Dynamix | DW 2 FXO | User`s manual | Dynamix DW 2 FXO User`s manual

2 / 4 / 8 port VoIP Gateway
SIP and H.323
User’s Manual Version 1.0
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Table of Contents
TABLE OF CONTENTS
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0 PREFACES
4
0.1 ABOUT THIS MANUAL
0.2 COPYRIGHT DECLARATIONS
0.3 TRADEMARKS
0.4 SAFETY INSTRUCTIONS
0.5 WARRANTY
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4
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4
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1 GETTING STARTED
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1.1 INTRODUCTION
1.2 FRONT PANEL LED INDICATORS & REAR PANELS
1.2.1 FRONT PANEL LED DESCRIPTIONS
1.2.2 REAR PANEL DESCRIPTIONS
1.3 UNPACKING YOUR S200 / S400 / S800 SERIES GATEWAY
1.4 FACTORY DEFAULT SETTING
1.5 KEY FEATURES
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6
6
6
7
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2 INSTALLATION & SETUP
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2.1 HARDWARE INSTALLATION
2.1.1 CONNECTING THE POWER ADAPTER
2.1.2 CONNECTING TO THE PRIVATE LAN ETHERNET
2.2 SETTING UP A MANAGEMENT PC
2.2.1 CHECKING THE NETWORK IP CONFIGURATION
2.2.2 CONFIGURING THE TCP/IP PROTOCOL
2.2.3 CHECKING TCP/IP SETTINGS
2.3 USING THE WEB CONFIGURATOR
2.3.1 CONNECTING TO THE WEB CONFIGURATOR VIA A WEB BROWSER
2.3.2 OVERVIEW OF THE SYSTEM CONFIGURATION
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3 WIZARD SETUP FOR QUICK START
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3.1 WAN PORT TYPE SETUP (SETUP FIRST)
3.2 CONFIGURING NAT OR BRIDGE SETTING:
3.3 VOIP CALL PROTOCOL SETUP
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4 ADVANCED SETUP
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2
4.1 NETWORK CONFIGURATION :
4.1.1 WAN PORT TYPE SETUP
4.1.2 CONFIGURING LAN IP ADDRESS AND DHCP SERVER
4.1.3 VIRTUAL SERVER SETUP
4.1.4 DYNAMIC DNS
4.1.5 NETWORK PARAMETER
4.2 VOIP BASIC CONFIGURATION
4.2.1 CONFGIURE H.323 PROTOCOL
4.2.2 H.323 PROTOCOL DIALING PLAN POLICY
4.2.3 H.323 ADVANCED PARAMETER CONFIGURATION
4.2.4 CONFIGURE SIP PROTOCOL
4.2.5 SIP PROTOCOL DIALING PLAN POLICY
4.2.6 SIP ADVANCED PARAMETER CONFIGURATION
4.2.7 PORT STATUS
4.2.8 TRAFFIC MONITOR
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27
30
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40
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5 SYSTEM ADMINISTRATIONS
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5.1 SAVE CONFIGURATION AND REBOOT
5.2 ACCESS CONTROL
5.3 SET TO DEFAULT CONFIGURATION
5.4 BACKUP/RESTORE CONFIGURATION TO A FILE
5.5 SYSTEM INFORMATION DISPLAY FUNCTION
5.6 SNTP SETTING FUNCTION
5.7 SYSLOG SETTING FUNCTION
5.8 CAPATURE PACKETS FUNCTION
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APPENDIX-A FAQ LIST
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APPENDIX-B SCENARIO APPLICATION SAMPLES
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0 Prefaces
0.1 About This Manual
This manual is designed to assist users in using VoIP Gateway. Information in this document has
been carefully checked for accuracy; however, no guarantee is given as to the correctness of the
contents. The information contained in this document is subject to change without notice.
Should you have any inquiries, please feel free to contact support@Ebrax.com. For latest
product info and features, visit our website at www.Ebrax.com
0.2 Copyright Declarations
Copyright 2004 Telephony Corporation. All rights reserved. This publication contains inform
ation that is protected by copyright. No part may be reproduced, transmitted, transcribed, stor
ed in a retrieval system, or translated into any language without written permission from the
copyright holders.
0.3 Trademarks
Products and Corporate names appearing in this manual may or not be registered tradema
rks or copyrights of their respective companies, and are used only for identification or expla
nation and to the owners’ benefit, without to infringe.
0.4 Safety Instructions
The most careful attention has been devoted to quality standards in the manufacture of the
Gateway. Safety is a major factor in the design of every set. But, safety is your responsibility too.
Use only the required power voltage. Power Input: AC 100-240V, 50-60Hz
To reduce the risk of electric shock, do not disassemble this product. Opening or removing
covers may expose the Gateway to hazardous voltages. Incorrect reassembly can cause
electric shock when this product is subsequently used.
Never push objects of any kind into the equipment through housing slots since they may touch
hazardous voltage points or short out parts those could result in a risk of electric shock. Never
spill liquid of any kind on the product. If liquid is spilled, please refer to the proper service
personnel.
Use only Unshielded Twisted Pair (UTP) Category 5 Ethernet cable to RJ-45 port of the
Gateway.
0.5 Warranty
We warrant to the original end user (purchaser) that the S series gateways will be free fro
m any defects in workmanship or materials for a period of one (1) years from the date of p
urchase from the dealer. Please keep your purchase receipt in a safe place as it serves as
proof of date of purchase. During the warranty period, and upon proof of purchase, should t
he product have indications of failure due to faulty workmanship and/or materials, we will, at
our discretion, repair or replace the defective products or components, without charge for eit
her parts or labor, to whatever extent we deem necessary to re-store the product to proper
operating condition. Any replacement will consist of a new or re-manufacturedfunctionally equi
valent product of equal value, and will be offered solely at our discretion. This warranty will
not apply if the product is modified, misused, tampered with, damaged byan act of God, or
subjected to abnormal working conditions. The warranty does not cover the bundled or licens
ed software of other vendors. Defects which do not significantly affect the usability of the pro
duct will not be covered by the warranty. We reserve the right to revise the manual and on
line documentation and to make changes from time to time in thecontents hereof without obli
gation to notify any person of such revision or changes.
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Note:
Repair or replacement, as provided under this warranty, is the exclusive remedy of the
purchaser. This warranty is in lieu of all other warranties, express or implied, including any
implied warranty of merchantability or fitness for a particular use or purpose. Ebrax shall in no
event be held liable for indirect or consequential damages of any kind of character to the
purchaser.
To obtain the services of this warranty, contact Ebrax’s Service Center for your Return Material
Authorization number (RMA). Products must be returned Postage Prepaid. It is recommended
that the unit be insured when shipped. Any returned products without proof of purchase or those
with an out-dated warranty will be repaired or replaced (at the discretion of Ebrax) and the
customer will be billed for parts and labor. All repaired or replaced products will be shipped by
Ebrax to the corresponding return address, Postage Paid. This warranty gives you specific legal
rights, and you may also have other rights that vary from country to country.
1 Getting Started
1.1 Introduction
This VoIP Gateway provides a total solution for integrating voice-data network and PSTN.
The S-series gateway is equipped NAT (Network Address Translation) router function. This
provides Internet access entire network for you with only one IP address. Otherwise, it
provides high voice quality and optimized packet voice streaming over managed and public
(Internet) IP networks.
Otherwise, bandwidth management function was started by Gateway Kernel automatically in
order to guarantee the quality of voice.
Model
FXO Port
FXS Port
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S800
LAN Port WAN Port Smart-QoS
S800 Series ( 8 analog lines )
1
1
√
RS-232port
SIP
H.323
√
√
√
S802
2
6
1
1
√
√
√
√
S804
4
4
1
1
√
√
√
√
S808
8
1
1
√
√
√
√
S400 Series ( 4 analog lines )
S400
4
4
1
√
√
√
S401
1
3
4
1
√
√
√
S402
2
2
4
1
√
√
√
S404
4
4
1
√
√
√
S200 Series ( 2 analog lines )
S200
S201
S202
1
2
2
4
1
√
√
√
1
4
4
1
1
√
√
√
√
√
√
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1.2 Front Panel LED Indicators & Rear Panels
1.2.1 Front Panel LED Descriptions
-----------------------------------------------------------------------------------LED
State
Description
-----------------------------------------------------------------------------------1. POWER
On
GW is power ON
Off
GW is power Off
------------------------------------------------------------------------------------2. WAN port
On
GW network connection established
Flashing Data traffic on cable network
Off
Waiting for network connection
------------------------------------------------------------------------------------3. LAN port
On
LAN is connected successfully
Flashing Data is transmitting
Off
Ethernet not connected to PC
------------------------------------------------------------------------------------4. Phone
Off
Telephone Set is On-Hook
Flashing Ring Indication
On
Telephone Set is Off-Hook
------------------------------------------------------------------------------------5. LINE
Off
Line is not enabled
On
Line is busy
NOTE: System initialization will turn some LEDs ON for a few sec.
