode. The prompt will

become “MG6008#” now. The default password of privilege mode is “gaoke”. Now, users can manage the device.

Fig 3-10 Telnet window


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4 Configuration by Web Browser

4.1 Log in to the web management system

4.1.1 Configuration modes of the web management system

There is only one configuration mode in the web management system. Users can complete all the configurations in one IE window. It is defined three kinds of accounts with different authorization. They are common users, senior users and super users. Only senior users and super users have the authorization to modify the configuration. Configuration saving, loading default, updating and some other advanced operating are only authorized to super users. Default user name and password described in sheet 4-1 as follow.

Sheet 4-1 the default user ID and passwords

Level of users User ID Passwords Common guest guest

Senior admin admin Super super super

User cannot modify the user name but the password. When the user attempts to browse the pages out of their

authorization, system will indicate the invalid operation by returning the page of logging in.

4.1.2 Operation of Logging in Web

Type http://xxx.xxx.xxx.xxx (xxx.xxx.xxx.xxx is the IP address of the IAD’s port which connect with the PC) in IE to log in (figure 4-2). User cannot enter the main web management page unless typing the valid user name and password.

Figure 4-2 logging

Attention: a) The default IP address of the WAN port: 138.0.60.1 Net mask : 255.255.0.0 ; b) The default IP address of the LAN port: 192.168.1.1 Net mask : 255.255.255.0 ; c) Please ensure that the computer and the IAD in the same network segment before enter the web

http://xxx.xxx.xxx.xxx


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management system. For example, If the IP address of the WAN port is 138.0.60.1, and we connect the computer and the IAD by the WAN port, the IP of the computer can be set to 138.0.0.221, the net mask can be set to 255.255.0.0;

d) The device has two different faceplate, one mark the WAN port and LAN port on it, the other one doesn’t. Shown as follow, port 1 is LAN port, port 2 is WAN port, 10 Base-T is a standby port.

4.2 Operation of Web Management

4.2.1 Main screen- Device Info

User will enter the “Device Info” page after logging in successfully. Also we can click the “Device Info” button to enter this page .the page are shown as figure 4-3:


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Figure 4-3 “Device Info” page

This is the first screen when we log in the web management system. User can view the Current information in it, includes device name、product revision、revision date、DSP version、SIP version、static IP info、PPPoE client info、DHCP client info、DHCP server info、line status info. Click the “Quit” button on the upper right side to log off. There are 13 menu items on configuration menu column on the left of the screen. They are shown below:

a) Network: Includes device network basic configuration (Static IP, DHCP Client, PPPoE Client) and device network advanced configuration (DHCP Server, DNS Service, NTP Service, STUN, 802.1X, 802.1X);

b) SIP Protocol: parameter configuration about SIP Protocol. c) Media Stream: parameter configuration about Audio Codec and DSP. d) Line Config: parameter configuration about Gateway number prefix、port number register 、Call

Forward 、incoming number echo and so on. e) Digit Map: A form of routing configuration. It based on regular expression, and can configure several

routes once. f) Route Table: preview、add、delete and modify the route table. g) VLAN Config：parameter configuration about vlan；（Only ET-type devices support this configuration

through WEB management system） h) Value-added: parameter configuration about Call-snatch 、Call-hold 、confidence call 、Three-Way

Calling and so on. i) System Tools: includes the tools of configuration saving、default configuration loading、Software

upgrade and so on. j) Accounting: configuration about port permission accounting through the web port. k) SNMP Config: configuration about SNMP parameter and alarm message. l) Password: configuration about user password. There are three levels of users: common user、senior user

and super user。 m) Device Info: the first screen when we log in the web management system. It’s the Main screen.

Attention: The number of the ports shown on the main screen will be different in types of device. For example, MG6002 have 2 ports, MG6004 have 4 ports, MG6008 have 8 ports, MG6016 have 16 ports, and MG6032 have 32 ports.

4.2.2 User management

Click “Password” and then enter the user management page shown as figure 4-4. Password of common user, senior user and super user can be modified in the menu of Password.


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.

Figure 4-4 User manage

After modifying the password, you must saved the current configuration and restart the IAD.

Attention: a). Upper level users could modify the password of lower level users; b). User could modify password but not user name; c). The length of password is 3-30 characters.

4.2.3 Network configuration

4.2.3.1 Basic Network configuration

Click “Network” to enter the page of basic network parameter configuration. This page includes the configurations about Static IP, DHCP Client, PPPoE Client.

