TRENDnet Network Router TEW691GR User Manual

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Table of contents  
TRENDnet User’s Guide  
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Features  
Product Overview  
TRENDnet’s N450 Wireless Gigabit Router, model TEW-691GR, redefines wireless router  
performance. This router’s raw horsepower seamlessly streams HD movies to your  
entertainment center, transfers content between users.  
Gigabit Wide Area Network and Local Area Network ports transfer wired data fast. An  
Energy Star certified power adapter and embedded GREENnet technology reduce power  
consumption.  
Advanced Multiple Input Multiple Output (MIMO) antenna technology with three spatial  
streams per antenna generates a maximum theoretical wireless throughput of  
450Mbps. Wi-Fi Protected Setup (WPS) integrates other WPS supported wireless  
adapters at the touch of a button. The latest in wireless encryption and a secure firewall  
protect your digital network. WMM® Quality of Service (QoS) technology prioritizes  
gaming, Internet calls, and video streams. LEDs on the front of the router convey device  
status.  
High-speed data rates of up to 450Mbps using an IEEE 802.11n connection  
IEEE 802.11n/b/g compliant  
4 x 10/100/1000Mbps Auto-MDIX LAN ports  
1 x 10/100/1000Mbps WAN port (Internet)  
On/off power switch  
On/off wireless network switch  
1 x Wi-Fi Protected Setup (WPS) button  
One touch wireless connection using the WPS button  
Embedded energy saving GREENnet technology  
Energy Star Qualified high efficiency power adapter  
Compatible with most popular cable/DSL Internet Service Providers using  
Dynamic/Static IP, PPPoE, L2TP, and PPTP connection  
Advanced firewall protection with Network Address Translation (NAT) and  
Stateful Packet Inspection (SPI)  
Package Contents  
In addition to the access point, the package includes:  
TEW-691GR N450 Wireless Gigabit Router  
CD-ROM (Utility and User’s Guide)  
Multi-Language Quick Installation Guide  
Network cable Ethernet Cable (1.5m / 5ft.)  
Power Adapter (12V, 1A)  
Access restriction with Internet Access Control: MAC, Protocol, and  
Domain filtering  
Virtual server and Application Level Gateway (ALG) services for special  
Internet applications  
If any package contents are missing or damaged, please contact the retail store, online  
retailer, or reseller/distributor from which the product was purchased.  
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Universal Plug and Play (UPnP) for auto discovery and support for device  
configuration of Internet applications like RTP/RTSP, SIP, FTP, TFTP, NTP,  
and SMTP  
Multiple pass-through sessions for popular VPN applications (IPSec, L2TP,  
and PPTP)  
Product Hardware Features  
Rear View  
Advanced QoS support includes: Uplink speed control, IP prioritization,  
and Wi-Fi Multimedia (WMM)  
Reset  
Complete wireless security with WPA/WPA2-RADIUS, WPA /WPA2-PSK,  
and WEP  
3- year limited warranty  
On/Off  
Switch  
LAN Ports  
*Maximum wireless signal rates are referenced from IEEE 802.11 theoretical specifications. Actual  
data throughput and coverage will vary depending on interference, network traffic, building  
materials and other conditions.  
WAN Port  
Power Port  
Wireless On/Off Switch  
Power port: Connect the included power adapter from your router power port  
and to an available power outlet.  
Reset: Press and hold this button for 10 seconds to reset your router to default  
settings  
On/Off power switch (EU version): Switch to the on position to power on the  
device.  
Wireless On/Off Switch: Switch to the on or off position to turn on your wireless  
router’s wireless network or off your wireless network.  
WAN/Internet port: 1x 10/100/1000Mbps Auto-MDIX port. Connect an Ethernet  
cable from your router WAN port to your modem.  
LAN ports: 4x 10/100/1000Mbps Auto-MDIX ports. Connect Ethernet cables (also  
called network cables) from your router LAN ports to your wired network devices.  
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Front View  
Side View  
Antennas  
WPS  
WPS (Wi-Fi Protected Setup) – Push and hold this button for 5 seconds to  
activate WPS.  
Power LED -This LED indicator is solid green when your router is powered on.  
Otherwise if this LED indicator is off, there is no power to your router.  