1.2.2 Rear Panel Descriptions
1. WAN
The WAN port supports auto negotiating Fast Ethernet 10/100Base-T networks. This port allows
your voice gateway to be connected to an Internet Access device, e.g. router, cable modem, ADSL
modem, through a CAT.5 twisted pair Ethernet cable.
2. LAN 1 – LAN 4 (S200/S400 series have 4 LAN Ports, S800 series have one LAN Port)
The LAN port supports 4 10/100Base-T switch hub networks. These 4 ports allow your PC or
Switch/Hub to be connected to the voice gateway through a CAT.5 twisted pair Ethernet cable.
3. Reset
The reset button, when pressed, resets the cable voice gateway without the need to unplug the
power cord.
4. Power
The supplied power adapter connects here. The supplied power adapter converts
110V or 220V AC to DC as required for this device.
5. FXS (Foreign Exchange Subscriber)
FXS port was connected to your telephone sets or Trunk Line of PBX.
6. FXO (Foreign Exchange Office)
FXO port was connected to the extension port of a PBX or directly connected to a PSTN line of
carrier.
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7. RS-232 Console Port (S800 Series Only)
Rs-232 port is a console port, you can use it to set up Gateway.
1.3 Unpacking Your S200 / S400 / S800 Series Gateway
Your Gateway package should contain the items listed below. If any item is missing or damaged,
contact your dealer or VoIP Customer Service Department immediately.
• One CD-ROM; includes User Manual in electronic form and training material document.
• One AC/AC power adapter (black), AC100-230V, input DC 12/1.5A for Gateway used in USA or
U.K ,or EUROPE.
1.4 Factory Default Setting
Your S Series Gateway package should contain the items listed below. If any item is missing or
damaged, contact your dealer or VoIP Customer Service Department immediately.
WAN Port IP address : 192.168.1.1
LAN Port IP address : 10.10.10.1
LAN DHCP Server enable IP range 10.10.10.51 ~ 10.10.10.100
VoIP Number (S200 Series) port 1: 100, port 2: 200
VoIP Number (S400 Series) port 1: 100, port 2: 200, port 3: 300, port 4: 400
VoIP Number (S800 Series) port 1: 100, port 2: 200, port 3: 300, port 4: 400,
port 5: 500, port 6: 600, port 7: 700, port 8: 800
VoIP default setting was H.323 signal protocol, Direct Mode, Fast-Start and G.723 codec.
Default login authentication username : admin, password : admin
1.5 Key Features
The S Series Gateways provide many built-in server and software features to provide a convenient
comprehensive solution for your SOHO VoIP network.
VoIP Features :
1. Support G.711μ-law / G.711a-law / G.723.1 / G.729AB voice codec.
2. Standard VoIP protocols: SIP, SDP, RFC2833, STUN, H.323, H.225, Q.931, H.245 and
RTP/RTCP.
3. Voice: DTMF detection and generation, G.168 compliant echo canceller, silence detection,
FAX (T.38 / T.30) Mode Option.
4. Dynamic Jitter Buffer: Built-in adaptive, buffer that helps to smooth out the variations in
delay (jitter) for voice traffic. This helps ensure good voice quality for your conversations.
5. Comfort Noise Generation
When using VAD, it generates and sends comfort (background) noise when you are not
speaking.
6. Voice Activity Detection / Silence Suppression
Voice Activity Detection (VAD) reduces the bandwidth that a call uses by not transmitting
silent packets when you are not speaking.
7. NAT Traversal Method by using SIP or H.323 call:
This feature allows GW to operate behind NAT-enabled devices and user does not need
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modify any configuration of NAT device.
a. Pass through method for H.323:
Gateway needs register to SK Series Gatekeeper to pass through NAT router.
b. NAT Traversal for SIP: Support STUN Client and Symmetric RTP to pass through NAT
router.
Network:
1. Network Address Translation (NAT): NAT allows multiple PCs to connect to an Internet
Service Provider (ISP) using a single Internet access account.
2. Firmware Upgrade (FTP Client): Using this FTP client to Upgrade software, you may easily
upgrade to the latest firmware whenever enhanced features are added.
3. Web (HTTP) Server: A Web browser is the most common tool used to surf the Internet. You may
use Microsoft’s Internet Explorer or Netscape’s browser etc, to configure the GW 200/400 /800
series routers as easily as surfing a website.
4. Dynamic Host Configuration Protocol (DHCP) Client on WAN Port: In most cable modem
environments, the Gateway supports a DHCP client on the WAN port. They can automatically get
IP network settings from a cable head-end access server.
5. Dynamic Host Configuration Protocol (DHCP) Server:This Gateway provide an easy-toconfigure function for your local IP network. It can automatically assign IP network configurations
for local PCs, such as IP address, IP netmask, gateway IP address, and Domain Name server etc.
6. Point-to-Point Protocol over Ethernet (PPPoE) Client Support: If you are a DSL user, the
router has a built-in PPPoE client for establishing a DSL link connection with the ISP. There is no
need to install a further PPPoE driver on your computers.
7. Smart QoS : The smart QoS provide stable voice quality while user access internet from
private LAN to internet at the same time. This device would start suppressing throughput au
tomatically when VoIP call proceed and keep full speed access when there is no VoIP traffic.
8. DDNS(Dynamic Domain Name Server): DDNS is a service that maps Internet domain names
to IP addresses. It allows you to provide Internet users with a domain name (instead of an IP
Address) to access your Virtual Servers.
Register for this FREE service at http://members.dyndns.org/newacct
9. Virtual Server : Remote Users can access services such as the Web or FTP at your local site
via public IP addresses can be automatically redirected to local servers configured with private IP
addresses.
2 Installation & Setup
2.1 Hardware Installation
2.1.1 Connecting the Power Adapter
Connect the power adapter to the power outlet on the wall and to the PWR power jack on the rear
panel of the router.
2.1.2 Connecting to the Private LAN Ethernet
A. Connecting to a PC:
1. Attach the Ethernet cable (blue color cable) to the LAN 1 port or to any LAN1 ~ LAN4 port.
2. Connect the other end of the Ethernet cable to your PC’s installed network interface card (NIC).
3. The LED indicators at both the Ethernet port and the NIC should be ON.
B. Connecting to an External Ethernet Hub or Switch:
1. Attach the Ethernet cable (blue color cable) to the LAN 1 port or to any LAN1 ~ LAN4 port.
2. Connect the other end of the Ethernet cable to the external Ethernet hub or switch.
3. The LED indicators on both the LAN port and the external Switch.
The hardware installation is now complete. The following sections will guide you through setting
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up your management PC and connecting to the Web Configurator.
Note:
1.The Web Configurator is a management utility that handles all configurations and provides
web-based management.
2. Attach the Ethernet cable to the Ethernet port of the DSL/Cable modem.
3. Plug the other end of the cable into the WAN port.
2.2 Setting up a Management PC
The gateway has a built-in HTTP (Web) server for configuration. Before you use the gatew
ay to access the Internet, you should set up a management PC to log into the router for fur
ther configuration. The management PC may be configured with a fixed or dynamically assig
ned IP address. For a fixed IP address, use an IP address from a 192.168.1.0/24 network,
such as 192.168.1.10.
For a dynamic IP address, you need to set the PC as a DHCP client, and then restart or
renew the network settings. The DHCP server of router is enabled by default so the PC wil
l then be assigned an IP address and related settings by the router. The following examples
are for a MicrosoftTM Windows 2000/XP machine set to use a dynamic IP address.
2.2.1 Checking the Network IP Configuration
The following explains how to setup the Transmission Control Protocol/Internet Protocol (TCP/IP)
in Windows 2000/XP. For more detailed information on TCP/IP setup, refer to the Windows
2000/XP help files. For other operating systems refer to the user manuals.
1. On the desktop, Please enter start -> control panel -> network setting.” Click Properties. The
Network screen will open.
Your particular system will be different from the screen shown here.
Check that you have an Ethernet network card installed. If not, refer to the card manufacturer’s
documentation and install the card and drivers.
If your card is installed,
1. Click the Add button. The Select Network Component Type dialog box will open. The box will
show four options: Client, Adapter, Protocol, and Service.