The page of basic network parameter configuration is shown as figure 4-5:


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Figure 4-5 page of basic network parameter configuration

All kinds of users could enter this page; All the users have the authorization to configure except common

users. l Static IP After modifying IP address，current configuration must be saved, and then reboot the IAD. Users should prevent network failure from using following addresses as IP: 0.x.x.x, 127.x.x.x, 255.x.x.x and

so on. For the same reason, net mask should avoid 0.0.0.0 and 255.255.255.255. Connect IAD to the other network segment by setting default gateway. Through the gateway, data packets

will be sent to devices in another network segment. There is no need to use “Enable Gateway” if IAD do not communicate with other network segments.

Attention: It’s forbidden to set the IP address of the WAN port and the LAN port in the same network segments.

l DHCP Client

After modifying the parameter of DHCP Client，current configuration must be saved, and then reboot the IAD. IAD is able to get IP address from DHCP server in the network. The service of DHCP must be started at the same time of initializing the system; otherwise, the service can’t be started again. In this page, the parameters as following can be configured. a) Enable DHCP client or not; b) Use special DHCP server or not. That means the device only receive the message of the specified

server of DHCP; c) Special DHCP server. Input the IP address of DHCP server that is special.


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User can preview the information of DHCP client on the page of “Device info”.

Attention： a). If DHCP client get IP address successfully, the static IP of WAN port will be replaced by the dynamic IP

address which the DHCP client get. If user wants to log in web management system, you need to type the dynamic IP that the DHCP client gets in IE.

b). After users start the DHCP, if the DHCP client is failed to communicate with the DHCP server, the IP address can’t be received so that the device can’t be accessed through network. If that happened, users have to forbid using the DHCP through the serial port, and configure fixed IP address and save the configuration. You can use the new fixed IP address after reboot the device.

c). DHCP client and PPPoE client can’t be enabled at the same time.

l PPPoE Client

After modifying the parameter of PPPoE Client，current configuration must be saved, and then reboot the IAD. IAD has built-in PPPoE client. It can dial into network after configuring ADSL user name, password, server name (optional) and service name (optional) gotten from service providers. If the function of PPPoE client is started, user can’t make a call through IAD until the PPPoE client dial into network successfully. But user still can connect the IAD’s Ethernet port and modify the parameter of PPPoE Client through web management system. IAD dials to PPPoE during initiation. It will redial until dial successfully. Authorization error won’t lead to redial. If the offline status is caused by line error, IAD will restart to dial again.

User can preview the information of PPPoE client on the page of “Device info”.

Attention: a) “/”, “*”, “$” and space are invalid character and can not be input. b) DHCP client and PPPoE client can’t be used at the same time.

c) MG6032 could not support the function of PPPoE Client.

4.2.3.2 Advanced Network configuration

Access “Network” -> “Advanced config”. Enter the page of “Advanced Network configuration”. This page includes the configuration about DHCP Server, DNS Service, NTP Service, STUN, 802.1X, and NAT Server.

The page of advanced network parameter configuration is shown as figure 4-6:


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Figure 4-6 the page of “Advanced Network configuration”

All kinds of users could enter this page; all the users have the authorization to configure except common

users. l DHCP Server

After modifying the parameter of DHCP Server，current configuration must be saved, and then reboot the IAD.

As a DHCP Server, IAD can provide IP address for DHCP clients in LAN. In this page, the parameters as following can be configured:

a) Enable DHCP server or not: the parameters below can not be configured until enable the DHCP service; b) Start IP address: the start IP address that DHCP server provides for DHCP clients. c) End IP address: the end IP address which DHCP server provides for DHCP clients.

d) Primary DNS Sever: the Primary DNS Sever address which the DHCP server provides for DHCP clients.

e) Slave DNS Server (optional): the slave DNS Sever address which DHCP server provides for DHCP clients

f) Default Gateway: the Default Gateway switch DHCP server provides for DHCP clients. g) Subnet Mask: the Subnet Mask which DHCP server provides for DHCP clients.

Attention： a). IAD provide the function of DHCP server through the LAN port. Users need to connect the DHCP clients


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with the LAN port of IAD. b). If IAD’s DHCP server and PPPoE client are used at the same time, the Primary DNS Sever address and

the slave DNS Sever address which the DHCP server provides for the DHCP clients, will be instead by the Primary DNS Sever address and the slave DNS Sever address which the device get through the PPPoE client.

d). If started the function of DHCP server, the NAT Server will be start automatically. e). Only the ET-types of IAD provide the function of DHCP server.

l DNS Service

After modifying the parameter of DHCP Server，current configuration must be saved, and then reboot the IAD.

