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User’s Manual
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Introduction .......................................................................................................... 3
Features............................................................................................................... 3
Minimum Requirements ....................................................................................... 3
Package Content.................................................................................................. 3
Note...................................................................................................................... 3
Get to know the Broadband Router...................................................................... 4
Back Panel........................................................................................................... 4
Front Panel........................................................................................................... 4
Setup Diagram .....................................................................................................5
Getting started...................................................................................................... 6
Chapter 1 ........................................................................................................... 12
Quick Setup........................................................................................................ 12
Step 1) Time Zone.............................................................................................. 12
Step 2) WAN Settings ........................................................................................ 13
1.1 Dynamic IP................................................................................................... 14
1.2 Static IP Address.......................................................................................... 15
1.3 PPPoE.......................................................................................................... 15
1.4 PPTP............................................................................................................ 16
1.5 L2TP............................................................................................................. 18
Chapter 2 ........................................................................................................... 19
General Settings................................................................................................. 19
2.1 System ......................................................................................................... 20
2.1.1 Time Zone................................................................................................. 20
2.1.2 Password Settings..................................................................................... 21
2.1.3 Remote Management................................................................................ 22
2.2 WAN............................................................................................................. 23
2.2.1 Static IP..................................................................................................... 23
2.2.2 DHCP........................................................................................................ 23
2.2.3 PPPoE (PPP over Ethernet)...................................................................... 23
2.2.4 PPTP......................................................................................................... 24
2.2.5 L2TP.......................................................................................................... 24
2.2.6 DDNS........................................................................................................ 24
2.3 LAN.............................................................................................................. 25
2.4 Wireless ....................................................................................................... 26
2.4.1 Basic Settings............................................................................................ 26
2.4.2 Advanced Settings .................................................................................... 28
2.4.3 Security ..................................................................................................... 30
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2.4.3.1 WEP only................................................................................................ 30
2.4.3.2 802.1x only............................................................................................. 30
2.4.3.3 802.1x WEP Static key........................................................................... 31
2.4.3.4 WPA/WPA2 Pre-shared key................................................................... 32
2.4.3.5 WPA/WPA2 Radius................................................................................ 33
2.4.4 Access Control.......................................................................................... 34
2.5 QoS.............................................................................................................. 35
2.5.1 Port-based QoS......................................................................................... 36
2.5.2 Rate Policing QoS..................................................................................... 37
2.5.3 Guaranteed / Spare Class QoS................................................................. 38
2.6 NAT.............................................................................................................. 39
2.6.1 Virtual Server............................................................................................. 40
2.6.2 Special Applications.................................................................................. 41
2.6.3 ALG Settings............................................................................................. 43
2.6.4 UPnP Settings........................................................................................... 43
2.6.5 Static Routing............................................................................................ 44
2.7 Firewall......................................................................................................... 45
2.7.1 Access Control List.................................................................................... 46
2.7.2 URL Filter.................................................................................................. 48
2.7.3 Anti-DoS (Denial of Service)...................................................................... 49
2.7.4 DMZ .......................................................................................................... 50
Chapter 3 ........................................................................................................... 51
Status................................................................................................................. 51
3.1 Status and Information ................................................................................. 52
3.2 Logs ............................................................................................................. 52
3.2.1 System Log ............................................................................................... 52
3.2.2 ACL Log .................................................................................................... 53
3.2.3 URL Filter Log........................................................................................... 53
3.2.4 DoS Log .................................................................................................... 53
3.2.5 New Connection Log................................................................................. 53
Chapter 4 ........................................................................................................... 54
Tool.................................................................................................................... 54
Appendix A......................................................................................................... 55
Glossary............................................................................................................. 56
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Introduction
Congratulations on purchasing this Wireless Broadband Router. This Wireless Broadband Router is a costeffective IP Sharing Router that enables multiple users to share the Internet through an ADSL or cable
modem. Simply configure your Internet connection settings in the Wireless Broadband Router and plug your
PC to the LAN port and you're ready to share files and access the Internet. As your network grows, you can
connect another hub or switch to the router’s LAN ports, allowing you to easily expand your network. The
Wireless Broadband Router is embedded with a IEEE 802.11g/b MIMO access point that allows you to build
up a wireless LAN. The Wireless Broadband Router provides a total solution for the Small and Medium-sized
Business (SMB) and the Small Office/Home Office (SOHO) markets, giving you an instant network today,
and the flexibility to handle tomorrow's expansion and speed.
Features
• High Internet Access throughput (up to 100M)
• Allow multiple users to share a single Internet line
• Supports up to 253 users
• Internet Access via Cable or xDSL modem
• Access Private LAN Servers from the Public Network
• Equipped with four LAN ports (10/100M) and one WAN port (10/100M)
• Provides IEEE 802.11g/b MIMO wireless LAN access point
• Support DHCP (Server/Client) for easy setup
• Support advance features such as: Special Applications, DMZ, Virtual Servers, Access Control,
Firewall.
• Allow you to monitor the router’s status such as: DHCP Client Log, System Log, Security Log and
Device/Connection Status
• Easy to use Web-based GUI for configuration and management purposes
• Remote Management allows configuration and upgrades from a remote site (over the Internet)
Minimum Requirements
• One External xDSL (ADSL) or Cable modem with an Ethernet port (RJ-45)
• Network Interface Card (NIC) for each Personal Computer (PC)
• PCs with a Web-Browser (Internet Explorer 4.0 or higher, or Netscape Navigator 4.7 or highe r)
Package Content
• One MIMO Broadband router unit
• One Quick Installation Guide
• One User Manual CD
• One Power Adapter
• Accessories
Note
The WAN “idle timeout” auto-disconnect function may not work due to abnorm al activities of some network
application software, computer virus or hacker attacks from the Internet. For example, some software sends
network packets to the Internet in the background, even when you are not using the Internet. So please turn
off your computer when you are not using it. This function also may not work with some ISP. So please make
sure this function can work properly when you use this function in the first time, especially your ISP charge
you by time used.
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Get to know the Broadband Router
Back Panel
The diagram (fig1.0) below shows the broadband router’s back panel. The router’s back panel is divided into
three sections, LAN, WAN and Reset:
Figure 1.0
1) Local Area Network (LAN)
The Broadband router’s 4 LAN ports are where you connect your LAN’s PCs, printer servers, hubs a nd
switches etc.
2) Wide Area Network (WAN)
The WAN port is the segment connected to your xDSL or Cable modem and is linked to the Internet.
3) Reset
The Reset button allows you to do one of two things.
1) If problems occur with your router, press the router’s reset button with a pencil tip (for less than 5
seconds) and the router will re-boot itself, keeping your original configurations.
2) If problems persist or you experience extreme problems or you forgot your password, press the
reset button for longer than 5 seconds and the router will reset itself to the factory default
settings (warning: your original configurations will be replaced with the factory default settings)
Front Panel
On the router’s front panel there are LED lights that inform you of the router’s current status. Below is an
explanation of each LED and its description.
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LED Light Status Description
PWR ON Router’s power supply is on
WAN 10/100M
WAN LNK/ACT
LAN 10/100M
(Port 1-4)
LAN LNK/ACT
(Port 1-4)
WLAN-G
Setup Diagram
ON WAN port 100Mbps is connected
Off WAN port 10Mbps is connected
ON WAN is connected
Off No WAN connection
Flashing WAN port is Activity (ACT)
ON LAN port 100Mbps is connected
Off LAN port 10Mbps is connected
ON LAN is connected
Off No LAN connection
Flashing LAN port is Activity (ACT)
ON Wireless LA N has been activated
Off Wireless LAN is disabled
Flashing Wireless LAN is Activity (ACT)
Figure 1.2 below shows a typical setup for a Local Area Network (LAN).
Figure 1.2
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Getting started
This is a step-by-step instruction on how to start using the router and get connected to the Internet.
1) Setup your network as shown in the setup diagram above (fig 1.2).