2. Select Protocol and click the Add button. The Select Network Protocol dialog box will open.
3. Select Microsoft in the left scrolling window then selects TCP/IP in the right, and click OK.”. You
will be returned to the Network dialog box.
2.2.2 Configuring the TCP/IP Protocol
1. On the Network dialog box Configuration card, select TCP/IP and then click Properties.” The
TCP/IP Properties dialog box will open.
2. On the IP Address tab, click Obtain an IP address automatically. As the DHCP (Dynamic Host
Configuration Protocol) server built into the router is enabled by default, your computer will get an
IP address, subnet mask, and other related IP network settings from the router.
3. On the DNS Configuration tab, click Disable DNS”.
4. Click the Gateway tab.
5. Make the New gateway and Installed gateways fields blank and click OK. A dialog box will pop
up asking you to restart the PC. Click Yes”.
2.2.3 Checking TCP/IP settings
1. After completing the previous steps, click Start -> Run -> and type ipconfig /all. The IP
Configuration window will open. If the PC does not show an IP address in the 10.10.10.51 to
10.10.10.100 range, click the ipconfig /release button to release the current configuration. Wait a
few seconds and click “ipconfig/renew” to get a new IP configuration from the router.
2. If the IP configuration is correct, you will be able to use the PING diagnostic utility built into
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Microsoft Windows to ping the router. Click Start -> Programs -> MS-DOS Prompt. A command
mode window will open. Type “ping 10.10.10.1” (default IP of the router) to check the network
connectivity. If both hardware and software are correct, your computer will receive
A response from the router as shown on the next page. If not, verify that the Ethernet cable is
connected to the router properly and the Ethernet port LED on the front panel is lit.
2.3 Using the Web Configurator
2.3.1 Connecting to the Web Configurator via a Web Browser
1. Launch the Web browser. Enter http://10.10.10.1 into the browser Address window and press
the Enter key.
2. An authentication dialog box will open.
3. If this is a first time setup of the router, type “admin” as the User Name and the Password field
as “admin”. Click OK.
4. The Web Configurator Setup Main Menu will open. On the main page “Setup Wizard”, “Advanced
Setup” and “System Information” were displayed.
2.3.2 Overview of the System Configuration
The Setup Main Menu (see above figure) consists of four parts:
1. Setup Wizard
2. Advanced Configuration
3. System Administration
4. 中文設定
The following outlines each configuration menu.
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Setup Wizard:
1. WAN Type Setup: Sets/changes the WAN port Type like “Fixed IP”, “DHCP Client”
or ”PPPoE”.Usually the router functions as a border router for SOHO or home networking so you
must enter your settings here to enable access to the Internet.
2. LAN Port IP Address: Modifies the IP address of the gateway.
3. VoIP Call Setup: VoIP users need to set phone/line port numbers. If user selects “H.323”, please
set Gatekeeper IP address or Direct Call Plan. The other way, user select “SIP”, please set SIP
Proxy Server IP address or Direct Call Plan.
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Advanced Configuration:
Advanced Setting Label
Network Setup Label
WAN Setting
Sets/changes the WAN port Type like “Fixed IP”, “DHCP Client”
or ”PPPoE”.
LAN Setting
Modifies the IP address of the LAN port and setting DHCP Server
parameters.
Virtual Server
Remote user can access server such as Web or FTP at you local site
via public IP address can be automatically redirected to local servers
configured with private IP address.
Dynamic DNS
Dynamitic DNS allows you to provide Internet users with a domain
name to access your server.
Network Parameters
Network Parameter allows you to modify the access port of gateway.
For example :
Setting HTTP port : 8080
Setting TELNET port is : 8090 (Default HTTP :80, TELNET: 23)
VoIP Setup
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VoIP Basic
The S Series Gateway support 2 / 4 / 8 phone/line for SIP and H.323
VoIP call applications. You can configure these ports from this menu.
Dialing Plan
Users could apply any dial policy by setting Dial Plan including
outgoing dial plan and incoming dial plan.
Advanced Setting
VoIP Gateway support for silence compression, DTMF Relay, Codec
Selection, FAX mode Option,
H323 Register Type and H.323 Fast-Start/Normal-Start function.
FXO AC impedance, Volume Adjustment,
Auto Dial Setting
Enable user to set up “hotline” to dial the phone number.
Port Status
Display the telephone interface status
Traffic Monitor
Display and Monitor the voice traffic and data traffic.
System Administration:
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Management Label
Save Configuration
You can save configuration and restart the gateway with the default
configuration or with
the current running configuration.
Access Control
Users can Sets/changes the administrator password..
Set to Default
You can restart the gateway with the default configuration.
Backup/Restore
Configuration
User can backup the configuration file of Gateway to PC or Restore the
configuration file from PC.
System Information
Display Software version, WAN Type, VoIP Status, VoIP Codec, Phone
Interface and System Tim.
SNTP Setting
SNTP (Simple Network Time Protocol) Configuration for synchronizing
gateway clocks in the global Internet.
Syslog Setting
Gateway can sends log information to Syslog Server by UDP ports
514.
Capture Packets
The gateway supports packets capture and save the packets to your
PC. User can use Network Protocol Analyzer “Ethereal” to analysis the
packets. (Free down load from http://www.ethereal.com)
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3 Wizard Setup for Quick Start
Wizard Setup
After finishing the authentication, the Main menu will display 3 parts of configuration,
please click “Wizard Setup” to enter quick start:
3.1 WAN Port Type Setup (Setup First)
For most users, Internet access is the primary application. The N/T Series Gateway suppor
t the WAN interface for Internet access and remote access. The following sections will explai
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n more details of WAN Port Internet access and broadband access setup. When you click
“WAN Port Type Setup” from within the Wizard Setup, the following setup page will be sho
w.
Three methods are available for Internet Access.
Fixed IP User: If you are a leased line user with a fixed IP address, fill out the following
items with the information provided by your ISP.
IP Address: check with your ISP provider
Netmask: check with your ISP provider
Default Gateway: check with your ISP provider
ADSL Dial-up User (PPPoE Enable)
Some ISPs provide DSL-based service and use PPPoE to establish communication link with
end-users. If you are connected to the Internet through a DSL line, check with your ISP to see if
they use PPPoE. If they do, you need to select this item.
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User Name: Enter User Name provided by your ISP
Password: Enter Password provided by your ISP.
Retype Password: Enter Password to confirm again.
DHCP Client (Dynamic IP): (Get WAN IP Address automatically)
IP Address: If you are connected to the Internet through a Cable
modem line then a dynamic IP address will be assigned.
3.2 Configuring NAT or Bridge setting:
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Bridge Mode:
Select S series Gateway as bridge.
NAT mode:
LAN IP Network Configuration
IP Address: Private IP address for connecting to a local private network
(Default:10.10.10.1).
Subnet Mask: Netmask for the local private network (Default: 255.255.255.0/24).
3.3 VoIP Call Protocol Setup
Step1 : configure VoIP Call Signal Protocols :
User could select H.323 or SIP Protocol, and click “select”
Step2 : configure the numbering with phone/line ports.
Phone Number:
The representation number is the phone number of the telephone that is connected to Phone
port.
Line Number:
Line ports are connected to the extension ports of the PBX system or the PSTN line. They
have a common Line Hunting Group Number. When this number is dialed, the Gateway
system will find a free FXO line connected to PBX. This hunting will skip all busy lines and
absent lines and find only the idle line to the PBX. After the available line is found, you can
hear the dial tone from PBX. After that, you can dial the needed phone number out through
PBX.
Step3: Let GW Register to Gatekeeper/SIP Proxy Server
(If user does not have Gatekeeper/SIP Proxy Server, Please go to Step 4: Outgoing Dialing
Plan)
Gatekeeper IP address: There is a gatekeeper address fields. If this gateway does not want to
register to any gatekeeper, just set value 0 to the primary gatekeeper address.
SIP Proxy Server IP addresses: There is a SIP Proxy Server address fields. If this gateway
does not want to register to any SIP Proxy Server, just set value 0 to the primary gatekeeper
address.
Step 4: Outgoing Dialing Plan
The purpose of “Outgoing Direct Call” setting is to let user create a proprietary dialing plan when
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this Gateway is not registered to any H.323 Gatekeeper or any SIP Proxy Server. This setting can
also assign some dialing plan to local ports (including prefix strip, prefix addition).
Through this setting, user can directly map a number to a specific gateway (IP address).
In the “Outgoing Dial Plan” settings:
“Leading Number” is the leading digits of the dialing number.
“Min Length” and “Max Length” is the min/max allowed length you can dial.
“Strip Length” is the number of digits that will be stripped from beginning of the dialed
number.
“Prefix Number” is the digits that will be added to the beginning of the dialed number.