When IAD needs to dynamically map domain name to the IP address, the function of DNS server must be started.

In this page, the parameters as following can be configured. a) Enable DNS Service or not: the parameters below can not be configured until enable the DNS service; b) Primary DNS service: This configuration can not be null or "0.0.0.0"; c) Slave DNS service (optional): "0.0.0.0" means there is no need to configure.

l NTP Service

After modifying the parameter of NTP Server，current configuration must be saved, and then reboot the IAD.

In this page, the parameters as following can be configured. a) Enable NTP Service or not: the parameters below can not be configured until enable the NTP service;; b) Primary DNS service: This configuration can not be null or "0.0.0.0"; c) Slave DNS service (optional): "0.0.0.0" means there is no need to configure; d) Time Zone: Time zone ranged from -12 to 13.

l STUN

After modifying the parameter of STUN，current configuration must be saved, and then reboot the IAD. Simple Traversal of User Datagram Protocol (UDP) Through Network Address Translators (NATs) (STUN)

is a lightweight protocol that allows applications to discover the presence and types of NATs and firewalls between them and the public Internet.

In this page, the parameters as following can be configured. a) Enable STUN or not: the parameters below can not be configured until enable the STUN service; b) STUN Server IP: If the STUN Hostname have been configured, STUN Server IP could do not be

configured. "0.0.0.0" means there is no need to configure; c) STUN Server Port: STUN Server Ports ranged from -12 to 13. d) STUN Hostname：If the STUN Server IP has been configured, STUN Hostname could do not be

configured. Null means there is no need to configure。 l 802.1X

After modifying the parameter of 802.1X，current configuration must be saved, and then reboot the IAD. 802.1X Network Access Control Protocol. The user name and password are provided by ISP. When the

802.X service is start, Access Authentication will be repeat three times if connecting the 802.1X server failed.(one time at 30s intervals). After authenticated successfully, device start the network function.


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In this page, the parameters as following can be configured. a) Enable 802.1X service or not: the parameters below can not be configured until enable the 802.1X

service; b) User name: Provided by 802.1X ISP. c) User password: Provided by 802.1X ISP.

l NAT Server

After modifying the parameter of NAT Server，current configuration must be saved, and then reboot the IAD.

Starting the NAT Server, other devices can get the resource of IAD’s WAN port through IAD’s LAN port.

In this page, the parameters as following can be configured. a) Enable NAT Server service or not.

4.2.4 Media stream

Click “Media stream” to enter the page shown as figure 4-7.

Figure 4-7 the page of “Media stream”

All kinds of users could enter this page; all the users have the authorization to configure except common users.

After modifying the parameter of Media stream，current configuration must be saved, and then reboot the


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IAD. l Audio Codec

Set voice as ITU-T codec algorithm standards. IAD support G.711A, G.711U, G.723, G.729, and G.726 (16k, 24k, 32k, and 40k). User could choose one or more audio codec modes and set their NOB. One of the algorithms must be assigned as default. The grey button means the mode of audio codec is not supported.

Attention： a). MG6002/MG6032 only support G.711A, G.711U, G.723, G.729. b). MG6004/MG6008 can’t support G.723.1 and G.729 at the same time, user could select one of them. c). G.726 payload type must be different from RFC2833 payload type.

l Voice a) Echo canceller: Check to enable echo cancellation; b) SCE: Enable silence compression, the IAD can check the silent voice packages and compress them to

reduce bandwidth of the network. If the SCE is not enabled, the silent voice packages will be produced and transmitted. Comfort noise will be sent during the period of silence to make user listening comfortable;

c) Input gain: set local voice volume. Value range is -31dB to 31 dB and to -1dB by default. Actually user could only set the value range from -25 to 10, otherwise the device will send the dialing tone all the time, and the keystrokes will have no reaction.

d) Output gain：Set remote voice volume. Value range is -31dB to 31dB and to -1dB by default. e) Voice delay level：It is divided to five level, they are minimal, less, moderate, greater and maximal.

Delay reduces with the level lowing, at the time ability of preventing time jitter reduces either, this will make worse voice quantity.

f) RTP Start Port: During the call, media stream communicate through RTP ports. User just needs to configure the RTP start port, system will compute the range of the RTP ports according to the device series and the RTP start port. RTP ports range of MG6000 Series is 12000 to 14000 and 13000 by default.

g) Voice Packets TOS: Configure the IP TOS value. There are five IP TOS: Default value, Minimize delay, Maximize throughput, Maximize reliability, and Minimize monetary cost.