2) You then need to set your LAN PC clients so that it can obtain an IP address automatically. All LAN
clients require an IP address. Just like an address, it allows LAN clients to find one another. (If you have
already configured your PC to obtain an IP automatically then proceed to step 3, page 11)
Configure your PC to obtain an IP address automatically
By default the broadband router’s DHCP is on, this means that you can obtain an IP address automatically
once you’ve configured your PC to obtain an IP address automatically. This section will show you how to
configure your PC’s so that it can obtain an IP address automatically for either Windows 95/98/Me, 2000 or
NT operating systems. For other operating systems (Macintosh, Sun, etc.), follow the manufacturer’s
instructions. The following is a step-by-step illustration on how to configure your PC to obtain an IP address
automatically for 2a) Windows 95/98/Me, 2b) Windows XP, 2c) Windows 2000 and 2d) Windows NT.
2a) Windows 95/98/Me
1: Click the Start button and select Settings, then click Control Panel. The Control Panel window will
appear.
2: Double-click Network icon. The Network window will appea r.
3: Check your list of Network Components. If TCP/IP is not installed, click the Add button to install it now.
If TCP/IP is installed, go to step 6.
4: In the Network Component Type dialog box, select Protocol and click Add button.
5: In the Select Network Protocol dialog box, select Microsoft and TCP/IP and then click the OK button to
start installing the TCP/IP protocol. You may need your Windows CD to complete the installation.
6: After installing TCP/IP, go back to the Network dialog box. Select TCP/IP from the list of Network
Components and then click the Properties button.
7: Check each of the tabs and verify the following settings:
• Bindings: Check Client for Microsoft Networks and File and printer sharing for Microsoft
Networks.
• Gateway: All fields are blank.
• DNS Configuration: Select Disable DNS.
• WINS Configuration: Select Disable WINS Resolution.
• IP Address: Select Obtain IP address automatically.
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8: Reboot the PC. Your PC will now obtain an IP address automatically from your
Broadband Router’s DHCP server.
Note: Please make sure that the Broadband router’s DHCP server is the only DHCP server available
on your LAN.
Once you’ve configured your PC to obtain an IP address automatically, please proceed to Step 3
2b) Windows XP
1: Click the Start button and select Settings, then click Network Connections. The Network
Connections window will appear.
2: Double-click Local Area Connection icon. The Local Area Connection window will appear.
3: Check your list of Network Components. You should see Internet Protocol [TCP/IP] on your list.
Select it and click the Properties button.
4: In the Internet Protocol (TCP/IP) Properties window, select Obtain an IP address automatically and
Obtain DNS server address automatically as shown on the following screen.
5: Click OK to confirm the setting. Your PC will now obtain an IP address automatically from your
Broadband Router’s DHCP server.
Note: Please make sure that the Broadband router’s DHCP server is the only DHCP server available
on your LAN.
Once you’ve configured your PC to obtain an IP address automatically, please proceed to Step 3.
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2c) Windows 2000
1: Click the Start button and select Settings, then click Control Panel. The Control Panel window will
appear.
2: Double-click Network and Dial-up Connections icon. In the Network and Dial-u p Connection
window, double-click Local Area Connection icon. The Local Area Connection window will appear.
3: In the Local Area Connection window, click the Properties button.
4: Check your list of Network Components. You should see Internet Protocol [TCP/IP] on your list.
Select it and click the Properties button.
5: In the Internet Protocol (TCP/IP) Properties window, select Obtain an IP address automatically and
Obtain DNS server address automatically as shown on the following screen.
6: Click OK to confirm the setting. Your PC will now obtain an IP address automatically
from your Broadband Router’s DHCP server.
Note: Please make sure that the Broadband router’s DHCP server is the only DHCP server
available on your LAN.
Once you’ve configured your PC to obtain an IP address automatically, please proceed to Step 3.
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2d) Windows NT
1: Click the Start button and select Settings, then click Control Panel. The Control Panel window will
appear.
2: Double-click Network icon. The Network window will appear. Select the Protocol tab from the
Network window.
3: Check if the TCP/IP Protocol is on your list of Network Protocols. If TCP/IP is not installed, click the
Add button to install it now. If TCP/IP is installed, go to step 5.
4: In the Select Network Protocol window, select the TCP/IP Protocol and click the Ok button to start
installing the TCP/IP protocol. You may need your Windows CD to complete the installation.
5: After you install TCP/IP, go back to the Network window. Select TCP/IP from the list of Network
Protocols and then click the Properties button.
6: Check each of the tabs and verify the following settings:
• IP Address: Select Obtain an IP address from a DHCP server.
• DNS: Let all fields are blank.
• WINS: Let all fields are blank.
• Routing: Let all fields are blank.
7: Click OK to confirm the setting. Your PC will now obtain an IP address automatically from your
Broadband Router’s DHCP server.
Note: Please make sure that the Broadband router’s DHCP server is the only DHCP server
available on your LAN.
Once you’ve configured your PC to obtain an IP address automatically, please proceed to Step 3.
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3) Once you have configured your PCs to obtain an IP address automatically, the router’s DHCP server will
automatically give your LAN clients an IP address. By default the Broadband Router’s DHCP server is
enabled so that you can obtain an IP address automatically. To see if you have obtained an IP address,
see Appendix A.
Note: Please make sure that the Broadband router’s DHCP server is the only DHCP server available on
your LAN. If there is another DHCP on your network, then you’ll need to switch one of the DHCP servers
off. (To disable the Broadband router’s DHCP server see chapter 2 LAN Port)
4) Once your PC has obtained an IP address from your router, enter the default IP address 192.168.2.1
(broadband router’s IP address) into your PC’s web browser and press <enter>
5) The login screen below will appear. Enter the “User Name” and “Password” and then click <OK> to login.
Note: By default the user name is “admin” and the password is “1234”. For security reasons it is
recommended that you change the password as soon as possible (in General setup/system/password,
see chapter 2)
6) The HOME page screen below will appear. The Home Page is divided into four section s, Quick Setup
Wizard, General Setup, Status Information and Tools.
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Menu Description
Quick Setup Wizard
(Chapter 1)
General Setup
(Chapter 2)
Status Information
(Chapter 3)
Tools
(Chapter 4)
7) Click on Quick Setup Wizard (see chapter 1) to start configuring settings required by your ISP so that
you can start accessing the Internet. The other sections (General Setup, Status Information and Tools)
do not need to be configured unless you wish to implement/monitor more advance features/information.
Select the section (Quick Setup Wizard, General Setup, Status Information and Tools) you wish to configure
and proceed to the corresponding chapter. Use the selections on the web management’s top right hand
page (see below) to navigate around the web-based management User Interface.
Select your Internet connection type and then input the configurations needed to
connect to your Internet Service Provider (ISP).
This section contains configurations for the Broadband router’s advance
functions such as: Address Mapping, Virtual Server, Access Control, Hacker
Attack Prevention, DMZ, Special applications and other functions to meet your
LAN requirements.
In this section you can see the Broadband router's system information, Internet
Connection, Device Status, System Log, Security Log and DHCP client
information.
This section contains the broadband router’s Tools - Tools include Configuration
tools, Firmware upgrade and Reset. Configuration tools allow you to Backup
(save), Restore, or Restore to Factory Default configuration for your Broadband
router. The Firmware upgrade tool allows you to upgrade your Broadband
router's firmware. The RESET tool allows you to reset your Broadband router.
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Chapter 1
Quick Setup
The Quick Setup section is designed to get you using the broadband router as q uickly as po ssible. In the
Quick Setup you are required to fill in only the information necessary to access the Internet. Once you click
on the Quick Setup Wizard in the HOME page, you should see the screen below.
Step 1) Time Zone
The Time Zone allows your router to base its time on the settings configured here, this will affect functions
such as Log entries and Firewall settings.
Parameter Description
Time Zone
NTP Server # You can manually assign three time server addresses here.
Time Here shows the time of current router setting.
Click on NEXT to proceed to the next page (step 2) WAN Settings.
Select the time zone of the country you are currently in. The router will set its
time based on your selection.