“Destination” is the IP address of the destination Gateway that owns this phone number.
Step 5: Finishing the Wizard Setup
After completing the Wizard Setup, please click “Finish” bottom. The VoIP Gateway will save the
configuration and rebooting Gateway automatically. After 20 Seconds, you could re-login the
Gateway.
4 Advanced Setup
In Advanced Setup, GW provides user two major parts function to configure:
One is “Network Setup”, the other one is “VoIP Call Setup”
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4.1 Network Configuration:
4.1.1 WAN Port Type Setup
For most users, Internet access is the primary application. The S400/S200 Series
Gateway support the WAN interface for Internet access and remote access. The following
sections will explain more details of WAN Port Internet access and broadband access
setup. When you click “WAN Setting”, the following setup page will be shown.Three
methods are available for Internet Access.
Static IP: You are a leased line user with a fixed IP address; fill out the following items with the
information provided by your ISP.
IP Address: check with your ISP provider
Netmask: check with your ISP provider
Default Gateway: check with your ISP provider
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PPPoE for ADSL
Some ISPs provide DSL-based service and use PPPoE to establish communication link
with end-users. If you are connected to the Internet through a DSL line, check with your
ISP to see if they use PPPoE. If they do, you need to select this item.
User Name: Enter User Name provided by your ISP
Password: Enter Password provided by your ISP.
Retype Password: Enter Password to confirm again.
DHCP Client (Dynamic IP): (Get WAN IP Address automatically)
IP Address: If you are connected to the Internet through a Cable modem line then a dynamic IP
address will be assigned.
(Note : WAN port display the IP address, submask and default gateway IP address if DHCP
client is successful)
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4.1.2 Configuring LAN IP Address and DHCP Server
There are two kinds of network feature to configure: Bridge Mode and NAT Mode
Bridge Mode:
Select this Gateway as Bridge.
NAT Mode:
Each of the VoIP Gateway has two Ethernet interfaces, one is for connecting to local network
users, and the other is for connecting to an external broadband device (i.e. DSL modem/router or
Cable modem). The LAN port is connected to the local Ethernet network. WAN is connected to the
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external broadband device. The LAN IP address/netmask is for private users or NAT users, and the
WAN IP address/netmask is for public users.
LAN IP Network Configuration
IP Address: Private IP address for connecting to a local private network (Default: 10.10.10.1).
Subnet Mask: Netmask for the local private network (Default: 255.255.255.0/24).
DHCP Server Configuration
DHCP stands for Dynamic Host Configuration Protocol. It can automatically dispatch related IP
settings to any local user configured as a DHCP client. The DHCP server supports up to 253 users
(PCs) on Yes: Enables the DHCP server. No: Disables the DHCP server.
Start IP Address: Sets the start IP address of the IP address pool.
End IP Address: Sets the end of IP address in the IP address pool.
DNS Server IP Address: (Default: None).
DNS stands for Domain Name System. Every Internet host must have a unique IP address, also
they may have a human friendly, easy to remember name such as www.Ebrax.com. The DNS
server converts the human friendly name into the equivalent IP address.
Primary IP Address: Sets the IP address of the primary DNS server.
Secondary IP Address: Sets the IP address of the secondary DNS server.
4.1.3 Virtual Server Setup
“Natural firewall” allows requests for Internet access from the local network. However, any request
from the Internet to the local network is blocked. By setting the Virtual Server function, computers
outside the Intranet are allowed to access specific ports of local client. The Virtual Server Port
Table may be used to expose internal servers to the public domain or open a specific port number
to internal hosts. Internet hosts can use the WAN IP address to access internal network services,
such as FTP, WWW, Telnet etc.
How to set a Virtual Server
The following example shows how an internal FTP server is exposed to the public domain. The
internal FTP server is running on the local host addressed as 192.168.0.100.
Public Port: Specifies which port should be redirected to the internal host.
22
Private IP: Specifies the private IP address of the internal host offering the service.
Private Port: Specifies the private port number of the service offered by the internal host.
Apply: Click here to add the port-mapping entry and enable the service.
Note: 1. If there is a WEB server in private LAN, the HTTP login port of gateway will be
changed to 6000.
2. If there is a TELNET server in private LAN, the TELNET login port of gateway will be
changed to 6001.
4.1.4 Dynamic DNS
DDNS is a service that maps Internet domain names to IP addresses. DDNS serves a si
milar purpose to DNS: DDNS allows anyone hosting a Web or FTP server to advertise a pu
blic name to prospective users. Unlike DNS that only works with static IP addresses, DDNS
works with dynamic IP addresses, such as those assigned by an ISP or other DHCP server.
DDNS is popular with home network, who typically receive dynamic, frequently-changing IP
addresses from their service provider. To use DDNS, one simply signs up with a provider an
d installs network software on their host to monitor its IP address.
How to use DDNS
First: you should register a new DDNS service account from this web site:
http://www.dyndns.com/newacct
User Name: Input your DDNS User N
Password: Input your DDNS Password
Domain Name: Input you set from your DDNS.(ie.Ebrax.gotdns.com)
DNS Server IP: Input your DNS Server IP.
4.2 VoIP Setup
VoIP Basic Configuration:
4.2.1 Configure the VoIP protocol to H.323 Protocol:
23
Configure the numbering with FXS / FXO ports. (Depending on model)
FXS Number:
The representation number is the phone number of the telephone that is connected to FXS
port.
FXO Number:
FXO ports are connected to the extension ports of the PBX system or the PSTN line. They
have a common Line Hunting Group Number. When this number is dialed, the Gateway
system will find a free FXO line connected to PBX. This hunting will skip all busy lines and
absent lines and find only the idle line to the PBX. After the available line is found, you can
hear the dial tone from PBX. After that, you can dial the needed phone number out through
PBX.
Configure the ANI (Answer Number Indication) / Caller ID of the FXS/FXO ports.
ITSP needs ANI for authorization when gateway calls Off-Net call to PSTN number or mobile phone
number.
Register to H.323 Gatekeeper
(If user does not have Gatekeeper, Please go to 4.2.2: H.323 Dialing Plan Policy)
24
H.323 Parameters Label
Sets the unique name of this Gateway, that is communicated as part of
H.323 messaging..
H.323 ID
Primary Gatekeeper IP
Address
Secondary
IP Address
Gatekeeper
There are two gatekeeper address fields, one is primary, the other
secondary. If this gateway does not want to register to any gatekeeper,
just set value 0 to the primary gatekeeper address. If the primary
gatekeeper address is not 0, the gateway will register to the primary
gatekeeper. If the second gatekeeper is not 0, the gateway will try to
register to the second gatekeeper when failed to register to primary
gatekeeper, i.e. if both the primary gatekeeper and second gatekeeper
addresses are present, the gateway will try to register to these two
gatekeepers respectively. The gateway can have the gatekeeper
backup function by this way.
Primary
Gatekeeper
Domain Name
Let user use Domain Name of H.323 Gatekeeper.
Secondary Gatekeeper
Domain Name
25
H.323 Gatekeeper ID
The Gatekeeper ID; usually do not need to set this field unless the
gatekeeper must need this value.
Voice Cap Prefix
Let user set prefix number in RRQ nonstandard voice cap entry.
RAS Port Adjustment
In H.323 standard the RAS default port number is 1719. The VoIP
gateway provides user to change RAS port number to meet the
network environment.(Some area carrier blocks or forbidden the default
port number)
Q.931 Port Adjustment
In H.323 standard the default Q.931 port number is 1720. The VoIP
gateway provides user to change Q.931 port to meet the network
environment. (Some area carrier blocks or forbidden the default port
number)
H.323 Call Pass through NAT
H.323 Pass
NAT method
Through
1. Disable: Registering to H.323 Gatekeeper and need open virtual
Port or DMZ.
2. Auto Detection: Registering to SK series Gatekeeper without
opening Virtual Port.
3. Manual Setting: Key in the public IP address by manul settting.
4.2.2 H.323 Protocol Dialing Plan
Overview of the Dialing Plan
The “Dialing plan” need setting when the user use the method of Peer-to-Peer H.323 VoIP call or
registering H.323 Gatekeeper Mode. The H.323 Dialing Plan has three kinds of directions: Outgoing
(call out) and Incoming (call in) and PSTN route.
1. Outgoing Dial Plan:
Peer-to-Peer Call Mode: Effective
Registering to H.323 Gatekeeper Mode: Effective
2. Incoming Dial Plan:
Peer-to-Peer Call Mode: Effective
Registering to H.323 Gatekeeper Mode: The leading number would register to H.323
Gatekeeper
3. PSTN Route Dial Plan:
Peer-to-Peer Call Mode: The same as the Incoming Dial Plan
Registering to H.323 Gatekeeper Mode: The leading number would NOT register to H.323
Gatekeeper
26
In the “Outgoing Dial Plan Configurations” settings: Maximum Entries : 50
“Outbound number” is the leading digits of the call out dialing number.