Attention： The default value of input/output gain is -1db. If the voice is too low, you can turn up the input/output gain。

l Tone a) DTMF gain: set volume of keypad tone. Value rage is -31dB to 0dB (maximum) and to -4dB by default, b) DTMF transport mode: transport mode of keypad tone during calls. It can be set as transmit by voice,

RFC2833, INFO message. i. If setting as transmit by voice, keypad tone will transport by voice signal.

ii. If setting as RFC2833, keypad tone will transport by RFC2833 format. iii. If setting as INFO message, keypad tone will transport by INFO format.

c) RFC2833 Payload type: If setting DTMF mode as RFC2833, this indicates the type which codec


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expect to send and receive. Value range is 0 dB to 127. d) Busytone gain, Busytone frequency, Duration/interval: these parameters need to be configured when

IAD connect with PBX. IAD will detect the busy tone of PBX by the busytone parameters, and release the call.

e) Signal Tone Standard: the device supports two signal tone standards currently: Chinese standard and Chilean standard. Respectively for the corresponding options “standard” and “Chile”;

f) Ring Frequency: the device supports two ring frequency standards currently: 20HZ and 25 HZ.

Attention： a). Because the parameters of Busytone gain, Busytone frequency, Duration/interval are only be used in the

devices which have FXO port., they can not be configured in the IAD which have no FXO port. b). RFC2833 payload type must be different from G.726 payload type.

l FAX a) FAX Mode: Select the way fax calls are handled: Transmit by voice or T.38. b) Use new RTP port：This configuration only can be configured when the fax mode is T.38. It is be used

whether to open a new RTP port for T.38 FAX. c) Max Fax Rate: set the maximum fax rate. This configuration only can be configured when the fax

mode is T.38. Select from the drop-down list either: 2.4 Kbps, 4.8 Kbps, 7.2 Kbps, 9.6 Kbps, 12 Kbps or 14.4 Kbps (default).

d) FAX code error correct: Check to enable fax error correction mode (ECM). This configuration only can be configured when the fax mode is T.38. Default is disabled

e) Redundancy for Fax Relay: Adjust redundancy of RTP to adapt worse network environment, this will bring extra system expenses. This configuration only can be configured when the fax mode is T.38. Value range is 0 to 4.

f) Use Offer Mode: This configuration only can be configured when the fax mode is T.38. If enable this mode, it will needn’t to negotiate about T.38 arithmetic when the T.38 fax was started.

g) Fax Gain: Select the fax gain. Value range is 9db to 15db.

Attention: a). Transmit by voice only supports G.711A and G.711Mu, if select transmit by voice mode to send FAX,

G.711A or G.711Mu must be enabled. b). T.38 FAX mode doesn’t need the support of voice arithmetic c). MG6002/MG6004/MG6008 support transmit by MODEM, but the FAX mode must select transmit by

voice mode, if select T.38, this function will be disabled.

4.2.5 SIP Protocol

4.2.5.1 SIP Parameter

Click “SIP Protocol” to enter the page of SIP Parameter configuration. It is shown as figure 4-8.


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Figure 4-8 the page of SIP Parameter configuration

All kinds of users could enter this page; all the users have the authorization to configure except common

users. After modifying the parameter of Media stream，current configuration must be saved, and then reboot the

IAD. l SIP Server

a) Register Server: User could set less or even no routes by using a register Server. IAD updates register information on the SIP server periodically, and register interval is the period between one register message and the next one. User can set register IP or domain name or both of them and IAD will find the proxy by IP address first.

b) Backup Server: Optional configuration. User can set register IP or domain name or both of them like register server. Once the register server failed to work, backup server will take over it to ensure the calls going on normally.

c) Proxy Server: Optional configuration. It works just like a gateway. If the Proxy Server is started, all the signaling packages will be sent to it first. Like register server, the priority of IP is higher than domain name. IP will be processed first.

Attention： a). The priority of register server is higher than backup server. All the calls will be set up by the register

server if it works well. b). If User registers IAD by domain name, the DNS must be configured.

l Advanced Config a) Inviter Linger Time: Value rage is 100ms to 65535ms and to 32000ms by default. b) Provision Time: Value rage is 100ms to 3600000ms and to 180000ms by default.


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c) T1 timer: Value rage is 100ms to 65535ms. The default value is 500ms; d) T2 timer: Value rage is 100ms to 65535ms. The default value is 4000ms; e) T4 timer: Value rage is 100ms to 65535ms. The default value is 5000ms.

4.2.5.2 SIP Advance

Click “SIP Protocol” ->” SIP Advance” to enter the page shown as figure 4-9.