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Step 2) WAN Settings
In this section you have to select one of four types of connections that you will be using to connect your
broadband router’s WAN port to your ISP (see screen below).
Note: Different ISP’s require different methods of connecting to the Internet, please check with your ISP as
to the type of connection it requires.
Parameter Description
Dynamic IP Your ISP will automatically give you an IP address
Static IP Address Your ISP has given you an IP address already
PPPoE
PPTP
L2TP
Click on one of the WAN type and then proceed to the manual’s relevant sub-section (1.1, 1.2, 1.3, 1.4, 1.5
or 1.6). Click on Back to return to the previous screen.
Your ISP requires you to use a Point-to-Point Protocol over Ethernet (PPPoE)
connection.
Your ISP requires you to use a Point-to-Point Tunneling Protocol (PPTP)
connection.
Your ISP requires you to use a Layer Two Tunneling Protocol (L2TP)
connection.
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1.1 Dynamic IP
Choose Dynamic IP if your ISP will automatically give you an IP address. Some ISP’s may also require that
you fill in additional information such as MAC address (see screen below).
Note: The MAC address section is optional and you can skip this section if your ISP does not require these
settings for you to connect to the Internet.
Parameter Description
Your ISP may require a particular MAC address in order for you to connect to
the Internet. This MAC address is the PC’s MAC address that your ISP had
originally connected your Internet connection to. Type in this MAC address in
Clone MAC
Click <OK> when you have finished the configuration above. Congratulations! You have completed the
configuration for the Cable Modem connection. You can start using the router now, if you wish to use some
of the advance features supported by this router see chapter 2, 3, 4.
this section or use the “Clone MAC Address” button to replace the WAN MAC
address with the MAC address of that PC (you have to be using that PC for the
Clone MAC Address button to work). To find out the PC’s MAC address see
Appendix A. (see Glossary for an explanation on MAC address)
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1.2 Static IP Address
Select Static IP Address if your ISP has given you a specific IP address for you to use. Your ISP should
provide all the information required in this section.
Parameter Description
IP Address This is the IP address that your ISP has given you.
Subnet Mask
Default Gateway This is the ISP’s IP address gateway
DNS This is the ISP’s DNS server IP address
Click <OK> when you have finished the configuration above. Congratulations! You have completed the
configuration for the Fixed-IP x DSL connection. You can start using the router now, if you wish to use some
of the advance features supported by this router see chapter 2, 3, 4.
Enter the Subnet Mask provided by your ISP
(e.g. 255.255.255.0)
1.3 PPPoE
Select PPPoE if your ISP requires the PPPoE protocol to connect you to the Internet. Your ISP should
provide all the information required in this section.
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Parameter Description
Login ID Enter the Login ID provided by your ISP for the PPPoE connection
Password Enter the Password provid ed by your ISP for the PPPoE connection
Service Name
AC Name
MTU
Dial On Demand
Silent Timeout
Auto Reconnect
Auth Type Select PAP or CHAP for the authentication type requested by your ISP.
Click <OK> when you have finished the configuration above. Congratulations! You have completed the
configuration for the PPPoE connection. You can start using the router now, if you wish to use some of the
advance features supported by this router see chapter 2, 3, 4.
This is optional. Enter the Service name should your ISP requires it, otherwise
leave it blank.
This is optional. Enter the AC Name should your ISP requires it, otherwise
leave it blank.
This is optional. You can specify the maximum size of your transmission packet
to the Internet. Leave it as it is if you to not wish to set a maximum packet size.
If checked, gateway won’t dial this session until received a packet that
requested Internet access. If unchecked, gateway dials this session
immediately after system powered up.
If specified a non-zero value, gateway disconnects this session after specified
idle time.
If checked, gateway redials this session if session previously terminated by
ISP.
1.4 PPTP
Select PPTP if your ISP requires the PPTP protocol to connect you to the Internet. Your ISP should provide
all the information required in this section.
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Parameter Description
Obtain an IP address
Use the following IP
address
IP Address
Subnet Mask Enter the Subnet Mask provided by your ISP (e.g. 255.255.255.0)
Gateway Enter the IP address of the ISP Gateway
PPTP Server
Login ID
Password Enter the Password provid ed by your ISP for the PPTP connection
MTU
Silent Timeout
Dial On Demand
The ISP requires you to obtain an IP address by DHCP automatically before
connecting to the PPTP server.
The ISP give you a static IP to be used to connect to the PPTP server.
This is the IP address that your ISP has given you to establish a PPTP
connection.
If your LAN has a PPTP gateway, then enter that PPTP gateway IP address
here. If you do not have a PPTP gateway then enter the ISP’s Gateway IP
address above
Enter the User Name provided by your ISP for the PPTP connection.
Sometimes called a Connection ID
This is optional. You can specify the maximum size of your transmission packet
to the Internet. Leave it as it is if you to not wish to set a maximum packet size.
If specified a non-zero value, gateway disconnects this session after specified
idle time.
If checked, gateway won’t dial this session until received a packet that
requested Internet access. If unchecked, gateway dials this session
immediately after system powered up.
Auto Reconnect
BEZEQ-ISRAEL Select this item if you are using the service provided by BEZEQ in Israel.
Auth Type Select PAP or CHAP for the authentication type requested by your ISP.
Click <OK> when you have finished the configuration above. Congratulations! You have completed the
configuration for the PPTP connection. You can start using the router now, if you wish to use some of the
advance features supported by this router see chapter 2, 3, 4.
If checked, gateway redials this session if session previously terminated by
ISP.
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1.5 L2TP
Select L2TP if your ISP requires the L2TP protocol to connect you to the Internet. Your ISP should provide
all the information required in this section.
Parameter Description
Obtain an IP address
Use the following IP
address
IP Address
Subnet Mask Enter the Subnet Mask provided by your ISP (e.g. 255.255.255.0)
Gateway Enter the IP address of the ISP Gateway
L2TP Server
Login ID
Password Enter the Password provid ed by your ISP for the PPTP connection
MTU
Silent Timeout
Dial On Demand
The ISP requires you to obtain an IP address by DHCP automatically before
connecting to the L2TP server.
The ISP gives you a static IP to be used to connect to the L2TP server.
This is the IP address that your ISP has given you to establish a L2TP
connection.
If your LAN has a L2TP Server, then enter that L2TP Server IP address here. If
you do not have a L2TP Server then enter the ISP’s Gateway IP address above
Enter the User Name provided by your ISP for the PPTP connection.
Sometimes called a Connection ID
This is optional. You can specify the maximum size of your transmission packet
to the Internet. Leave it as it is if you to not wish to set a maximum packet size.
If specified a non-zero value, gateway disconnects this session after specified
idle time.
If checked, gateway won’t dial this session until received a packet that
requested Internet access. If unchecked, gateway dials this session immediately
after system powered up.
Auto Reconnect If checked, gateway redials this session if session previously terminated by ISP.
Auth Type Select PAP or CHAP for the authentication type requested by your ISP.
Click <OK> when you have finished the configuration above. Congratulations! You have completed the
configuration for the L2TP connection. You can start using the router now, if you wish to use some of the
advance features supported by this router see chapter 2, 3, 4.
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Chapter 2
General Settings
Once you click on the General Setup button at the Home Page, you should see the screen below.
If you have already configured the Quick Setup Wizard you do NOT need to configure anything thing in the
General Setup screen for you to start using the Internet.
The General Setup contains advanced features that allow you to configure the router to meet your network’s
needs such as: Wireless, Address Mapping, Virtual Server, Access Control, Hacker Attack Prevention,
Special Applications, DMZ and other functions.
Below is a general description of what advance functions are available for this broadband rout er.
Menu Description
System
WAN
LAN
Wireless You can setup the wireless LAN’s SSID, WEP key, MAC filtering.
QoS You can setup the QoS bandwidth control policy.
NAT
Firewall
This section allows you to set the Broadband router’s system Time Zone,
Password and Remote Management Administrator.