WAN (Link/Activity) LED – This LED indicator is solid green when your router  
WAN port is physically connected to the modem Network port (also called  
network port) successfully with a Network cable. The LED indicator will be  
LAN 1-4 (Link/Activity) LEDs – These LED indicators are solid green when the LAN  
ports are successfully connected to your wired network devices (which are turned  
on). These LED indicators will blink green while data is transmitted or received  
through your router’s LAN ports.  
2.4GHz WLAN (Link/Activity) LED – This LED indicator is blinking green when the  
wireless is “On” and functioning properly on your router. This LED indicator will  
be blinking green rapidly while data is transmitted or received by your wireless  
clients or wireless network devices connected to your router.  
WPS LED - The button LED is blinking when WPS is activated.  
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Application Diagram  
Wireless Performance Considerations  
There are a number of factors that can impact the range of wireless devices.  
1. Adjust your wireless devices so that the signal is traveling in a straight path, rather  
than at an angle. The more material the signal has to pass through the more signal  
you will lose.  
2. Keep the number of obstructions to a minimum. Each obstruction can reduce the  
range of a wireless device. Position the wireless devices in a manner that will  
minimize the amount of obstructions between them.  
3. Building materials can have a large impact on your wireless signal. In an indoor  
environment, try to position the wireless devices so that the signal passes through  
less dense material such as dry wall. Dense materials like metal, solid wood, glass  
or even furniture may block or degrade the signal.  
4. Antenna orientation can also have a large impact on your wireless signal. Use the  
wireless adapter’s site survey tool to determine the best antenna orientation for  
your wireless devices.  
5. Interference from devices that produce RF (radio frequency) noise can also impact  
your signal. Position your wireless devices away from anything that generates RF  
noise, such as microwaves, radios and baby monitors.  
6. Any device operating on the 2.4GHz frequency will cause interference. Devices such  
as 2.4GHz cordless phones or other wireless remotes operating on the 2.4GHz  
frequency can potentially drop the wireless signal. Although the phone may not be  
in use, the base can still transmit wireless signal. Move the phone’s base station as  
far away as possible from your wireless devices.  
The access point is installed near the router and physically connected to it from one of  
the LAN port of the router which connects to the Internet. Wireless signals from the  
router are broadcasted to wireless clients such as laptops (with wireless capability)  
thereby providing Internet access.  
If you are still experiencing low or no signal consider repositioning the wireless devices  
or installing additional access points. The use of higher gain antennas may also provide  
the necessary coverage depending on the environment.  
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2. Make sure that your modem is working properly. Your modem is often provided by  
your Internet Service Provider (ISP) when you sign up for Internet service. If your  
modem is not working contact your ISP to verify functionality.  
Basic Router Setup  
3. Set up your router. See “How to setup your router” below.  
Creating a Home Network  
4. To connect additional wired computers or wired network devices to your network,  
What is a network?  
5. To set up wireless networking on your router, see “Wireless Networking and Security”  
on page 14.  
A network is a group of computers or devices that can communicate with each other. A  
home network of more than one computer or device also typically includes Internet  
access, which requires a router.  
How to setup your router  
Refer to the Quick Installation Guide or continue to the next section Router  
Installationon page 9 for more detailed installation instructions.  
A typical home network may include multiple computers, a media player/server, a  
printer, a modem, and a router. A large home network may also have a switch,  
additional routers, access points, and many Internet-capable media devices such as TVs,  
game consoles, and Internet cameras.  
Where to find more help  
In addition to this User’s Guide, you can find help below:  
Modem – Connects a computer or router to the Internet or ISP (Internet Service  
Provider).  
Router – Connects multiple devices to the Internet.  
http://www.trendnet.com/support (documents, downloads, and FAQs are  
available from this Web page)  
Switch –Connect several wired network devices to your home network. Your  
router has a built-in network switch (the LAN port 1-4). If you have more wired  
network devices than available Ethernet ports on your router, you will need an  
additional switch to add more wired connections.  
How to set up a home network  
1. For a network that includes Internet access, you’ll need:  
Computers/devices with an Ethernet port (also called network port) or wireless  
networking capabilities.  
A modem and Internet service to your home, provided by your ISP (modem  
typically supplied by your ISP).  
A router to connect multiple devices to the Internet.  