Figure 4-9 the page of SIP Advance

All kinds of users could enter this page; All the users have the authorization to configure except common users.

After modifying the parameter of SIP Advance，current configuration must be saved, and then reboot the IAD.

l Common SIP operation a) Local-Chat over server: If user starts this configuration, calls of the same equipment between the ports

are also required to pass the register server. b) Interval update automatically: If user starts this configuration, IAD will adjust register cycle

automatically according the request of register server or proxy server. c) Support PRACK: The method enables reliability to be offered to SIP provisional responses. If both

sides of a call start this configuration, they will have a PRACK before the call is set up to ensure provisional responses can be transmit to the other side reliably.

d) Support REJECTUN: setting to reject the unsupported extension. e) Use customized parameter in SIP URI coding: If user starts this configuration, the package of

“invite” will carry the use customized parameter.


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f) Enable global number support: When select this, device will add “+” in front of the called number. g) NO audio when faxing: This configuration only has meaning when user selects the T.38 fax mode. If

be selected, the session invite will not carry the AUDIO item before starting the T.38 fax. h) Use c=0.0.0.0(RFC 2543) in SDP when call hold: When selected, during the call holding, the connect

information of call hold invite will be instead by “0.0.0.0”. i) Pack SIP message into HTTP body: when selected, all the SIP information that the device sent will be

packed into HTTP body. j) Register with full information: when selected, every time the IAD register to the register server or

proxy server, it will be required to authenticate again. Otherwise, every time except the first time, the register information will carry the authentication information, the device will be not required to authenticate again. Default is selected.

k) Support TIMER：When selected, as a caller, the package of “invite” will carry the TIMER information in its header. As a callee, the package of “180 ring” will carry the TIMER information in its header. The value range of session expires is 90s to 65535s, default is 1800s.

l) Keep alive NAT: Sometimes SIP register interval is so long that the NAT proxy cut the connection with IAD by mistake while the IAD is placed behind NAT or firewall (NAT/FW for short). “Keep alive NAT” is used to indicate the NAT proxy that IAD is still in the network with the same IP. When IAD is under NAT, it will send packets periodically to keep the mapping relation of NAT between private and public network. The value range of Keep alive Interval is 30s to 65535s, default is 60s.

m) Original Register with authorization info: when selected, the authorization information will be carried in the first registration.

l IMS (IP Multimedia Subsystem) Service The following functions need the register server or proxy server that supports IMS. a) Support NextNonce: When selected, After IAD received the information which have NextNonce

header sent by the register server or proxy server, IAD will add NextNonce header to the follow up information that it send.

b) Support Service Route: When selected, After IAD received the information which have Service Route header sent by the register server or proxy server, IAD will add Service Route header to the follow-up information that it send.

c) Support 3GPP Header: When selected, the SIP information sent by the device will carry the P-Preferred-Identity header.

d) Support Subscribing Reg: If selected, the SUBSCRIBE information will be carried when the device start to register, and the device will send SUBSCRIBE package after registered successfully. The value range of subscribe expires is 10s to 65535s, and default is 3761s.

e) Support Privacy: When selected, the SIP information sent by IAD will carry Privacy header. The value of the header must be the same as the type of Privacy that is selected. There are 7 types of Privacy can be chose: disabled, header, session, user, none, critical, id.

f) Support Precondition: When selected, the SIP information sent by IAD will carry the information of supporting Precondition. There are 7 types of Precondition can be chose: disabled, segment and e2e.

g) Forking Preference: There are 5 Forking Preference: disabled, no-fork, fork, parallel and sequential. h) Support Forking Invite: If selected, after IAD sent the request of to set up a call, and received several

temporary responds, IAD only answer the first temporary responds. The value range of “1XX timeout” and “ACK timeout” is 100ms to 3600000ms and 100ms to 65535ms respectively. Defaults are 180000ms and 32000ms respectively.


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4.2.7 Line config

4.2.7.1 Line config

Click “Line config” to enter the page shown as figure 4-10.

Figure 4-10 the page of Line config


The parameter of “prefix”, “Phone Number”, “Registered”, “Authentication Name”，“Authentication Password” will take effect immediately after be modified. Other configuration must be saved, and then reboot the IAD after be modified. a) Gateway number prefix: Like the PSTN prefix, it’s the common prefix of all the extensions that connect with the gateway.