This section allows you to select the connection method in order to establish a
connection with your ISP (same as the Quick Setup Wizard section)
You can specify the LAN segment’s IP address, subnet Mask, enable/disable
DHCP and select an IP range for your LAN
You can configure the Address Mapping, Virtual Server and Special
Applications functions in this section. This allows you to specify what
user/packet can pass your router’s NAT.
The Firewall section allows you to configure Access Control, Hacker Prevention
and DMZ.
Select one of the above General Setup selections and proceed to the manual’s relevant sub-section
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2.1 System
The system screen allows you to specify a time zone, to change the system password and to specify a
remote management user for the broadband router.
Parameter Description
System Settings
Time Zone
Password Settings
Remote Management
Select one of the above three system settings selections and proceed to the manual’s relevant sub-section
Select the time zone of the country you are currently in. The router will set its
time based on your selection.
Allows you to select a password in order to access the web-based
management website.
You can specify a Host IP address that can perform remote management
functions.
2.1.1 Time Zone
The Time Zone allows your router to reference or base its time on the settings configured here, which will
affect functions such as Log entries and Firewall settings.
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Parameter Description
Time Zone
NTP Server # You can manually assign three time server addresses here.
Time Here shows the time of current router setting.
Click <Apply> at the bottom of the screen to save the above configurations. You can now configure other
advance sections or start using the router (with the advance settings in place)
Select the time zone of the country you are currently in. The router will set its
time based on your selection.
2.1.2 Password Settings
You can change the password required to log into the broadband router's system web -ba sed management.
By default, there is no password. So please assign a password to the Administrator as soon as possible, and
store it in a safe place. Passwords can contain 0 to 12 alphanumeric characters, and are case sensitive.
Parameter Description
Account Enter your account name to login to your Broadband router.
Password Enter y our password
Enter your password again for verification purposes
Confirmed Password
Click <Apply> at the bottom of the screen to save the above configurations. You can now configure other
advance sections or start using the router (with the advance settings in place)
Note: If you forget your password, you’ll have to reset the router to the factory
default (password is 1234) with the reset button (see router’s back panel)
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2.1.3 Remote Management
The remote management function allows you to designate a host in the Internet the ability to configure the
Broadband router from a remote site. Enter the designated host IP Address in the Host IP Address field.
Parameter Description
IP Address
Port
Ping from WAN side
Click <Apply> at the bottom of the screen to save the above configurations. You can now configure other
advance sections or start using the router (with the advance settings in place)
Please specify the IP range to the Remote Management IP fields. All the
Internet IPs that inside this range can manage this router from WAN side.
To avoid conflict of virtual server at port 80, user can specify a different port in
Remote Management Port for WAN side access.
Ping from WAN side is turned on by default and could be turned off if the Enable
checkbox is unchecked.
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2.2 WAN
Use the WAN Settings screen if you have already configured the Quick Setup Wizard section and you would
like to change your Internet connection type. The WAN Settings screen allows to specify the type of WAN
port connect you want to establish with your ISP. The WAN settings offer the following selections for the
router’s WAN port, Dynamic IP, Static IP Address, PPPoE, PPTP, L2TP and DDNS.
Parameter Description
Static IP Your ISP has given you an IP address already
DHCP Your ISP will automatically give you an IP addres
PPPoE Your ISP requires PPPoE connection.
PPTP
L2TP Your ISP requires L2TP connection.
DDNS
Once you have made a selection, click <More Configuration> at the bottom of the screen and proceed to
the manual’s relevant sub-section
Your ISP requires you to use a Point-to-Point Tunneling Protocol (PPTP)
connection.
You can specify a DDNS server that you wish to use and configure the user
name and password provided by you DDNS service provider.
2.2.1 Static IP
Select Static IP address if your ISP has given you a specific IP address for you to use. Your ISP should
provide all the information required in this section. (See chapter 1 “Static IP Address” for more detail)
2.2.2 DHCP
Choose the DHCP selection if your ISP will automatically give you an IP address. Some ISP’s may also
require that you fill in additional information such as MAC address (see chapter 1 “Dynamic IP” for more
detail)
2.2.3 PPPoE (PPP over Ethernet)
Select PPPoE if your ISP requires the PPPoE protocol to connect you to the Internet. Your ISP should
provide all the information required in this section. (See chapter 1 “PPPoE” for more detail)
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2.2.4 PPTP
Select PPTP if your ISP requires the PPTP protocol to connect you to the Internet. Your ISP should provide
all the information required in this section. (See chapter 1 “PPTP” for more detail)
2.2.5 L2TP
Select L2TP if your ISP requires the L2TP protocol to connect you to the Internet. Your ISP should provide
all the information required in this section. (See chapter 1 “L2TP” for more detail)
2.2.6 DDNS
DDNS allows you to map the static domain name to a dynamic IP address. You must get an account,
password and your static domain name from the DDNS service providers. This router supports DynDNS,
TZO and other common DDNS service providers.
Parameter Description
Service Type Select a DDNS service provider or select Disabled to disable DDNS function.
Username The account that your DDNS service provider assigned to you
Password The password you set for the DDNS service account above
Host Name Your static domain name that use DDNS
Click <Apply> at the bottom of the screen to save the above configurations. You can now configure other
advance sections or start using the router (with the advance settings in place)
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2.3 LAN
The LAN Port screen below allows you to specify a private IP address for your router’s LAN ports as well as
a subnet mask for your LAN segment.
Parameter Description
IP address
IP Subnet Mask Specify a Subnet Mask for your LAN segment
DHCP Server Status
IP Address Pool
WINS Server You can specify the WINS server to assign to DHCP clients.
Provide Real DNS
Server
Domain from upper
DHCP
Static DHCP leases
This is the router’s LAN port IP address (Your LAN clients default gateway IP
address)
You can enable or disable the DHCP server. By enabling the DHCP server the
router will automatically give your LAN clients an IP address. If the DHCP is not
enabled then you’ll have to manually set your LAN client’s IP addresses; make
sure the LAN Client is in the same subnet as this broadband router if you want
the router to be your LAN client’s default gateway
You can select a particular IP address range for your DHCP server to issue IP
addresses to your LAN Clients.
When check this box, DHCP server will provide WAN DNS server to DHCP
clients. Otherwise, DHCP server will provide itself as the DNS server.
Enable this to assign the domain name from WAN connection.
Static DHCP leases is for user to statically associate an IP address to a
specific MAC address.
Dynamic DHCP Client
List
Click <Apply> at the bottom of the screen to save the above configurations. You can now configure other
advance sections or start using the router (with the advance settings in place)
Dynamic DHCP Client List shows all IP addresses already assigned and the
corresponding LAN PC hostname and their MAC addresses.
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2.4 Wireless
Wireless Access Point builds a wireless LAN and can let all PCs equipped with IEEE 802.11b or 801.11g
wireless network adaptor connect to your Intranet. It supports WEP and WPA2 encryption to enhance the
security of your wireless network.
2.4.1 Basic Settings
You can set parameters that are used for the wireless stations to connect to this router. The parameters
include Mode, ESSID, Channel Number and Associated Client.
AP Mode setting Page
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AP Bridge-Point to Point mode setting page
AP Bridge-Point to Multi-Point mode setting page
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AP Bridge-WDS mode setting page
Parameter Description
Operation Mode It allows you to set the AP to AP, Bridge or WDS mode.
It allows you to set the AP fix at 802.11b or 802.11g mode. You also can select
RF Band
SSID
Channel Number
MAC address
Set Security
Click <Apply> at the bottom of the screen to save the above configurations. You can now configure other
advance sections or start using the router (with the advance settings in place)
B+G mode to allow the AP select 802.11b and 802.11g connection
automatically.
This is the name of the wireless LAN. All the devices in the same wireless LAN
should have the same ESSID.
The channel used by the wireless LAN. All devices in the same wireless LAN
should use the same channel.
If you want to bridge more than one networks together with wireless LAN, you
have to set this access point to “AP Bridge-Point to Point mode”, “AP BridgePoint to Multi-Point mode” or “AP Bridge-WDS mode”. You have to enter the
MAC addresses of other access points that join the bridging work.