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Router Installation  
5. PPTP or Russian PPTP  
Type (Dynamic IP or Static IP)  
My IP Address: _____. _____._____._____  
Before you Install  
(e.g. 215.24.24.129)  
Subnet Mask:_____. _____._____._____  
Gateway:_____. _____._____._____  
Server IP: _____. _____._____._____  
PPTP Account: ________________  
PPTP Password: ________________  
Retype Password: ________________  
Many Internet Service Providers (ISPs) allow your router to connect to the Internet  
without verifying the information fields listed below. Skip this section for now and if  
your router cannot connect to the Internet using the standard installation process, come  
back to this page and contact your ISP to verify required ISP specification fields listed  
below.  
1. Obtain IP Address Automatically (DHCP)  
Host Name (Optional)  
Clone Mac Address (Optional)  
6. L2TP or Russia L2TP  
Type (Dynamic IP or Static IP)  
My IP Address: _____. _____._____._____  
(e.g. 215.24.24.129)  
2. Fixed IP address  
WAN IP Address: _____. _____._____._____  
(e.g. 215.24.24.129)  
WAN Subnet Mask: _____. _____._____._____  
WAN Gateway IP Address: _____. _____._____._____  
DNS Server Address 1: _____. _____._____._____  
DNS Server Address 2: _____. _____._____._____  
Subnet Mask:_____. _____._____._____  
Gateway:_____. _____._____._____  
Server IP: _____. _____._____._____  
L2TP Account: ________________  
L2TP Password: ________________  
Retype Password: ________________  
7. Russia PPPoE  
Type (Dynamic IP or Static IP)  
User Name: _________  
Password: ________________  
Verify Password: ________________  
3. PPPoE to obtain IP automatically  
User Name: _________  
Password: ________________  
Verify Password: ________________  
IP Address: ____. _____._____._____ (e.g. 215.24.24.129)  
4. PPPoE with a fixed IP address  
User Name: _________  
Password: ________________  
Verify Password: ________________  
IP Address: ____. _____._____._____ (e.g. 215.24.24.129)  
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Hardware Installation  
4. Using a Network cable, connect the WAN port on the router to your modem.  
5. Using another Network cable, connect your computer to one of the four LAN ports on  
the router.  
1. Verify that you have an Internet connection when connecting your computer directly  
to your modem.  
6. Plug in the power adapter, connect it to the router’s power port, and then push the  
On/Off Power Switch to the “On” position (pushed in).  
7. Turn on your modem.  
8. Verify that the following front panel LED indicators on your router: Power (Solid  
Green), Status (Blinking Green), LAN 1, 2, 3, or 4 (Solid/Blinking Green for ports for  
which devices are connected), WAN (Solid/Blinking Green), and WLAN (Blinking  
Green).  
2. Turn off your modem.  
Setup Wizard  
3. Disconnect the Network cable from your computer to your modem.  
1. Open your web browser (e.g. Internet Explorer, Firefox, Safari, Chrome, or Opera) and  
go to http://192.168.10.1. Your router will prompt you for a user name and password.  
2. Enter the default user name and password and then click Login.  
Default User Name: admin  
Default Password: admin  
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4. Click “Launch Internet Connection Setup Wizard” to setup your Internet connection on  
the router.  
5. Click Next to begin the wizard  
3. Click the Wizard button on the left side.  
7. Select your Internet connection type and click Next to continue. Note: The most  
common Internet connection used is DHCP.  
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8. Some ISP (Internet Service Providers) requires their customer to clone MAC address of  
their computer into the router. Click “Clone Your PC’s MAC Address” if your ISP  
requires this step. Click Next to continue.  
9. Verify if your settings are correct and click Apply to complete the Internet Setup  
Wizard.  
12. Click “Launch Wireless Security Setup Wizard”.  
10. Click OK to apply your settings.  
13. Click Next to begin  
11. The router will reboot once the process is completed. Click the Wizard button again  
to run the Wireless Setup Wizard.  
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Connect additional wired devices to your network  
TRENDnet User’s Guide  
14. Configure the Wireless Network Name (SSID) of the router. This name will be used  
when connecting to your wireless network. Click Next to continue  
You can connect additional computers or other network enabled devices to your  
network by using Ethernet cables to connect them to one of the available LAN ports  
labeled 1,2,3,4 on your router. Check the status of the LED indicators (1, 2, 3, or 4) on  
the front panel of your router to ensure the physical cable connection from your  
computer or device.  