Attention： a). View from the outside line, the number of every port are composed by prefix and Phone Number. The

length “prefix” + “phone number” can’t be more than 29 digits. b). Extension number can be composed by prefix and Phone Number, also can be the Phone Number. c). After modified the parameter of “prefix”, “Phone Number”, “Registered”, “Authentication Name”，

“Authentication Password”, click “modify” and the modification will take effect immediately. Other configuration must be saved, and then reboot the IAD after be modified. To ensure the modification continue to be valid, please save the configuration after modifying.

4.2.7.2 Line modify

Click the serial number of ports on the page of Line config, enter the page of Line modify. The page is shown as figure 4-11.


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Figure 4-11 the page of line modify Super User and Senior User could enter this page except common user. Super User and Senior User also have the authorization to configure. a) Phone Config continuous: provides a fast method to set the continuous phone numbers. On some occasion of application, users need to set continuous phone numbers for several ports in series. When users choose configuring in series and specifying the first and last port and the first and last numbers, system will distribute continuous numbers for port. But it’s noticed that other parameters only take effect for the first port, the original configuration of other ports isn’t changed b) Phone Number: When the prefix is not configured, phone number is the extension number, also is the outside line number. When the prefix is configured, phone number is only the extension number, and the outside line number is composed by prefix and Phone Number.

c) Calling Name: Optional, generally it is set as the phone number.

Attention：

a). “/”, “*”, “$” and space can not appear in calling name.

d) Registered, Authentication Name, Authentication Password: If register server or proxy server start the function of authentication, IAD should provide authentication information to them. In this case, the option of “Registered” must be set “yes”, and Authentication Name and Authentication Password must be filled out. e) Port mode: Port modes are different base on the port type. FXS port has two port modes: default and hotline. Default mode is the mode that FXS port connects with the phone. This is the largest application of the model. If the User set the FXS port mode as hotline, the Hot-line number must be set. After the configuration take effect, the phone which connects with the port will dial the hotline number automatically when you pick up the receiver. f) Transfer Port (Incoming): Only can be configured when the port is FXO. For FXS port, transfer port


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(Incoming) is itself by default. g) Transfer Port (Outgoing): For FXS port, transfer port (Outgoing) can not be configured as other FXS ports but itself. h) Startup incoming number echo: Support number display or not. Default is yes. i) Startup calling number echo limit: As a caller, user could choose whether to allow the number be displayed on the phone be called. If this function be set “Yes”, called party will not be able to see the caller’s number even if the device support the function incoming number display. Default is “NO”. j) Assigned grouping number: The mark of assigned grouping. For example, the assigned grouping numbers of port 1, port 2 and port 3 are 1, that means these three ports are in the same assigned grouping. If the phone of port 1 is called but no one answer it, port 1 will turn the call to port 2 automatically.

Attention： a). The function of call forward is effective for both outside line phones and extension phones. The call

forward number could only be set as the number of the other port in the same device. b). The three numbers of Call Forward on Unconditional, Call Forward on Busy, Call Forward on No

Answer can be configured in every port. If you enable the function of Call Forward on Unconditional, the function of Call Forward on Busy and Call Forward on No Answer will be no meaning.

k) Call Forward on Unconditional: When selected, incoming calls are forwarded independently of the status of the endpoint

l) Call Forward on Busy: When selected, incoming calls are forwarded only if the endpoint is busy. m) Call Forward on No Answer: When selected, incoming calls are forwarded only if the endpoint does not

answer before a pre-configured timeout.

4.2.8 Route table

4.2.8.1 Preview the number mapping

Click the “Route Table”, and enter the page of route table, user can preview, add, delete, or modify the number mapping, and the page shown as below:


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Fig 4-12number mapping


All the digit map parameters which had been modified, will take effect immediately but make sure the modified parameters can be applied next time, please save the configuraion, if you have modified the parameters.

The parameters of number mapping show as below. a). There are 100 number mappings at most. b). It display 10 number mappings in one page, preview other page please click “Prev” or “Next”. c). IAD series products supports 4 kinds of route type: SIP(by IP),TEL connection, FXO connection and

FXO connection, however, The MG6008 just supports SIP(by IP) and TEL connection. d). The IAD series products support the number with 29 digits at most. e). The device not only can set fixed number router, but also can cut off the appointed length’s number or

automatically add appointed prefix to call by need. The number route mapping’s description of Fig. 4-12, shown as below:

1). According to the first number route mapping, the prefix is 12, number length is 3, so the number 121, 122~129 is match, will sent to the device which IP address is 138.0.0.221.

2). According to the second number route mapping, the IAD will cut off the 3 digit in the front of the number which prefix is 12395, length of number is arbitrary, and then sent to the device which IP address is 138.0.0.221. So if the user dials the number 12395832, and the number that the IAD sends is 95832.