Click the “Set Security” button, then a “WDS Security Settings” will pop up. You
can set the security parameters used to bridge access points together here
when your AP is in AP Bridge modes. You can refer to section 4.3 “Security
Settings” for how to set the parameters.
2.4.2 Advanced Settings
You can set advanced wireless LAN parameters of this router. The parameters include Authentication Type,
Fragment Threshold, RTS Threshold, Beacon Interval, Preamble Type …… You should not change these
parameters unless you know what effect the changes will have on this router.
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Parameter Description
Fragment Threshold
"Fragment Threshold" specifies the maximum size of packet during the
fragmentation of data to be transmitted. If you set this value too low, it will
result in bad performance.
RTS Threshold
Beacon Interval
DTIM Period
Max Data Rate
Preamble Type
Broadcast ESSID
CTS Protect
Tx Power
When the packet size is smaller the RTS threshold, the wireless router will not
use the RTS/CTS mechanism to send this packet.
The interval of time that this wireless router broadcast a beacon. Beacon is
used to synchronize the wireless network.
The DTIM period you specify here indicates how often the clients served by this
access point should check for buffered data still on the AP awaiting pickup.
The “Data Rate” is the rate this access point uses to transmit data packets. The
access point will use the highest possible selected transmission rate to transmit
the data packets.
The “Long Preamble” can provide better wireless LAN compatibility while the
“Short Preamble” can provide better wireless LAN performance.
If you enable “Broadcast ESSID”, every wireless station located within the
coverage of this access point can discover this access point easily. If you are
building a public wireless network, enabling this feature is recommended.
Disabling “Broadcast ESSID” can provide better security.
It is recommended to enable the protection mechanism. This mechanism can
decrease the rate of data collision between 802.11b and 802.11g wireless
stations. When the protection mode is enabled, the throughput of the AP will be
a little lower due to many of frame traffic should be transmitted.
You can adjust the wireless transmit power here. By reduce the tx power can
let the wireless signal only cover your working area.
Turbo Mode By enable the turbo mode can enhance the throughput up to 35Mbps.
WMM stands for Wi-Fi Multimedia. It is a standard created to define quality of
service (QoS) in Wi-Fi networks. This adds prioritized capabilities to Wi-Fi
WMM
Click <Apply> at the bottom of the screen to save the above configurations. You can now configure other
advance sections or start using the router.
networks and optimizes their performance when multiple concurring
applications, each with different latency and throughput requirements, compete
for network resources.
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2.4.3 Security
This Router provides complete wireless LAN security functions, include WEP, IEEE 802.11x, IEEE 802.11x
with WEP, WPA with pre-shared key and WPA with RADIUS. With these security functions, you can prevent
your wireless LAN from illegal access. Please make sure your wireless stations use the same security
function.
2.4.3.1 WEP only
When you select 64-bit or128-bit WEP key, you have to enter WEP keys to encrypt data. You can generate
the key by yourself and enter it. You can enter four WEP keys and select one of them as default key. Then
the router can receive any packets encrypted by one of the four keys
Parameter Description
Method
Authentication
Key
Click <Apply> at the bottom of the screen to save the above configurations. You can now configure other
advance sections or start using the router (with the advance settings in place)
You can select the WEP key length for encryption, 64-bit or 128-bit. Larger WEP
key length will provide higher level of security, but the throughput will be lower.
When using shared key, user must input 10 hexadecimal digits for WEP64 and
26 digits for WEP128. All the four WEP keys are set identical.
The WEP keys are used to encrypt data transmitted in the wireless network. Fill
the text box by following the rules : 64-bit WEP: input 10-digit Hex values (in the
"A-F", "a-f" and "0-9" range) as the encryption keys. 128-bit WEP: input 26-digit
Hex values (in the "A-F", "a-f" and "0-9" range) as the encryption keys.
2.4.3.2 802.1x only
IEEE 802.1x is an authentication protocol. Every user must use a valid account to login to this Access Point
before accessing the wireless LAN. The authentication is processed by a RADIUS server. This mode only
authenticates user by IEEE 802.1x, but it does not encryption the data during communication.
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Parameter Description
RADIUS Server Port The service port of the external RADIUS server.
RADIUS Server IP
address
RADIUS Server Password The password used by external RADIUS server.
Click <Apply> at the bottom of the screen to save the above configurations. You can now configure other
advance sections or start using the router (with the advance settings in place)
The IP address of external RADIUS server.
2.4.3.3 802.1x WEP Static key
IEEE 802.1x is an authentication protocol. Every user must use a valid account to login to this Access Point
before accessing the wireless LAN. The authentication is processed by a RADIUS server. This mode also
uses WEP to encrypt the data during communication.
For the WEP settings, please refer to section 2.4.3.1 “WEP only”. For the 802.1x settings, please refer to
section 2.4.3.2 “802.1x only”.
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2.4.3.4 WPA/WPA2 Pre-shared key
Wi-Fi Protected Access (WPA) is an advanced security standard. You can use a pre-shared key to
authenticate wireless stations and encrypt data during communication. It uses TKIP or CCMP(AES) to
change the encryption key frequently. So the encryption key is not easy to be broken by hackers. This can
improve security very much.
Parameter Description
WPA(TKIP)
WPA2(AES)
Key Setting
Click <Apply> at the bottom of the screen to save the above configurations. You can now configure other
advance sections or start using the router (with the advance settings in place)
TKIP can change the encryption key frequently to enhance the wireless LAN
security.
This use CCMP protocol to change encryption key frequently. AES can provide
high level encryption to enhance the wireless LAN security.
The Pre-shared key is used to authenticate and encrypt data transmitted in the
wireless network. Fill the text box by following the rules below. At least 8
characters pass phrase as the pre-shared keys.
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2.4.3.5 WPA/WPA2 Radius
Wi-Fi Protected Access (WPA) is an advanced security standard. You can use an external RADIUS server to
authenticate wireless stations and provide the session key to encrypt data during communication. It uses
TKIP or CCMP(AES) to change the encryption key frequently. This can improve security very much.
Parameter Description
WPA(TKIP)
WPA2(AES)
RADIUS Server IP
address
RADIUS Server Port The service port of the external RADIUS server.
RADIUS Server
Password
Click <Apply> at the bottom of the screen to save the above configurations. You can now configure other
advance sections or start using the router (with the advance settings in place)
TKIP can change the encryption key frequently to enhance the wireless LAN
security.
This use CCMP protocol to change encryption key frequently. AES can provide
high level encryption to enhance the wireless LAN security.
The IP address of external RADIUS server.
The password used by external RADIUS server.
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2.4.4 Access Control
This wireless router provides MAC Address Control, which prevents the unauthorized MAC Addres ses from
accessing your wireless network.
Parameter Description
Enable wireless access
control
Add MAC address into
the list
Remove MAC address
from list
Click <Apply> at the bottom of the screen to save the above configurations. You can now configure other
advance sections or start using the router (with the advance settings in place)
Enable wireless access control
Fill in the "MAC Address" and "Comment" of the wireless station to be added
and then click "Apply". Then this wireless station will be added into the Access
Control List. If you find any issues before adding it and want to retype again.
Just click "Reset" and both "MAC Address" and "Comment" fields will be
cleared.
If you want to remove some MAC address from the Access Control List, select
the MAC addresses you want to remove in the list and then click "Delete
Selected". If you want remove all MAC addresses from the table, just click
"Delete All" button. Click "Reset" will clear your current selections.
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2.5 QoS
This router supports various types of QoS – Port-based QoS, Rate Policing QoS, and Guaranteed/Spare
Class QoS.
For Port based QoS, user can specify the High/Low queue priority for each Ethernet port and can apply total
rate limit to any port from 128Kbps to 32Mbps or at Full-rate(100Mbps). Flow control can also be
enabled/disabled on per-port basis.
For Application based QoS, user can specify a destination port number and associate it with a egress
priority(High or Low). For example, in Fig 35, if user config port 7297 with high priority, then user would
experience better service quality for such flows.