15. Select the type of wireless security to use. Click Next to continue. It is  
recommended to use wireless security to protect your wireless network from any  
intruders.  
Note: If you encounter issues connecting to your network, there may be a problem  
with your computer or device network settings. Please ensure that your computer or  
device network settings (also called TCP/IP settings) are configured to obtain IP  
address settings automatically (also called dynamic IP address or DHCP) and to  
Obtain DNS Server address settings automatically.  
16. Enter the password or encryption key. Click Next to continue.  
17. Verify your wireless settings are correct and click Apply.  
Note: Save your wireless settings in a location you can find easily in case you forget the  
applied wireless settings.  
LAN Ports  
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Wireless Networking and Security  
WPA: This encryption is significantly more robust than the WEP technology.  
Much of the older 802.11g hardware was been upgraded (with firmware/driver  
upgrades) to support this encryption standard. Total wireless speeds under this  
encryption type however are limited to 54Mbps.  
How to choose the type of security for your wireless network  
Setting up wireless security is very important. Leaving your wireless network open and  
unsecure could expose your entire network and personal files to outsiders. TRENDnet  
recommends reading through this entire section and setting up wireless security on your  
new router.  
WPA-Auto: This setting provides the router with the ability to detect wireless  
devices using either WPA or WPA2 encryption. Your wireless network will  
automatically change the encryption setting based on the first wireless device  
connected. For example, if the first wireless client that connects to your wireless  
network uses WPA encryption your wireless network will use WPA encryption.  
Only when all wireless clients disconnect to the network and a wireless client  
with WPA2 encryption connects your wireless network will then change to WPA2  
encryption. NOTE: WPA2 encryption supports 802.11n speeds and WPA  
encryption will limit your connection speeds to 54Mbps  
There are a few different wireless security types supported in wireless networking each  
having its own characteristics which may be more suitable for your wireless network  
taking into consideration compatibility, performance, as well as the security strength  
along with using older wireless networking hardware (also called legacy hardware).  
It is strongly recommended to enable wireless security to prevent unwanted users from  
accessing your network and network resources (personal documents, media, etc.).  
WPA2: This is the most secure wireless encryption available today, similar to WPA  
encryption but more robust. This encryption standard also supports the highest  
connection speeds. TRENDnet recommends setting your router to this encryption  
standard. If you find that one of your wireless network devices does not support  
WPA2 encryption, then set your router to either WPA or WPA-Auto encryption.  
In general, it is recommended that you choose the security type with the highest  
strength and performance supported by the wireless computers and devices in your  
network. Please review the security types to determine which one you should use for  
your network.  
Wireless Encryption Types  
WEP: Legacy encryption method supported by older 802.11b/g hardware. This is  
the oldest and least secure type of wireless encryption. It is generally not  
recommended to use this encryption standard, however if you have old 802.11 b  
or 802.11g wireless adapters or computers with old embedded wireless  
cards(wireless clients), you may have to set your router to WEP to allow the old  
adapters to connect to the router.  
Note: Check the specifications of your wireless network adapters and wireless  
appliances to verify the highest level of encryption supported.  
Note: This encryption standard will limit connection speeds to 54Mbps.  
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Below is brief comparison chart of the wireless security types and the  
recommended configuration depending on which type you choose for your wireless  
network.  
Secure your wireless network  
Wireless > Security  
After you have determined which security type to use for your wireless network (see  
wireless security.  
Security Standard  
WEP  
WPA  
WPA2  
IEEE 802.11a/b/g  
(802.11n devices  
will operate at  
802.11g to connect  
using this  
IEEE 802.11a/b/g  
(802.11n devices  
will operate at  
802.11g to connect  
using this standard) standard)  
1. Log into your router management page (see “Access your router management page”  
on page 24).  
Compatible  
Wireless  
Standards  
2. Click on Wireless band you would like to configure either Wireless and click on  
Security.  