“Length of Number” has two text fields need filled: “Min Length” and “Max Length” is the
min/max allowed length you can dial.
“Delete Length” is the number of digits that will be stripped from beginning of the dialed
number.
“Add Digit Number” is the digits that will be added to the beginning of the dialed number.
“Destination IP Address / Domain Name” is the IP address / Domain Name of the
destination Gateway that owns this phone number.
Example1: Normally Dial
001x leading call out, call to Destination IP address: 211.22.3.14
002x leading call out, call to Destination Domain Name: h.323.gw.net
Example2: Speed Dial
If user dial “401”,
Gateway automatically dial “1334588712” to Destination IP address: 211.22.3.14
If user dial “402”
Gateway automatically dial “1334588712” to Destination IP address: 211.21.2.76
27
In the “Incoming Dial Plan Configurations” settings: Maximum Entries : 50
“Inbound number” is the leading digits of the dialing number.
“Length of Number“ has two text fields need filled: “Min Length” and “Max Length” is the
min/max allowed length you can dial.
“Delete Length” is the number of digits that will be stripped from beginning of the dialed
number.
“Add Digit Number” is the digits that will be added to the beginning of the dialed number.
“Destination Tele port” is “Tel-port”; this is for local dial plan setting phone number.
Example1: Hunting for FXS Port
Port 1: FXS
Port 2: FXS
Port 3: FXS
Port 4: FXS
H.323 number “123”call incoming, Port 1 will be ringing.
If Port 1 is busy, Port will be ringing.
If Port 1 and 2 are busy, Port 3 will be ringing.
If Port 1, Port 2 and Port 3 are busy, Port 4 will be ringing.
(Note: “123” will be register to H.323 Gatekeeper when Gateway when
Registering H.323 Gatekeeper Mode)
Example2: Hunting for FXO Port
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Port 1: FXO was connected to PSTN.
Port 2: FXO was connected to PSTN.
Port 3: FXO was connected to PSTN.
Port 4: FXO was connected to PSTN.
H.323 number “123”call incoming, Port 1 will be off-hook and hear the Dial Tone from
PSTN.
If Port 1 is busy, Port will be will be off-hook and hear the Dial Tone from PSTN.
If Port 1 and 2 are busy, Port 3 will be off-hook and hear the Dial Tone from PSTN.
If Port 1, Port 2 and Port 3 are busy, Port 4 will be off-hook and hear the Dial Tone from
PSTN.
(Note: “123” will be register to H.323 Gatekeeper when Gateway when
Registering H.323 Gatekeeper Mode)
Example3: Termination Call to FXO for One-Shoot Call
Port 1: FXO was connected to PSTN (area code is 81xxxxxxxx).
H.323 leading number “081x”incoming, and delete the first one digit “0”, and call to
PSTN number.
(Note: “081x” will be register to H.323 Gatekeeper when Gateway when
Registering H.323 Gatekeeper Mode)
In the “PSTN Route Dial Plan Configurations” settings: Maximum Entries : 20
“Inbound number” is the leading digits of the dialing number.
29
“Length of Number“ has two text fields need filled: “Min Length” and “Max Length” is the
min/max allowed length you can dial.
“Delete Length” is the number of digits that will be stripped from beginning of the dialed
number.
“Add Digit Number” is the digits that will be added to the beginning of the dialed number.
“Destination Tele port” is “Tel-port”; this is for local dial plan setting phone number.
Example1: Termination Call to FXO
Port 1: FXS
Port 1: FXO was connected to PSTN (area code is 92xxxxxxxx).
Port 1 FXS call to “092x” to PSTN, FXO port will delete the first one digit “0” and call to
PSTN number.
(Note: “092x” will be NOT register to H.323 Gatekeeper when Gateway when
Registering H.323 Gatekeeper Mode)
30
4.2.3
H.323 VoIP Advanced Configuration
Smart-QoS:
If this function is enabled, when VoIP call is occurred, the other data will be automatically
reduced traffic which across the internet in order to guarantee the voice bandwidth.
Silence Compression:
If this function is enabled, when silence is occurred for a period of time, no data will be sent
across the network during this period in order to save bandwidth.
DTMF Relay for H.323:
After the VoIP call is connected, when you dial a digit, this digit is sent to the other side by
DTMF tone. There are two methods of sending the DTMF tone. The first is “in band”, that is,
31
sending the DTMF tone in the voice packet. The other is “out band”, that is, sending the DTMF
tone as a signal. Sending DTMF tone as a signal could tolerate more packet loss caused by
the network. If this selection is enabled, the DTMF tone will be sent as a signal.
Voice Codec option:
The Codec is used to compress the voice signal into data packets. Each Codec has different
bandwidth requirement. There are four kinds of Codec, G.723, G.729AB, G.711_u and
G.711_A. The default value is G.723.
H.323 Start Mode:
This selection could force the Gateway to use normal start mode (default mode) or fast start
mode when establishing a VoIP call. Many other gateways only support normal start mode,
enable this selection when it is necessary. The default is disabled (using fast start mode).
H.323 H.245 Tunneling
This selection could force the Gateway to use normal start mode (default mode) or fast start
mode when establishing a VoIP call. Many other gateways only support normal start mode,
enable this selection when it is necessary. The default is disabled (using fast start mode).
FAX Mode Option
T.30/T.38 real-time FAX compliant Voice/FAX auto-switch.
The T.38 is a “Real Time Group 3 Fax Communication over IP network” format. That’s
meaning it’s a protocol for Fax over IP. You have to enable this function
H.323 Registration type:
There are 2 choices for this setting. “Gateway” means it will act as the VoIP gateway.
“Terminal” means it will act as the IP phone terminal.
FXS Impedance:
The FXS provides 600/900 OHM impedances for selection.
FXO AC Impedance:
The FXO provides wild and complex ac termination impedances for selection.
H.323 call auto answer mode:
When a VoIP call is incoming, the Gateway will ring a specific phone set. The H.323 call signaling
part could be connected or alerting during this ringing period. If this selection is enabled, the
H.323 signaling part is connected during the ringing period. The benefit of this situation is that
the remote side could hear the status of the specific port. That is, the remote side will hear ring
back tone if the Gateway is really ringing the phone set. If the phone set is busy, the remote side
will hear busy tone. The disadvantage of this situation is that the H.323 connected time is not the
real voice call connected time. So, if billing is recorded for this Gateway, this function should be
disabled.
Phone (Line) in/out volume:
You can adjust the Phone (Line) in/out volume, range from -9db to 9db.
FXO Tx/Rx Gain:
You can adjust the FXO Tx/Rx Gain , range from 0db to 6db.
UK release tone detection:
When you use the Gateway to UK , you can Enable this selection to detection release tone.
Flash detection and generation duration :
32
1. PSTN Call from PSTN to Office PBX and dial the extension 102 go to Gateway
2. Call to Gateway of Home by Hotline.
3. Home user needs call transfer to extension number 101.
4. Dial Flash and Gateway FXS detect and generate the Flash to PBX in Office.
Flash Detection: Let you change flash detection (milliseconds) of Gateway when phone generate
flash to FXS.
Flash Generation: Let you change flash generation time (milliseconds) for PBX detection.
Bandwidth control:
You can setting your bandwidth what the Max byte of download and upload of ADSL modem
rate.
Ring Frequency:
You can setting how long the Ring Frequency do you want to use.
33
4.2.4 Configure the VoIP protocol to SIP Protocol:
(If user does not need register SIP Proxy Server, Please go to 4.2.5: SIP Dialing Plan Policy)
Select “SIP Protocol”
SIP number (username) and Password Setting: Please fill out the SIP account including
username / password from ITSP.
(Note : now only support digits type for SIP number / username)
SIP Hunting Table: This allows gateway can answer SIP call from internet by Hunting. For
example: Port 1and Port 2 are hunting for the Port 1 SIP account. Then when port 1 are on call,
the other one SIP call from internet will ring port 2.
34
SIP Proxy Server Setting:
SIP Proxy Server Label
SIP Proxy Server Setting
1. Enter the SIP service IP address or domain name in this field (the
domain name that comes after the @ symbol i n a full SIP URI).
2. Use Net2Phone Service Provider
Register Interval Setting
This field sets how long an entry remains registered with the SIP
register server. The register server can use a different time period. The
Gateway sends another registration request after half of this configured
time period has expired.