Parameter Description
Port-based QoS
Rate Policing QoS
Guaranteed/Spare
Class QoS
User can differentiate packet priority by L4 port number or by physical Ethernet
port number.
User can specify a L3/4 criterion and associate it with a maximum token
(packet rate or data rate based).
Your ISP requires PPPoE connection.
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2.5.1 Port-based QoS
For Application based QoS, user can specify a destination port number and associate it with a egress
priority(High or Low). For example, if user config port 7297 with high priority, then user would experience
better service quality for such flows.
For Port based QoS, user can specify the High/Low queue priority for each Ethernet port and can apply total
rate limit to any port from 128Kbps to 32Mbps or at Full-rate(100Mbps). Flow control can also be
enabled/disabled on per-port basis.
Parameter Description
Enable QoS by
Application
Protocol/Specific Port#
Enable QoS by device
port
Click <Apply> at the bottom of the screen to save the above configurations. You can now configure other
advance sections or start using the router (with the advance settings in place)
Enable application-based QoS.
Set the priority of the specified protocol name or port number to higher or
lower priority.
Enable Port-based QoS.
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2.5.2 Rate Policing QoS
This router supports Rate Policing QoS. User can specify a L3/4 criterion and associate it with a maximum
token (packet rate or data rate based). If a packet arrives and it matches to a rate policing entry, router
decreases entry’s allocated token by one (if pps based) or by packet length in bytes(if bps based). If
unfortunately the packet just run out of allocated tokens, then it would be dropped directly or logged to
software, depends on the setting of Drop Log field.
Parameter Description
Src/dst
IP Address Specify the IP Address that you want to limit the transmit/receive rate.
IP Mask If you want to limit a subnet, you can specify the subnet mask here.
Protocol Specify the protocol you want to monitor, it can be TCP / UDP / or IP only.
Start / End Port
Rate / Unit /
isByteCount
Drop Log
Click <Apply> at the bottom of the screen to save the above configurations. You can now configure other
advance sections or start using the router (with the advance settings in place)
If you want to monitor the source IP of the packets, please select src IP.
Otherwise, please select dst IP.
Specify the port ranges that you want to monitor. To classify all TCP or UDP
packets within same IP address / mask (regardless of port number) as same
rate policy, set 0 to both Start Port and End Port.
Specify the rate, unit, and the type of the limitation.
Select the behavior when the flow is over limitation. You can just drop the
packets or drop packet and log it.
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2.5.3 Guaranteed / Spare Class QoS
User can first specify maximum WAN total bandwidth and then set bandwidth allocation rules according to
two different classes: Guaranteed or Spared. Rules in Guaranteed class are guaranteed to have specified
percentage of WAN Total bandwidth. At any period of time, if the aggregated bandwidth used by flows in
guaranteed class doesn’t exceed total bandwidth, the spared bandwidth is then available for allocating to the
flows in Spared class, according to the percentage configured.
For example, 192.168.1.1 is guaranteed to have 50Mbps bandwidth if it needs and 192.168.1.2 has 25Mbps
guaranteed on demand. If for a period of time, the aggregated bandwidth used by both hosts is 40Mbps , so
only 40% WAN bandwidth is consumed by Guaranteed class flows, then all other hosts in 192.168.1.0 can
compete to use the spared 60Mbps WAN bandwidth. If there exists another LAN on gateway, say,
192.168.2.0/24, then they can only use the rested bandwidth consumed by guaranteed and spared class.
Parameter Description
Queue ID
Src/Dst
IP Address Specify the IP Address that you want to limit the transmit/receive rate.
IP Mask If you want to limit a subnet, you can specify the subnet mask here.
Protocol Specify the protocol you want to monitor, it can be TCP / UDP / or IP only.
Start / End Port
Bandwidth allocation
policy
Percentage Input the percentage of total bandwidth that this queue have.
DSCP Marking
The Queue (Group) ID groups all the connections with the same Queue ID into
one rule and these connections share the same bandwidth in this rule.
If you want to monitor the source IP of the packets, please select src IP.
Otherwise, please select dst IP.
Specify the port ranges that you want to monitor. To classify all TCP or UDP
packets within same IP address / mask (regardless of port number) as same
rate policy, set 0 to both Start Port and End Port.
Guaranteed or Spare.
Differentiated Services Code Point is a model in which traffic is treated by
intermediate systems with relative priorities based on the type of services. If
you want to mark this Queue to specified DSCP type, enable this option and
filled a value in the DSCP value field.
Click <Apply> at the bottom of the screen to save the above configurations. You can now configure other
advance sections or start using the router (with the advance settings in place)
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2.6 NAT
Network Address Translation (NAT) allows multiple users at your local site to access the Internet through a
single Public IP Address or multiple Public IP Addresses. NAT provides Firewall protection from hacker
attacks and has the flexibility to allow you to map Private IP Addresses to Public IP Addresses for key
services such as Websites and FTP.
Parameter Description
You can have different services (e.g. email, FTP, Web etc.) going to different
Virtual Server
Special Applications
ALG Setting
UPnP Setting
Static Routing You can disable NAT function and setup the routing rules manually.
Click on one of the five NAT selections and proceed to the manual's relevant sub-section.
service servers/clients in your LAN. The Virtual Server allows you to re-direct
a particular service port number (from the Internet/WAN Port) to a particular
LAN IP address and its service port number.
Some applications require multiple connections, such as Internet ga mes,
video conferencing, Internet telephony and others. In this section you can
configure the router to support these types of applications.
You can select special applications that need “Application Layer Gateway” to
support here.
It allows to Enable or Disable UPnP feature here. After you enable the UPnP
feature, all client systems that support UPnP, like Windows XP, can discover
this router automatically and access the Internet through this router without
any configuration. The NAT Traversal function provided by UPnP can let
applications that support UPnP smoothly connect to Internet sites without
any incompatibility problem due to the NAPT port translation.
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2.6.1 Virtual Server
Use the Virtual Server function when you want different servers/clients in your LAN to handle different
service/Internet application type (e.g. Email, FTP, Web server etc.) from the Internet. Computers use
numbers called port numbers to recognize a particular service/Internet application type. The Virtual Server
allows you to re-direct a particular service port number (from the Internet/WAN Port) to a particular LAN
private IP address and its service port number. (See Glossary for an explanation on Port number)
Parameter Description
Enter the service (service/Internet application) port number from the Internet that
WAN Port Range
Server IP Address
Server Port Range
Protocol Select the port number protocol type (TCP, UDP).
Click <Apply> at the bottom of the screen to save the above configurations. You can now configure other
advance sections or start using the router (with the advance settings in place)
Example: Virtual Server
will be re-directed to the above Private IP address host in your LAN
Note: Virtual Server function will have priority over the DMZ function if there is a
conflict between the Virtual Server and the DMZ settings.
This is the LAN client/host IP address that the Public Port number packet will be
sent to.
Note: You need to give your LAN PC clients a fixed/static IP address for Virtual
Server to work properly.
This is the port number (of the above Private IP host) that the below Public Port
number will be changed to when the packet enters your LAN (to the LAN
Server/Client IP)
The diagram below demonstrates one of the ways you can use the Virtual Server function. Use the Virtual
Server when you want the web server located in your private LAN to be accessible to Internet users. The
configuration below means that any request coming form the Internet to access your web server will be
translated to your LAN’s web server (192.168.2.2).
Note: For the virtual server to work properly Internet/remote users must know your global IP address. (For
websites you will need to have a fixed/static global/public IP address)
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2.6.2 Special Applications
Some applications require multiple connections, such as Internet games, video conferencing, Internet
telephony and others. In this section you can configure the router to support multiple connections for these
types of applications.
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Parameter Description
Name The description of this setting.
Incoming Type Select the Inbound port protocol type: “TCP”, “UDP” or both
Enter the In-coming (Inbound) port or port range for this type of application
(e.g. 2300-2400, 47624)
Incoming Port Range
Trigger Type Select whether the outbound port protocol is “TCP”, “UDP” or both.