IEEE 802.11a/b/g/n  
Highest  
3. Click on the Security Mode drop-down list to select your wireless security type.  
Performance  
Under This  
Setting  
Up to 54Mbps  
Up to 54Mbps  
Up to 450Mbps*  
Encryption  
Strength  
Low  
Medium  
High  
Open System or  
Shared Key,  
HEX or ASCII,  
Different key sizes  
TKIP or AES,  
Preshared Key or  
RADIUS  
TKIP or AES,  
Preshared Key or  
RADIUS  
Additional  
Options  
TKIP  
Preshared Key  
8-63 characters  
AES  
Recommended  
Configuration  
Open System ASCII  
13 characters  
Preshared Key  
8-63 characters  
*Dependent on the maximum 802.11n data rate supported by the device (150Mbps,  
300Mbps, or 450Mbps)  
Selecting WEP:  
If selecting WEP (Wired Equivalent Privacy), please review the WEP settings to configure  
and click Apply to save the changes.  
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The following section outlines options when selecting PSK (Preshared Key Protocol),  
o Select a Cipher Type. When selecting WPA-PSK security, it is recommended to  
use TKIP.  
o When selecting WPA2-PSK Mixed security, it is recommended to use AES.  
o When selecting WPA2-PSK security, it is recommended to use AES.  
Create your Wireless security Pres-Shared Key (password or key):  
WEP Key Format  
Character set  
HEX  
ASCII  
Alphanumeric (a,b,C,?,*, /,1,2, etc.)  
5 characters  
WEP– Choose Open System or Shared Key.  
Note: It is recommended to use Open System because it is known to be more secure  
than Shared Key.  
Mode – Choose HEX or ASCII.  
Note: It is recommended to use ASCII because of the much larger character set that  
can be used to create the key.  
WEP Key – Choose the key length 64-bit or 128-bit.  
Note: It is recommended to use 128-bit because it is more secure to use a key that  
consists of more characters.  
0-9 & A-F, a-f only  
10 characters  
26 characters  
64-bit key length  
128-bit key length  
13 characters  
Passphrase – Enter the passphrase.  
o This is the password or key that is used to connect your computer to this router  
wirelessly  
Confirmed Passphrase – Re-enter the passphrase.  
Note: 8-63 alphanumeric characters (a,b,C,?,*, /,1,2, etc.)  
Key 1-4  
o This is where you enter the password or key needed for a computer to connect to  
the router wirelessly  
Selecting WPA, WPA2, or WPA2Mixed:  
o You can define up to 4 passwords or 4 keys. Only one key can be active at a given  
time. Most users simply define one key.  
o Choose a key index 1, 2, 3, or 4 and enter the key.  
o When connecting to the router, the client must match both the password and the  
Key number. (e.g. if you have activated Key 2 with a password of 12345, then the  
client must select: Key 2 (entering Key 1, 3, or 4 will block the ability to connect)  
and enter password 12345)  
Selecting WPA-PSK, WPA2-PSK, or WPA2-PSK Mixed (WPA2-PSK recommended):  
The following section outlines options when selecting EAP (Extensive Authentication  
Protocol), EAP (Extensible Authentication Protocol) is also called Remote Authentication  
Dial-In User Service or RADIUS.  
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Note: EAP requires an external RADIUS server, PSK only requires you to create a  
passphrase.  
Connect wireless devices using WPS  
Cipher Type  
WPS (Wi-Fi Protected Setup) is a feature that makes it easy to connect devices to your  
wireless network. If your wireless devices support WPS, you can use this feature to  
easily add wireless devices to your network.  
o When selecting WPA security, it is recommended to use TKIP.  
o When selecting WPA-Auto security, it is recommended to use AES.  
o When selecting WPA2 security, it is recommended to use AES.  
Key Renewal Interval  
o Set the renewal key interval based on seconds.  
PMK Cache Period  
o Set the cache period based on minutes  
Pre-Authentication  
o Enable or disable pre-authentication of your wireless encryption  
Radius Server - Configure the RADIUS server settings.  
o IP – Enter the IP address of the RADIUS server. (e.g. 192.168.10.250)  
o Port – Enter the port your RADIUS server is configured to use for RADIUS  
authentication.  
Note: You will not be able to use WPS if you set the SSID Broadcast setting to Disabled.  
There are two methods the WPS feature can easily connect your wireless devices to  
your network.  