SIP Authentication
Enable or Disable MD5 Authentication with SIP Proxy Server
SIP NAT Traversal Method.
NAT Pass Setting: you can select one of STUN or Symmetric RTP. When you use the STUN
function , you must input the STUN server address and port.
4.2.5 SIP Protocol Dialing Plan
Overview of the Dialing Plan
The “Dialing plan” needs setting when the user use the method of Peer-to-Peer SIP VoIP call or
registering SIP Proxy Server Mode. The SIP Dialing Plan has two kinds of directions: Outgoing (call
out) and Incoming (call in).
1. Outgoing Dial Plan:
Peer-to-Peer Call Mode: Effective
Registering to SIP Proxy Server Mode: Effective
2. Incoming Dial Plan:
Peer-to-Peer Call Mode: Effective
Registering to SIP Proxy Server Mode: The leading number would NOT register to SIP Proxy
Server
35
In the “Outgoing Dial Plan Configurations” settings: Maximum Entries : 50
“Outbound number” is the leading digits of the call out dialing number.
“Length of Number” has two text fields need filled: “Min Length” and “Max Length” is the
min/max allowed length you can dial.
“Delete Length” is the number of digits that will be stripped from beginning of the dialed
number.
“Add Digit Number” is the digits that will be added to the beginning of the dialed number.
“Destination IP Address / Domain Name” is the IP address / Domain Name of the
destination Gateway that owns this phone number.
Example1: Normally Dial
2290x leading call out, call to Destination Domain Name: sip.gw.net
221 leading call out, call to Destination IP Address: 212.22.1.9
Example2: Speed Dial
If user dial “401”,
Gateway automatically dial “1334588712” to Destination IP address: 211.22.3.14
If user dial “402”
Gateway automatically dial “1334588712” to Destination IP address: 211.21.2.76
36
In the “Incoming Dial Plan Configurations” settings: Maximum Entries : 50
“Inbound number” is the leading digits of the dialing number.
“Length of Number“ has two text fields need filled: “Min Length” and “Max Length” is the
min/max allowed length you can dial.
“Delete Length” is the number of digits that will be stripped from beginning of the dialed
number.
“Add Digit Number” is the digits that will be added to the beginning of the dialed number.
“Destination Tele port” is “Tel-port”; this is for local dial plan setting phone number.
Example1: Hunting for FXS Port
Port 1: FXS
Port 2: FXS
Port 3: FXS
Port 4: FXS
H.323 number “123”call incoming, Port 1 will be ringing.
If Port 1 is busy, Port will be ringing.
If Port 1 and 2 are busy, Port 3 will be ringing.
If Port 1, Port 2 and Port 3 are busy, Port 4 will be ringing.
(Note: “123” will be NOT register to SIP Proxy Server when Gateway is
Registering SIP Proxy Server Mode)
37
Example2: Hunting for FXO Port
Port 1: FXO was connected to PSTN.
Port 2: FXO was connected to PSTN.
Port 3: FXO was connected to PSTN.
Port 4: FXO was connected to PSTN.
H.323 number “123”call incoming, Port 1 will be off-hook and hear the Dial Tone from
PSTN.
If Port 1 is busy, Port will be will be off-hook and hear the Dial Tone from PSTN.
If Port 1 and 2 are busy, Port 3 will be off-hook and hear the Dial Tone from PSTN.
If Port 1, Port 2 and Port 3 are busy, Port 4 will be off-hook and hear the Dial Tone from
PSTN.
(Note: “123” will be NOT register to SIP Proxy Server when Gateway is
Registering SIP Proxy Server Mode)
Example3: Termination Call to FXO for One-Shoot Call
Port 1: FXO was connected to PSTN (area code is 81xxxxxxxx).
H.323 leading number “081x”incoming, and delete the first one digit “0”, and call to
PSTN number.
(Note: “081x” will be NOT register to SIP Proxy Server when Gateway is Registering SIP
Proxy Server Mode)
38
4.2.6
SIP VoIP Advanced Configuration
Smart-QoS:
If this function is enabled, when VoIP call is occurred, the other data will be automatically
reduced traffic which across the internet in order to guarantee the voice bandwidth.
Silence Compression:
If this function is enabled, when silence is occurred for a period of time, no data will be sent
across the network during this period in order to save bandwidth.
DTMF Method for SIP:
After the VoIP call is connected, when you dial a digit, this digit is sent to the other side by
DTMF tone. There are three methods of sending the DTMF tone. The first one is “in band”,
that is, sending the DTMF tone in the voice packet. The second one is “RFC2833”, that is,
sending the DTMF tone as a RTP payload signal. The third one is “SIP Info”, that is, sending
the DTMF tone as a SIP signal. Sending DTMF tone as a signal could tolerate more packet
loss caused by the network. If this selection is enabled, the DTMF tone will be sent as a
signal.
Voice Codec option:
The Codec is used to compress the voice signal into data packets. Each Codec has different
bandwidth requirement. There are four kinds of Codec, G.723, G.729AB, G.711_u and
G.711_A. The default value is G.723.
FAX Mode Option
T.30/T.38 real-time FAX compliant Voice/FAX auto-switch.
The T.38 is a “Real Time Group 3 Fax Communication over IP network” format. That’s
meaning it’s a protocol for Fax over IP. You have to enable this function
39
FXS Impedance:
The FXS provides 600/900 OHM impedances for selection.
FXO AC Impedance:
The FXO provides wild and complex ac termination impedances for selection.
Phone (Line) in/out volume:
You can adjust the Phone (Line) in/out volume, range from -9db to 9db.
FXO Tx/Rx Gain:
You can adjust the FXO Tx/Rx Gain , range from 0db to 6db.
UK release tone detection:
When you use the Gateway to UK , you can Enable this selection to detection release tone.
Flash detection and generation duration :
1.
2.
3.
4.
PSTN Call from PSTN to Office PBX and dial the extension 102 go to Gateway
Call to Gateway of Home by Hotline.
Home user needs call transfer to extension number 101.
Dial Flash and Gateway FXS detect and generate the Flash to PBX in Office.
Flash Detection: Let you change flash detection (milliseconds) of Gateway when phone generate
flash to FXS.
Flash Generation: Let you change flash generation time (milliseconds) for PBX detection.
Bandwidth control:
You can setting your bandwidth what the Max byte of download and upload of ADSL modem
rate.
Ring Frequency:
You can setting how long the Ring Frequency do you want to use.
4.2.7 Port Status
Port Status Display : This selection will display concurrent call status of this Gateway. The
status information of each voice channel includes codec, dialing number and destination IP address.
The status is refreshed every 3 seconds.
40
4.2.8 Traffic Monitor
Traffic Monitor Display : This selection will display Network traffic of this Gateway. The status
information of each voice channel Web FTP Ping and finally total traffic. The status is refreshed
every 3 seconds.
41
5 System Administrations
5.1 Save Configuration and Reboot
Click “Save Configuration and Reboot” to save configuration and begin to restart.
5.2 Access Control
Changing the Administrator Password
For security reasons, we strongly recommend that you set an administrator. password for the router.
On first setup the router requires no password. If you don’t set a password the router is open and
can be logged into and settings changed by any user from the local network or the Internet.
Click Access Control Setup, the following screen will open.
42
5.3 Set To Default Configuration
If you want to reboot the router using factory default configuration, click “Apply” then reset the
router’ s settings to default values.
5.4 Backup/Restore Configuration to a File
User can Backup the Configuration to a File at Microsoft Operation System. And also restore the
configuration file to the GW from PC.
43
5.5 System Information Display Function
Click System Information Display to open the Online Status page. In the example,on the f
ollowing page, both PPPoE connection is up on the WAN interface, H323 Status, MAC addr
ess, Register Status..,etc.
5.6 SNTP Setting Function
Click SNTP Setting to open the Online Status page. In the example,on the following page,
.
Use SNTP Setting—When checked, Gateway uses a Simple Network Time Protocol (SNTP) to set
the date and time . The Gateway synchronizes the Gateway’s time after you select the time zone.
Use SNTP Setting, Select the time zone which Gateway was at.
44
5.7 Syslog Setting Function
Use Syslog server to record your Gateway log file. you can setting you syslog server IP address for
this function.
5.8 Capture Packets Function
Use “Capturer Packets” to record Gateway packets. You can start and stop the capture then save
the file to PC.
Use the Ethereal Tool (www.Ebrax.com) to analyze the packets.
45
Appendix-A FAQ List
1. What is the default administrator password to login to the gateway?
A: By default, your default username is “admin”, default password is “admin” to login to the router.