Note: Individual port numbers are separated by a comma (e.g. 47624, 5775,
6541 etc.). To input a port range use a “dash” to separate the two port number
range (e.g. 2300-2400)
Trigger Start/Finish
Range
Enable Enable the specified Special Application function.
Click <Apply> at the bottom of the screen to save the above configurations. You can now configure other
advance sections or start using the router (with the advance settings in place)
Example: Special Applications
If you need to run applications that require multiple connections, then specify the port (outbound) normally
associated with that application in the "Trigger Port" field. Then select the protocol type (TCP or UDP) and
enter the public ports associated with the trigger port to open them up for inbound traffic.
Example:
Name
MSN
Game
Zone
Battle.net UDP 6112 UDP 6112 6112 Battle.net
Incoming
Type
TCP
This is the out-going (Outbound) range of port numbers for this particular
application
Incoming
Port
Range
2300-2400,
47624
Trigger Type
UDP 28800 28800 MSN Game Zone
Trigger
Start Port
Trigger Finish Port Enable
In the example above, when a user trigger’s port 28800 (outbound) for MSN Game Zone then the router will
allow incoming packets for ports 2300-2400 and 4762 4 to be directed to that user. Note: Only one LAN
client can use a particular special application at a time.
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2.6.3 ALG Settings
You can select applications that need “Application Layer Gateway” to support.
Parameter Description
Enable
Click <Apply> at the bottom of the screen to save the above configurations. You can now configure other
advance sections or start using the router (with the advance settings in place)
You can select to enable “Application Layer Gateway”, then the router will let
that application correctly pass though the NAT gateway.
2.6.4 UPnP Settings
With UPnP, all PCs in you Intranet will discover this router automatically. So you do not have to do any
configuration for your PC and can access the Internet through this router easily.
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Parameter Description
You can Enable or Disable UPnP feature here. After you enable the UPnP
feature, all client systems that support UPnP, like Windows XP, can discover
UPnP Feature
Click <Apply> at the bottom of the screen to save the above configurations. You can now configure other
advance sections or start using the router (with the advance settings in place)
this router automatically and access the Internet through this router without any
configuration. The NAT Traversal function provided by UPnP can let
applications that support UPnP smoothly connect to Internet sites without any
incompatibility problem due to the NAPT port translation.
2.6.5 Static Routing
This router provides Static Routing function when NAT is disabled. With Static Routing, the router can
forward packets according to your routing rules. The IP sharing function will not work any more in Static
Routing mode.
Note: The DMZ function of firewall will not work if static routing is enabled.
Parameter Description
Route The network address of destination LAN.
Route Mask The subnet mask of destination LAN.
The next stop gateway of the path toward the destination LAN. This is the IP of
Next Hop IP
Interface The interface that go to the next hop (router).
Click <Apply> at the bottom of the screen to save the above configurations. You can now configure other
advance sections or start using the router (with the advance settings in place)
the neighbor router that this router should communicate with on the path to the
destination LAN.
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2.7 Firewall
The Broadband router provides extensive firewall protection by restricting connection parameters, thus
limiting the risk of hacker attack, and defending against a wide array of common Internet attacks. However,
for applications that require unrestricted access to the Internet, you can configure a specific client/server as a
Demilitarized Zone (DMZ).
Note: To enable the Firewall settings select Enable and click Apply
Parameter Description
Access Control List
URL Filter URL Filter allows you to specify which URLs can’t be accessed by users.
Anti-DoS
DMZ Host
Click on one of the firewall selections and proceed to the manual’s relevant sub-section
Access Control List allows you to specify which hosts users can or cannot have
access to certain Internet applications
The Broadband router's firewall can block common hacker attacks and can log
the attack activities.
The DMZ Host function allows you to re-direct all packets going to your WAN
port IP address to a particular IP address in your LAN.
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2.7.1 Access Control List
If you want to restrict users from accessing certain Internet applications/services (e.g. Internet websites,
email, FTP etc.), then this is the place to set that configuration. Access Control allows users to define the
traffic type permitted in your LAN. You can control which PC client can have access to these services.
Parameter Description
Policy User can choose to log or not to log packets which match any configured ACL.
Ingress means packets from LAN to Gateway and Egress means packets from
Gateway to WAN. Pay special attention to the “Egress, source IP/port” direction
Direction/IP
Type
Port Specify the TCP/UDP port number for filtered traffic.
Day/Time
Enable You can Enable/Disable some policies by check their enable checkbox.
You can now configure other advance sections or start using the router (with the advance settings in pl ace)
group. The source IP address of an LAN-to-WAN packet will be already
changed to gateway’s public IP address. That means if you created a systemwise egress rule, please specifying the Gateway WAN IP address as the
source IP.
Specify the traffic type here. You can pick TCP for TCP traffic, UDP for UDP
traffic, or IP for all kind of IP traffic.
You can select a range of day and time that the specified PCs will not able to
access the Internet on these time period.
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Example: Access Control
In the example below, LAN client A can only access websites that use Port 80. However, LAN client B is able
to access websites and any other service that uses ports between 80 and 999.
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2.7.2 URL Filter
You can block access to some Web sites from particular PCs by entering a full URL address or just keyword
of the Web site.
Parameter Description
URL String Pattern
Source IP Range You can specify a range of LAN PCs that apply to the URL filter feature.
Enable URL Blocking Check the check box to Enable URL Blocking
You can now configure other advance sections or start using the router (with the advance settings in pl ace)
You can enter the full URL address or the keyword of the web site you want to
block.
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2.7.3 Anti-DoS (Denial of Service)
The Broadband router's firewall can block common hacker attacks, including Denial of Service, Ping of Death,
Port Scan and Sync Flood. If Internet attacks occur the router can log the events.
Parameter Description
DoS Prevention Enable Enables selected Anti-DoS features.
Ignore LAN-Side Check Skip DoS checks for all LANWAN packets.
Whole system flood System-wide DoS threshold for SYN/FIN/UDP/ICMP flooding.
Per-source IP flood
Whole system FlowCnt
Control
Per-source IP FlowCnt
Control
TcpUdpPortScan Port scan detection. Sensitivity could be Low or High.
All DoS items System-wide Dos detection.
Click <Apply> at the bottom of the screen to save the above configurations. You can now configure other
advance sections or start using the router (with the advance settings in place)
SYN/FIN/UDP/ICMP flooding threshold per host. Offending host would be
blocked for 120 seconds (default) if Source IP Blocking is enabled.
System-wide Flow Count Control for TCP/UDP or both protocols.
SYN/FIN/UDP/ICMP Flow Count Control per host. Offending host would be
blocked for 120 seconds (default) if Source IP Blocking is enabled.
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2.7.4 DMZ
If you have a local client PC that cannot run an Internet application (e.g. Games) properly from behind the
NAT firewall, then you can open the client up to unrestricted two-way Internet access by defining a DMZ Host.
The DMZ function allows you to re-direct all packets going to your WAN port IP address to a particular IP
address in your LAN. The difference between the virtual server and the DMZ function is that the virtual server
re-directs a particular service/Internet application (e.g. FTP, websites) to a particular LAN client/server,
whereas DMZ re-directs all packets (regardless of services) going to your WAN IP address to a particular
LAN client/server.
Parameter Description
Enable/disable DMZ
Note: If there is a conflict between the Virtual Server and the DMZ setting, then
Virtual Server function will have priority over the DMZ function.
Enable DMZ
General L4 protocol
forward
ICMP forward Check this to allow the ICMP packets forward to the DMZ host.
You can now configure other advance sections or start using the router (with the advance settings in pl ace
DMZ Host Input the IP address of a particular host in your LAN that will receive
all the packets originally going to the WAN port/Public IP address above
Note: You need to give your LAN PC clients a fixed/static IP address for DMZ to
work properly.
Check this to enable the general layer 4 protocol forwarding function.
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Chapter 3
Status
The Status section allows you to monitor the current status of your router. You can use the Status page to
monitor: the connection status of the Broadband router's WAN/LAN interfaces, the current firmware and
hardware version numbers, any illegal attempts to access your network, and information on all DHCP client
PCs currently connected to your network.