Push Button Configuration (PBC) method  
o RECOMMENDED Hardware Push Button method–with an external button located  
physically on your router and on your client device  
o WPS Software/Virtual Push Button - located in router management page  
PIN (Personal Identification Number) Method - located in router management page  
Note: Refer to your wireless device documentation for details on the operation of  
WPS.  
Note: It is recommended to use port 1812.  
o Shared Secret – Enter the shared secret used to authorize your router with your  
RADIUS server.  
Recommended Hardware Push Button (PBC) Method  
Note it is recommended that a wireless key (passphrase or password) is created  
before connecting clients using the PBC method. If no wireless key is defined when  
connecting via PBC, the router will automatically create an encryption key that is 64  
characters long. This 64 character key will then have to be used if one has to  
connect computers to the router using the traditional connection method.  
To add a wireless device to your network, simply push the WPS button on the wireless  
device you are connecting(consult client device User’s Guide for length of time), then  
push and hold the WPS button located on your router for 3 seconds and release it. A  
blue LED on your router WPS button will flash indicating that the WPS setup process has  
been activated on your router. (See Product Hardware Featureson page 5)  
Connect wireless devices to your router  
A variety of wireless network devices can connect to your wireless network such as:  
Gaming Consoles  
Internet enabled TVs  
Network media players  
Smart Phones  
Wireless Laptop computers  
Wireless IP cameras  
For connecting additional WPS supported devices, repeat this process for each  
additional device.  
Each device may have its own software utility for searching and connecting to available  
wireless networks, therefore, you must refer to the User’s Manual/Guide of your  
wireless client device to determine how to search and connect to this router’s wireless  
network.  
See the “Appendixon page 48 for general information on connecting to a wireless  
network.  
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PBC (Software/Virtual Push Button)  
Basic wireless settings  
Wireless >WiFi Protected Setup  
Wireless > Basic  
In addition to the hardware push button located physically on your router, the router  
management page also has push button which is a software or virtual push button you  
can click to activate WPS on your router.  
This section outlines available management options under the Basic Wireless sub tab.  
1. Log into your router management page (see “Access your router management page”  
on page 24).  
1. Log into your router management page (see “Access your router management page”  
on page 24).  
2. Click on Wireless and click on Basic.  
3. To save changes to this section, click Apply when finished.  
2. Click on Wireless and click on WPS.  
3. To add a wireless device to your network, simply the push the WPS button on the  
wireless device (consult wireless device’s User’s Guide for length of time), you are  
connecting, then in your router management page next to Push Button  
Configuration, click Configure via PBC.  
Radio On/Off  
o On turns on the wireless networking on your router (by default it is enabled).  
o Off turns off wireless networking on your router.  
Note: It is recommended to leave the wireless setting to On unless you do not plan  
on connecting any wireless computers or devices to your network.  
PIN (Personal Identification Number)  
Wireless >WiFi Protected Setup  
Radio Off Schedule: You can schedule a time of when you would like to turn off the  
wireless radio of your network. Please see How to set Schedules section.  
If your wireless device has WPS PIN (typically an 8-digit code printed on the wireless  
device product label or located in the wireless device wireless software utility), you can  
use this method.  
1. Log into your router management page (see “Access your router management page”  
on page 24).  
Wireless Mode: Select the appropriate mode for your network.  
o 2.4GHz 802.11b/g/n mixed mode – Select this mode for the best compatibility.  
This mode allows older 802.11b and 802.11g wireless devices to connect to the  
router in addition to newer 802.11n devices.  
o 2.4GHz 802.11b/g mixed mode – This mode only allows devices to connect to the  
router using older and slow 802.11b or 802.11g technology and it thereby  
reduces the router’s maximum speed to 54Mbps (typically not recommended).  
o 2.4GHz 802.11n only mode – This mode only allows newer 802.11n devices to  
connect to your router. This mode does ensure the highest speed and security for  
your network, however if you have older 802.11g wireless clients, they will no  
longer be able to connect to this router.  
2. Click on Wireless and click on WPS.  
3. Next to PIN, enter the WPS PIN of the wireless device you are connecting and click  
Configure via PIN.  
Note: You may need to initiate the WPS PIN on your wireless device first when using this  
method. Refer to your wireless device documentation for details on the operation of  
WPS.  