3). According to the third number route mapping, the IAD will cut off 3 digit in the front of the number which prefix is 12315,and length is 5, then add 020 in the front, lastly, sent the number to the device which IP address is 138.0.0.221.So if the user dial the number is 12315, and 02015 will be sent. f). Generally, the number route mapping should be configured in the case shown as below. 1). Several IAD which haven’t been registered call each other. 2). Appoint the route by the prefix. 3). When dial the external line, don’t want to dial ‘#’ after the number,

4). The dial-up number using the Tel URI format.


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4.2.8.2 Add number route mapping

Click “Add” to add routing map. This page is shown as below.

Fig. 4-13 add route map All kinds of users could enter this page; all the users have the authorization to configure except common

users. All the digit map parameters which had been modified, will take effect immediately but make sure the

modified can be applied next time, please save the configuraion, if you have modified the parameters. The parameter show as below: a). Index: new item ‘s number. b). Prefix: select this option and fill the “Number” box with the prefix number. That means the calls begun

with the prefix will use this route. Otherwise the number means the just call number that you dial. c). Length: when “Prefix” is disabled, this box will automatically display the length of the “Number” your

type. Otherwise user could set the “Length” himself or select “Uncertain” length. d). Routing type: IAD series supports 4 kinds of route type: SIP(by IP),TEL connection, FXO connection

and FXO connection, however, The MG6008 just supports SIP(by IP) and TEL connection. 1). SIP(by IP) If you enable the SIP route, the parameters such as “Peer IP”, “Peer port”, “Interception Length” and

“Num(pre)” can be configured, the other can not be configured. 2). TEL connection If the number that you dial use the tel URL format, you should select the TEL connection, and if enable

the TEL connection route, the parameters such as “Peer IP”, “Peer port”, “Interception Length”,” Phone-context” and “Num(pre)” can be configured, the other can not be configured.

3).FXS connection If the type of port is FXO, FXS connection is effective, if enable the FXS connection, the parameters

such as “Interception Length”, “Num(pre)” can be configured, the other can not be configured. 4). FXO connection

If the type of port is FXO, FXS connection is effective.


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4.2.8.3 Delete the items of number route mapping

Users can delete the items through clicking the “delete” button after selecting the row that will be deleted. Multi records can be deleted in series.

Attention： a). When delete several route once, the index which you select must be continuous. b). After delete the route, please click the “Route map” to refresh the page.

4.2.8.4 Modify the number route map.

Click the index in the number route map page, and then enter the page, which is used to modify the parameters of this index.

Fig 4- modify the route map

Attention： After modify the parameters, please click the “route map ” to refresh the page.

4.2.8.5 Route Parameter

Click the “Route table”-> ” Route Parameter”, and enter the route parameter configuration page shown as below, Route parameter is about the network call, such as “WAN side channels number limit”, “Network call timeout”, “DTMF interval”.


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Fig 4-14 Route Parameter All kinds of users could enter this page; all the users have the authorization to configure except common

users. The parameter that had been modified will take effect after saving and resetting. The Parameter shown as below:

l FXO Call At present, only the MG6002 (2) and MG6016 have the FXO port. a). Use ‘#’ key to dial out when FXO virtual dial: when end of the simulate dial, add the ‘#’ key after the

number as the end flag. b). PBX mode: which is sequential or polling. c). Simulate hand up time: The time start to check the ring or hand up event. d). Automatic virtual dial delay: After receive all digit of the number, FXO port waits some seconds and then

completes the simulate dial automatically. e). Automatic virtual dial interval: the interval of each virtual dialing number. f). DTMF Duration Time: The duration time of each virtual dialing number.

l Network call a). Network call failed process: when network call failed, there are three processes that are default, backup

register and register again. b). WAN side channels number limit: the max count of communication channel, the default is the count of

the ports. c). Network call timeout: is that after the IAD invite a session, the max time which wait for the response, if

timeout, the network call fail. The default value is 2000*10ms, and the range is 50*10ms~6000*10ms. d). DTMF interval: the interval time of sent each DTMF, the default value is 1000*10ms.

4.2.9 Digit map configuration

Digit map is a form of routing configuration. It based on regular expression, and can configure several routes


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once. Click the “Digit map”, and the “Digit Map” page will appear, Page shown as 4-16（Take MG6008 for

example）

Fig. 4-15 Digit map page All kinds of users could enter this page; all the users have the authorization to configure except common

users. All the digit map parameters which had been modified will take effect immediately except the parameter "T",

but make sure the modified can be applied next time, please save the configuraion, if you have modified the parameters.