Parameter Description
Status and Information Shows the router’s system information
Logs
Select one of the above five Status selections and proceed to the manual’s relevant sub-section
This router supports five types of Log messages: System Log, ACL Log, URL
filter, DoS Log and New connection Log.
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3.1 Status and Information
The Status and Information section allows you to view the router’s system information
Parameter Description
Information
You can see the router’s system information such as the router’s: System
Information, LAN Information, WAN Information, and Wireless Information.
3.2 Logs
This router supports five types of Log messages: System Log, ACL Log, URL filter, DoS Log and New
connection Log. You can Enable or Disable each of these Logs.
3.2.1 System Log
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3.2.2 ACL Log
3.2.3 URL Filter Log
3.2.4 DoS Log
3.2.5 New Connection Log
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Chapter 4
Tool
This page includes the basic configuration tools, such as Configuration Tools (save or restore configuration
settings), Firmware Upgrade (upgrade system firmware) and Reset.
Parameter Description
Firmware Version This shows your current firmware version.
This tool allows you to upgrade the Broadband router’s system firmware. To
upgrade the firmware of your Broadband router, you need to download the
Firmware Upgrade
Factory Default
System Restart
Select one of the above three Tools Settings selection and proceed to the manual’s relevant sub-section
firmware file to your local hard disk, and enter that file name and path in the
appropriate field on this page. You can also use the Browse button to find the
firmware file on your PC.
You can use the "Factory Defaults" tool to force the Broadband router to
perform a power reset and restore the original factory settings.
In the event that the system stops responding correctly or in some way stops
functioning, you can perform a reset. Your settings will not be changed. To
perform the reset, click on the System Restart button. You will be asked to
confirm your decision. The reset will be complete when the power light stops
blinking. Once the reset process is complete you may start using the router
again.
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Appendix A
How to Manually find your PC’s IP and MAC address
1) In Window’s open the Command Prompt program
2) Type Ipconfig /all and <enter>
• Your PC’s IP address is the one entitled IP address (192.168.1.77)
• The router’s IP address is the one entitled Default Gateway (192.168.1.254)
• Your PC’s MAC Address is the one entitled Physical Address (00-50-FC-FE-02-DB)
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Glossary
Default Gateway (Router): Every non-router IP device needs to configure a default gateway’s IP address.
When the device sends out an IP packet, if the destination is not on the same network, the device has to
send the packet to its default gateway, which will then send it out towards the destination.
DHCP: Dynamic Host Configuration Protocol. This protocol automatically gives every com puter on your
home network an IP address.
DNS Server IP Address: DNS stands for Domain Name System, which allows Internet servers to have a
domain name (such as www.Broadbandrouter.com) and one or more IP addresses (such as 192.34.45.8). A
DNS server keeps a database of Internet servers and their respective domain names and IP addresses, so
that when a domain name is requested (as in typing "Broadbandrouter.com" into your Internet browser), the
user is sent to the proper IP address. The DNS server IP address used by the computers on your home
network is the location of the DNS server your ISP has assigned to you.
DSL Modem: DSL stands for Digital Subscriber Line. A DSL modem uses your existing phone lines to
transmit data at high speeds.
Ethernet: A standard for computer networks. Ethernet networks are connected by special cables and hubs,
and move data around at up to 10/100 million bits per second (Mbps).
Idle Timeout: Idle Timeout is designed so that after there is no traffic to the Internet for a pre-configured amount of time, the connection will automatically be disconnected.
IP Address and Network (Subnet) Mask: IP stands for Internet Protocol. An IP address consists of a series
of four numbers separated by periods, that identifies a single, unique Internet computer host in an IP network.
Example: 192.168.2.1. It consists of 2 portions: the IP network address, and the host identifier.
The IP address is a 32-bit binary pattern, which can be represented as four cascaded decimal numbers
separated by “.”: aaa.aaa.aaa.aaa, where each “aaa” can be anything from 000 to 255, or as four cascaded
binary numbers separated by “.”: bbbbbbbb.bbbbbbbb.bbbbbbbb.bbbbbbbb, where each “b” can either be 0
or 1.
A network mask is also a 32-bit binary pattern, and consists of consecutive leading
1’s followed by consecutive trailing 0’s, such as
11111111.11111111.11111111.00000000. Therefore sometimes a network mask can also be described
simply as “x” number of leading 1’s.
When both are represented side by side in their binary forms, all bits in the IP address that correspond to 1’s
in the network mask become part of the IP network address, and the remaining bits correspond to the host
ID.
For example, if the IP address for a device is, in its binary form,
11011001.10110000.10010000.00000111, and if its network mask is,
11111111.11111111.11110000.00000000
It means the device’s network address is
11011001.10110000.10010000.00000000, and its host ID is,
00000000.00000000.0000
packets to their destination.
0000.00000111. This is a convenient and efficient method for routers to route IP
ISP Gateway Address: (see ISP for definition). The ISP Gateway Address is an IP address for the Internet
router located at the ISP's office.
ISP: Internet Service Provider. An ISP is a business that provides connectivity to the Internet for individuals
and other businesses or organizations.
LAN: Local Area Network. A LAN is a group of computers and devices connected together in a relatively
small area (such as a house or an office). Your home network is considered a LAN.
MAC Address: MAC stands for Media Access Control. A MAC address is the hardware address of a device
connected to a network. The MAC address is a unique identifier for a device with an Ethernet interface. It is
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comprised of two parts: 3 bytes of data that corresponds to the Manufacturer ID (unique for each
manufacturer), plus 3 bytes that are often used as the product’s serial number.
NAT: Network Address Translation. This process allows all of the computers on your home ne twork to use
one IP address. Using the broadband router’s NAT capability, you can access the Internet from any
computer on your home network without having to purchase more IP addresses from your ISP.
Port: Network Clients (LAN PC) uses port numbers to distinguish one network application/protocol over
another. Below is a list of common applications and protocol/port numbers:
Application Protocol Port Number
Telnet TCP 23
FTP TCP 21
SMTP TCP 25
POP3 TCP 110
H.323 TCP 1720
SNMP UCP 161
SNMP Trap UDP 162
HTTP TCP 80
PPTP TCP 1723
PC Anywhere TCP 5631
PC Anywhere UDP 5632
PPPoE: Point-to-Point Protocol over Ethernet. Point-to-Point Protocol is a secure data transmission method
originally created for dial-up connections; PPPoE is for Ethernet connections. PPPoE relies on two widely
accepted standards, Ethernet and the Point-to-Point Protocol. It is a communications protocol for transmitting
information over Ethernet between different manufacturers
Protocol: A protocol is a set of rules for interaction agreed upon between multiple parties so that when they
interface with each other based on such a protocol, the interpretation of their behavior is well defined and
can be made objectively, without confusion or misunderstanding.
Router: A router is an intelligent network device that forwards packets between different networks based on
network layer address information such as IP addresses.
Subnet Mask: A subnet mask, which may be a part of the TCP/IP information provided by your ISP, is a set
of four numbers (e.g. 255.255.255.0) configured like an IP address. It is used to create IP address numbers
used only within a particular network (as opposed to valid IP address numbers recognized by the Internet,
which must be assigned by InterNIC).
TCP/IP, UDP: Transmission Control Protocol/Internet Protocol (TCP/IP) and Unreliable Datagram Protocol
(UDP). TCP/IP is the standard protocol for data transmission over the Internet. Both TCP and UDP are
transport layer protocol. TCP performs proper error detection and error recovery, and thus is reliable. UDP
on the other hand is not reliable. They both run on top of the IP (Internet Protocol), a network layer protocol.
WAN: Wide Area Network. A network that connects computers located in geographically separate areas (e.g.
different buildings, cities, countries). The Internet is a wide area network.
Web-based management Graphical User Interface (GUI): Many devices support a graphical user interface
that is based on the web browser. This means the user can use the familiar Netscape or Microsoft Internet
Explorer to Control/configure or monitor the device being managed.
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