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o 2.4GHz 802.11g only mode – This mode only allows devices to connect to the  
router using older and slow 802.11g technology (typically not recommended).  
o 2.4GHz 802.11b only mode – This mode only allows devices to connect to the  
router using older and slow 802.11b technology (typically not recommended).  
Note: Please check the specifications on your wireless devices for the highest  
wireless capability supported first before applying these settings. If you are unsure,  
it is recommended that you keep the default setting (2.4GHz 802.11b/g/n mixed  
mode) for the best compatibility.  
Broadcast Network Name (SSID):  
o Enabled allows wireless devices to search and discover your wireless network  
name (also called SSID) broadcasted by your router.  
o Disabled turns off the ability for wireless devices to find your network. It is still  
possible for wireless devices to be configured to connect to your wireless  
network.  
When applying the 802.11 mode setting, please keep in mind the following:  
Wireless devices that support 802.11n are backwards compatible and can connect  
wirelessly at 802.11g or 802.11b.  
Note: Setting this option to Disabled, will disable WPS functionality.  
Connecting at 802.11b or 802.11g will limit the capability of your 802.11n  
supported wireless devices from obtaining higher performance and data rates.  
Allowing 802.11b or 802.11g devices to connect to an 802.11n capable wireless  
network may degrade the wireless network performance below the higher  
performance and data rates of 802.11n.  
Frequency (Channel): To manually set the channel on which the router will  
broadcast, uncheck Auto Channel, then click the drop-down list and select the  
desired Channel for wireless communication. The goal is to select the Channel that  
is least used by neighboring wireless networks.  
Wireless devices that only support 802.11b or 802.11g will not be able to connect  
to a wireless network that is set to 802.11n only mode.  
Wireless devices that only support 802.11b will not be able to connect to a wireless  
network that is set to 802.11g only mode.  
WDS: This acronym stands for Wireless Distribution System and when enabled it  
creates a wireless bridge connection between your wireless router and an access  
point that supports WDS.  
o AP MAC Address: Enter the MAC address of the access point you would like the  
router to WDS to. You will also have to enter the MAC address of the router into  
the access point to establish the WDS or bridge connection. This wireless router  
supports up to 3 WDS connections.  
Wireless Name (SSID): This acronym stands for Service Set Identifier and is the  
name of your wireless network. It differentiates your wireless network from others  
around you. By default, the router broadcast TRENDnet691 as the wireless network  
name. If you choose to change the SSID, change it to a name that you can easily  
remember.  
Channel Width: This setting only applies to wireless devices connecting at 802.11n.  
Select the appropriate channel width for your wireless network.  
o 20 MHz – This mode operates using a single 20MHz channel for wireless  
devices connecting at 802.11n. This setting may provide more stability  
Multiple SSID: This router support additional SSID, you can set an additional of 3  
SSSID for your wireless network.  
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than Auto 20/40 MHz for connectivity in busy wireless environments  
where there are several wireless networks in the area.  
Steps to improve wireless connectivity  
There are a number of factors that can impact the range of wireless devices. Follow  
these tips to help improve your wireless connectivity:  
o Auto 20/40 MHz – This mode can automatically switch between using a  
single 20MHz channel or 40MHz (two 20MHz channels). When 40MHz is  
active, this mode is capable of providing higher performance only if the  
wireless devices support the 40MHz channel width. Enabling 20/40MHz  
typically results in substantial performance increases when connecting  
to an 802.11n client.  
1. Keep the number of obstructions to a minimum. Each obstruction can reduce the  
range of a wireless device. Position the wireless devices in a manner that will  
minimize the amount of obstructions between them.  
a. For the widest coverage area, install your router near the center of your home,  
and near the ceiling, if possible.  
b.Avoid placing the router on or near metal objects (such as file cabinets and metal  
furniture), reflective surfaces (such as glass or mirrors), and masonry walls.  
c. Any obstruction can weaken the wireless signal (even non-metallic objects), so  
the fewer obstructions between the router and the wireless device, the better.  
d.Place the router in a location away from other electronics, motors, and  
fluorescent lighting.  
e. Many environmental variables can affect the router’s performance, so if your  
wireless signal is weak, place the router in several locations and test the signal  
strength to determine the ideal position.  