For security, you should modify the password to protect your gateway against hacker attacks.
2. I forgot the administrator password. What should I do?
A: Press the Reset button on the rear panel for over 5 seconds to reset all settings to default
values.
3. What is the default IP address of the router?
A: The default WAN IP address is 192.168.1.1 with subnet mask 255.255.255.0.
The default LAN IP address is 10.10.10..1 with subnet mask 255.255.255.0.
4. Why is it that I can ping to outside hosts, but not access Internet
Web sites?
A: Check the DNS server settings on your PC. You should get the DNS servers settings fro
m your ISP. If your PC is running a DHCP client, remove any DNS IP address setting. As t
he router will assign the DNS settings to the DHCP-client-enabled PC.
5. What is the maximum number of IP addresses that the DHCP server of the gateway can
assign to local PCs?
A: The built-in DHCP server can support 253 IP addresses for local network usage.
46
Appendix-B Scenario Application Samples
Scenario 1:
H.323 VoIP Call : Peer-To-Peer Mode Gateway 1 <----------> Gateway 2
H.323 Call (Peer-To-Peer Mode)
Outgoing Dial plan
No: 8x | Digit:3~3 |Des: GW1 IP address
Outgoing Dial plan
No: 9x | Digit:3~3 | Des: GW1 IP address
x: wild card
Des: Destination IP
Digit: Digit Length min~ max
WAN
Gateway#2
Gateway#1
801
901
801
901
47
Scenario 2 :
H.323 VoIP Call: Peer-To-Peer Mode Gateway 1 (with PBX) <----> Gateway 2
H.323 Call (Peer-To-Peer Mode) with PBX: Call PBX Extension
Method 1: Two-Stage-Dialing
Outgoing Dial plan
No: 9x | Digit:3~3 |Des : GW1 IP address
No: 6x | Digit:3~3 | Des: GW1 IP address
Outgoing Dial plan
No: 8x | Digit:3~3 | Des: GW2 IP address
x: wild card
Des: Destination IP
Digit: Digit Length min~ max
Gateway#1
WAN
Gateway#2
FXO 609
Extension 609
801
901
801
Extension 601
609, 601
48
Scenario 3 : H.323 VoIP Call : Peer-To-Peer Mode
Gateway 1 (with PBX/PSTN)<----> Gateway 2
Call Method : Two-Stages-Dialing
H.323 Call (Peer-To-Peer Mode) with PBX: Remote Call PSTN number
Method 1: Two-Stages-Dialing
Outgoing Dial plan
No: 8x | Digit:3~3 | Des: GW2 IP address
Outgoing Dial plan
No: 9x | Digit:3~3 | Des :GW1 IP address
No: 6x | Digit:3~3 | Des :GW1 IP address
X: wild card
Des: Destination IP
Digit: Digit Length min~ max
Gateway#1
WAN
Gateway#2
Extension 609
Trunk-Line
801
901
02-23221344
801
PSTN
Extension 601
609, 0, 23221344
49
Scenario 4 : H.323 VoIP Call : Peer-To-Peer Mode
Gateway 1 (with PBX/PSTN) <----> Gateway 2
Call Method: One-Shot-Dialing
H.323 Call (Peer-To-Peer Mode) with PBX: Remote Call PSTN number
Method 2: One-Shot-Dialing
Outgoing Dial plan
No: 8x | Digit: 3~3 |Des:GW2 IP address
Incoming Dial Plan
No: 02x | Digit: 3~10 |Strip:2 |Prefix: 0,,, | fxo port
x: wild card
Des: Destination IP
Digit: Digit Length min~ max
Outgoing Dial plan
No: 9x | Digit:3~3 | Des : GW1 IP address
No: 6x | Digit:3~3 | Des : GW1 IP address
No: 02x| Digit: 3~10 | Des: GW 1 IP address
Gateway#1
WAN
Gateway#2
Extension 609
Trunk-Line
801
901
02-23221344
801
PSTN
Extension 601
02-23221344
50
Scenario 5: H.323 VoIP Call: Peer-To-Peer Mode
Gateway 2 <----> Gateway 1 (Remote Call PSTN number)
Call Method: One-Shot-Dialing
H.323 Call (Peer-To-Peer Mode)
Method: One-Shot-Dialing
: Remote Call PSTN number
Outgoing Dial plan
No: 8x | Digit: 3~3, Des | GW2 IP address
Incoming Dial Plan
No: 02x | Digit: 3~10 |Strip:2 |fxo port
x: wild card
Des: Destination IP
Digit: Digit Length min~ max
Outgoing Dial plan
No: 9x | Digit: 3~3 | Des: GW1 IP address
No: 6x | Digit: 3~3 | Des: GW1 IP address
No: 02x| Digit: 3~10 | Des: GW 1 IP address
Gateway#1
WAN
Gateway#2
FXO
901
801
02-23221344
801
PSTN
02-23221344
51
Scenario 6 : H.323 VoIP Call : Peer-To-Peer Mode
Gateway 2 <----> Gateway 1 (PSTN Call PSTN number)
Call Method : One-Shot-Dialing
H.323 Call (Peer-To-Peer Mode)
Method: One-Shot-Dialing
: PSTN Call PSTN number
Outgoing Dial plan
No: 9x | Digit: 3~3 | Des: GW1 IP address
No: 6x | Digit: 3~3 | Des: GW1 IP address
No: 02x| Digit: 3~10 | Des: GW 1 IP address
Incoming Dial Plan
No: 04x | Digit: 3~10 |Strip:2 |fxo port
Outgoing Dial plan
No: 8x | Digit: 3~3 | Des: GW2 IP address
No: 04x | Digit: 3~10 | Des: GW2 IP address
Incoming Dial Plan
No: 02x | Digit: 3~10 |Strip:2 |fxo port
x: wild card
Des: Destination IP
Digit: Digit Length min~ max
Gateway#1
WAN
Gateway#2
04-4322000
0
FXO
02-23221000
FXO
801
901
02-23221344
04-43221344
PSTN
PSTN
43220000, 02-23221344
04-43221344
52
Scenario 7: H.323 VoIP Call : Register to Gatekeeper
Gateway 2 <----> Gateway 1
H.323 Call (GK Mode)
Register Number List
GW1: 801
GW2: 901
DGK
WAN
Gateway#2
Gateway#1
901
801
801
901
53
Scenario 8 : H.323 VoIP Call : Register to Gatekeeper
Gateway 2 <----> Gateway 1 (Call PBX extension number)
Call Method : Two-Stages-Dialing
H.323 Call (GK Mode) with PBX: Call PBX Extension
Method 1: Two-Stage-Dialing
Register Number List
GW1: 801
GW2: 901,609
DGK
x: wild card
Des:
Gateway#1
WAN
Gateway#2
FXO 609
Extension 609
801
901
801
Extension 601
609, 601
54
Scenario 9 : H.323 VoIP Call : Register to Gatekeeper
Gateway 2 <----> Gateway 1 (Remote Call PSTN number with PBX)
Call Method : Two-Stages-Dialing
H.323 Call (GK Mode) with PBX: Remote Call PSTN number
Method 1: Two-Stages-Dialing
Register Number List
GW1: 801
GW2: 901,609
DGK
Gateway#1
WAN
Gateway#2
Extension 609
02-23221344
801
901
Trunk-Line
801
PSTN
Extension 601
609, 0, 23221344
55
Scenario 10 : H.323 VoIP Call : Register to Gatekeeper
Gateway 2 <----> Gateway 1 (Remote Call PSTN number with PBX)
Call Method: One-Shot-Dialing
H.323 Call (GK Mode) with PBX: Remote Call PSTN number
Method 2: One-Shot-Dialing
Register Number List
GW1: 801
GW2: 901,609,02x
Incoming Dial Plan
No: 02x | Digit: 3~10 |Strip:2 |Prefix: 0, | fxo port
x: wild card
Des: Destination IP
Digit: Digit Length min~ max
DGK
Gateway#1
WAN
Gateway#2
Extension 609
02-23221344
Trunk-Line
801
901
801
PSTN
Extension 601
02-23221344
56
Scenario 11 : H.323 VoIP Call : Register to Gatekeeper
Gateway 2 <----> Gateway 1 (Remote Call PSTN number)
Call Method : One-Shot-Dialing
H.323 Call (GK Mode) : Remote Call PSTN number
Method: One-Shot-Dialing
Register Number List
GW1: 801
GW2: 901,609,02x