The digit map parameters show as below.

l Rule 1). Each digit map includes some dial rules. 2). Each dial rule is separated by “|”. 3). The symbol "x" which matches any digit ("0" to "9"). 4). “［］”: one symbol between square brackets, for example [7 8 9] means one of symbol among 7, 8 and 9,

and [２３５－７*] means one of symbol among２，３，５，６，７ and *. 5). 011x. ，the symbol “.” after “x” which match some arbitrary digits, so “01122”, “011223”, “0112234”

would also have been a match. 6). The symbol “T” which defines the length in seconds of parameter "T" used in dial plan pattern definitions,

the default value is 10s,for example 1234T means: after dialing "1234" the phone waits T seconds and then completes the call automatically.

According to rule above, user can construct regular expression of digit map. l For example

[2-9]11|0T|011xxx.T|91[2-9]xxxxxxxxx|[1-8]xx

• [2-9]11: 211、311……911 are dialled immediately. • 0T: Local operator rule: After dialing "0" the phone waits T seconds and then completes the call


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automatically • 011xxx.T: International rule without prefix • 91[2-9]xxxxxxxxx: LD rule with prefix • [1-8]xx: A regular 3 digit extension is dialed immediately

l Construct the route by digit map Digit map is a form of route configuration, so the route can be constructed by digit mapping, and the regular

expression which is [2-9]11|0T|011xxx.T|91[2-9]xxxxxxxxx|[1-8]xx will construct 5 routes shown as below:

Fig. 4–16 route map

Attention： a). The originally routing map will be deleted, when enable the digit map. b). After enable the digit map, user also can add number route to the route map. c). The digit map expression supports 256 characters at most.

4.2.10 Value-added

Click “Value-added”and enter the value-added configuration page shown as below. And this page is used to configure the value-add, such as ‘*’ key use for special function, ‘#’ key as dial-out key, transfer and snatch the call, call hold, conference call, three-way call and etc.


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Fig. 4-17 Page of value-add configuration

All kinds of users could enter this page; all the users have the authorization to configure except the common users.

The modified parameters of value-add will take effect after saving and resetting. The parameters of value-add show as below.

l ‘*’ key use for special function If enable the ‘*’ key for special function, In the process of dial-up, user can delete one previous digit of

number by inputting button ‘*’. The function is disabled by default.

l ‘#’ key as dial-out key If ‘#’ key as dial-out key is disabled, in the process of dial-up, dial the button ‘#’, and it will be submitted as

a part of the number. The function is enabled by default.

l Special character submit in ESC form If enable special character submit in ESC form, and ‘#’ key as dial-out key is disabled, 23% will be

submitted instead of ‘#’, when users dial the ‘#’ key in the process of dial-up. The function is disabled by default

l Tap event report If enable tap event report, the tap event will be submitted as DTMF in the process of communication, and

value-adds which use the tap will be disabled. The function is disabled by default.

l Call snatch If enable call snatch, when one extension is ringing, but no one answers, another extension can snatch this

call through pressing the snatch function key (the default snatch function key is ‘*’.) and dialing the number of the ringing phone.

For example Suppose A and B are in the same IAD, and the snatch is enabled, and the snatch function key is ‘*’.


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When one phone A is ringing and there is no one to answer it, the extension B which is connected with the same IAD can snatch this call through pressing button ‘*’ and dialing the number of A.

l Call hold

Suppose A is one using the call hold function, B and C are another, and the call hold function of IAD which A connected is enabled, and ‘2’ had been configured as the switch key, and ‘1’ had been configured as refuse key.

There are 4 operations describe the call hold function. Operation1: refuse

When A is communicating with B, C calls A. A will receive the prompt voice, then A taps and presses button ‘1’ the refuse key to refuse the call from C. And C will receive the busy tone. It is not affected to the communication between A and B. Operation 2: accept When A is communicating with B, C calls A. A will receive the prompt voice, then A taps and presses button ‘2’, B is hold, and A will communicate with C.

Operation 3: switch After accept A’s call, A taps and presses ‘2’, C is hold, then A communicates with B again. Operation 4: disconnect 1). A disconnect After switching, A hangs up the phone, then B and C receive the busy tone. 2) B disconnect After switching, B hangs up the phone, it is not affected to communication between A and C. 3) C disconnect After switching, C hangs up the phone, A and B communicate again.

l Call transfer

Call transfer includes: internal transfer, external transfer, blind transfer, consultative transfer, Show as below. Firstly, Suppose A is c

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