Incoming Dial Plan
No: 02x | Digit: 3~10 |Strip:2 |fxo port
x: wild card
Des: Destination IP
Digit: Digit Length min~ max
DGK
Gateway#1
WAN
Gateway#2
FXO
801
901
02-23221344
801
PSTN
02-23221344
57
Scenario 12 : H.323 VoIP Call : Register to Gatekeeper
Gateway 2 <----> Gateway 1 (PSTN Call PSTN number)
Call Method : One-Shot-Dialing
H.323 Call (GK Mode) : PSTN Call PSTN number
Method: One-Shot-Dialing
Register Number List
GW1: 801
GW2: 901,609,02x, 04 xs
Incoming Dial Plan
No: 02x | Digit: 3~10 |Strip:2 |fxo port
x: wild card
Des: Destination IP
Digit: Digit Length min~ max
DGK
Gateway#1
Incoming Dial Plan
No: 04x | Digit: 3~10 |Strip:2 |fxo port
WAN
Gateway#2
04-2322000
0
FXO
02-23221009
FXO
801
901
02-23221344
23221009, 04-23221344
PSTN
PSTN
23220000, 02-23221344
04-23221344
58
Scenario 13 :SIP VoIP Call : Peer-To-Peer Mode
Gateway 2 <----> Gateway 1
SIP Call (Peer-To-Peer Mode)
Outgoing Dial plan
No: 8x | Digit: 3~3, Des | GW1 IP address
Outgoing Dial plan
No: 9x | Digit: 3~3, Des | GW1 IP address
x: wild card
Des: Destination IP
Digit: Digit Length min~ max
WAN
Gateway#2
Gateway#1
801
901
801
901
59
Scenario 14 : SIP VoIP Call : Peer-To-Peer Mode
Gateway 2 <----> Gateway 1 (call PBX extension number)
Call Method : Two-Stages-Dialing
SIP Call (Peer-To-Peer Mode) with PBX: Call PBX Extension
Method 1: Two-Stage-Dialing
Outgoing Dial plan
No: 8x | Digit: 3~3 |Des GW2 IP address
Outgoing Dial plan
No: 9x | Digit: 3~3 |Des: GW1 IP address
No: 6x | Digit: 3~3 |Des: GW1 IP address
x: wild card
Des: Destination IP
Digit: Digit Length min~ max
Gateway#1
WAN
Gateway#2
Extension 609
801
901
801
Extension 601
609, 601
60
Scenario 15 : SIP VoIP Call : Peer-To-Peer Mode
Gateway 2 <----> Gateway 1 (Remote Call PSTN number with PBX)
Call Method : Two-Stages-Dialing
SIP Call (Peer-To-Peer Mode) with PBX: Remote Call PSTN number
Method 1: Two-Stages-Dialing
Outgoing Dial plan
No: 8x | Digit: 3~3, Des | GW2 IP address
Outgoing Dial plan
No: 9x | Digit: 3~3, Des | GW1 IP address
No: 6x | Digit: 3~3, Des | GW1 IP address
x: wild card
Des: Destination IP
Digit: Digit Length min~ max
Gateway#1
WAN
Gateway#2
Extension 609
Trunk-Line
801
901
02-23221344
801
PSTN
Extension 601
609, 0, 23221344
61
Scenario 16 : SIP VoIP Call : Peer-To-Peer Mode
Gateway 2 <----> Gateway 1 (Remote Call PSTN number with PBX)
Call Method : One-Shot-Dialing
SIP Call (Peer-To-Peer Mode) with PBX: Remote Call PSTN number
Method 2: One-Shot-Dialing
Outgoing Dial plan
No: 8x | Digit: 3~3, Des | GW2 IP address
Incoming Dial Plan
No: 02x | Digit: 3~10 |Strip:2 |Prefix: 0,,, | fxo port
x: wild card
Des: Destination IP
Digit: Digit Length min~ max
Outgoing Dial plan
No: 9x | Digit: 3~3 | Des: GW1 IP address
No: 6x | Digit: 3~3 | Des: GW1 IP address
No: 02x| Digit: 3~10 | Des: GW 1 IP address
Gateway#1
WAN
Gateway#2
Extension 609
Trunk-Line
801
901
02-23221344
801
PSTN
Extension 601
02-23221344
62
Scenario 17 : SIP VoIP Call : Peer-To-Peer Mode
Gateway 2 <----> Gateway 1 (Remote Call PSTN number)
Call Method : One-Shot-Dialing
SIP Call (Peer-To-Peer Mode)
Method: One-Shot-Dialing
: Remote Call PSTN number
Outgoing Dial plan
No: 8x | Digit: 3~3, Des | GW2 IP address
Incoming Dial Plan
No: 02x | Digit: 3~10 |Strip:2 |fxo port
x: wild card
Des: Destination IP
Digit: Digit Length min~ max
Outgoing Dial plan
No: 9x | Digit: 3~3 | Des: GW1 IP address
No: 6x | Digit: 3~3 | Des: GW1 IP address
No: 02x| Digit: 3~10 | Des: GW 1 IP address
Gateway#1
WAN
Gateway#2
FXO
801
901
02-23221344
801
PSTN
02-23221344
63
Scenario 18 : SIP VoIP Call : Peer-To-Peer Mode
Gateway 2 <----> Gateway 1 (PSTN Call PSTN number)
Call Method : One-Shot-Dialing
SIP Call (Peer-To-Peer Mode)
number
Method: One-Shot-Dialing
: PSTN Call PSTN
Outgoing Dial plan
No: 9x | Digit: 3~3 | Des: GW1 IP address
No: 6x | Digit: 3~3 | Des: GW1 IP address
No: 02x| Digit: 3~10 | Des: GW 1 IP address
Incoming Dial Plan
No: 04x | Digit: 3~10 |Strip:2 |fxo port
Outgoing Dial plan
No: 8x | Digit: 3~3, Des | GW2 IP address
No: 04x| Digit: 3~10 | Des: GW2 IP address
Incoming Dial Plan
No: 02x | Digit:3~10 |Strip :2 |fxo port
x: wild card
Des: Destination IP
Digit: Digit Length min~ max
Gateway#1
WAN
Gateway#2
04-2322000
0
FXO
02-23221000
FXO
801
901
02-23221344
04-23221344
PSTN
PSTN
23220000, 02-23221344
04-23221344
64
Scenario 19 : SIP VoIP Call : Register to SIP Proxy Server
Gateway 2 <----> Gateway 1
SIP Call (Register to SIP Proxy Server Mode)
Register Number List
GW1: 801
GW2: 901
SIP Proxy Server
WAN
Gateway#2
Gateway#1
901
801
801
901
65
Scenario 20 : SIP VoIP Call : Register to SIP Proxy Server
Gateway 2 <----> Gateway 1 (Call PBX Extension number)
Call Method : Two-Stages-Dialing
SIP Call (SIP Proxy Server Mode) with PBX: Call PBX Extension
Method 1: Two-Stage-Dialing
Register Number List
GW1: 801
GW2: 901,609
SIP Proxy Server
Gateway#1
WAN
Gateway#2
Extension 609
801
901
801
Extension 601
609, 601
66
Scenario 21 : SIP VoIP Call : Register to SIP Proxy Server
Gateway 2 <----> Gateway 1 (Remote Call PSTN number with PBX)
Call Method : Two-Stages-Dialing
SIP Call (SIP Proxy Server Mode) with PBX: Remote Call PSTN number
Method: Two-Stages-Dialing
Register Number List
GW1: 801
GW2: 901,609
SIP Proxy Server
Gateway#1
WAN
Gateway#2
Extension 609
02-23221344
Trunk-Line
801
901
801
PSTN
Extension 601
609, 0, 23221344
67
Scenario 22 : SIP VoIP Call : Register to SIP Proxy Server
Gateway 2 <----> Gateway 1 (Remote Call PSTN number)
Call Method : Two-Stages-Dialing
SIP Call (SIP Proxy Server Mode)
Method: Two-Stages-Dialing
: Remote Call PSTN number
Register Number List
GW1 : 801
GW2 : 901,904
SIP Proxy Server
Gateway#1
WAN
Gateway#2
904
FXO
801
901
02-23221344
801
PSTN
904, 23221344
68
Scenario 23 : SIP VoIP Call : Register to SIP Proxy Server
Gateway 2 <----> Gateway 1 (PSTN Call PSTN number)
Call Method : Two-Stages-Dialing
SIP Call (SIP Proxy Server Mode)
Method: Two-Stages-Dialing
: PSTN Call PSTN number
Register Number List
GW1: 801,804
GW2: 901,904
SIP Proxy Server
Gateway#1
WAN
Gateway#2
804
904
FXO
FXO
04-43220000
02-23221009
801
901
02-23221344
23221009, 804, 43221344
PSTN
PSTN
43220000,904, 23221344
04-43221344
69
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