Guard Interval: The purpose of the guard interval is to introduce immunity  
propagation delays, echoes and reflections to which digital data is normally  
sensitive to  
o Long: Guard interval of 800nsec.  
o Auto: Router automatically set the interval  
2. Building materials can have a large impact on your wireless signal. In an indoor  
environment, try to position the wireless devices so that the signal passes through  
less dense material such as dry wall. Dense materials like metal, solid wood, glass  
or even furniture may block or degrade the signal.  
MCS: Modulation and Coding Scheme is the value that determines the modulation,  
coding number of spatial channels.  
3. Antenna orientation can also have a large impact on your wireless signal. Use the  
wireless adapter’s site survey tool to determine the best antenna orientation for  
your wireless devices.  
4. Interference from devices that produce RF (radio frequency) noise can also  
impact your signal. Position your wireless devices away from anything that  
generates RF noise, such as microwaves, radios and baby monitors.  
Extension Channel: Extension channel is used when Channel Bandwidth is set to  
“Auto 20/40MHz” and the channel being used is statically assigned. This allows you  
to statically assign the extended channel to use in 40MHz.  
If possible, upgrade wireless network interfaces (such as wireless cards in computers)  
from older wireless standards to 802.11n. If a wirelessly networked device uses an older  
standard, the performance of the entire wireless network may be slower. If you are still  
experiencing low or no signal consider repositioning the wireless devices or installing  
additional access points.  
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default value of 2346 bytes. Setting the Fragmentation value too low may result  
in poor performance.  
RTS Threshold – The Request To Send (RTS) function is part of the networking  
protocol. A wireless device that needs to send data will send a RTS before sending  
the data in question. The destination wireless device will send a response called  
Clear to Send (CTS). The RTS Threshold defines the smallest data packet size  
allowed to initiate the RTS/CTS function.  
Advanced wireless settings  
Wireless > Advanced  
These settings are advanced options that can be configured to change advanced  
wireless broadcast specifications. It is recommended that these settings remain set to  
their default values unless you are knowledgeable about the effects of changing these  
values. Changing these settings incorrectly can degrade performance.  
Default Value: 2346 (range: 256-2346)  
TX Burst: Allows the wireless Router to deliver better throughput in the same  
period and environment in order to increase speed.  
Short Preamble: Using a short (400ns) guard interval can increase throughput.  
However, it can also increase error rate in some installations, due to increased  
sensitivity to radio-frequency reflections. Select the option that works best for  
your installation.  
Multicast-to-Unicast: Some applications require multicast communication (also  
called IP multicast which is the delivery of information to a specific group of  
computers or devices in a single transmission) typically used in media streaming  
applications. Enable this feature when using application that requires multicast  
traffic.  
Beacon Interval: A beacon is a management frame used in wireless networks that  
transmitted periodically to announce the presence and provide information  
about the router’s wireless network. The interval is the amount time between  
each beacon transmission.  
Wireless Distribution System (WDS)  
Wireless > Basic  
Default Value:100 milliseconds (range: 25-1000)  
DTIM: A DTIM is a countdown informing clients of the next window for listening  
to broadcast and multicast messages. When the wireless router has buffered  
broadcast or multicast messages for associated clients, it sends the next DTIM  
with a DTIM Interval value. Wireless clients detect the beacons and awaken to  
receive the broadcast and multicast messages. The default value is 1. Valid  
settings are between 1 and 255.  
Fragment Threshold: Wireless frames can be divided into smaller units  
(fragments) to improve performance in the presence of RF interference and at  
the limits of RF coverage. Fragmentation will occur when frame size in bytes is  
greater than the Fragmentation Threshold. This setting should remain at its  
WDS or Wireless Distribution System allows your router to establish a wireless bridge  
connection to another access point. To use this feature the access point you want to  
connect has to also support WDS mode.  
1. Log into your router management page (see “Access your router management page”  
2. Select Enable in the Wirelesss Distribution System section.  
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3. Enter the MAC address of the access point you want to establish a wireless bridge  
connection with.  
4. Log into your access point and enter the MAC address of your router. Please see the  
access point’s user manual for more information on how to configure WDS mode.  
5. To save changes to this section, click Apply when finished.  
Access Control Filters  
Access control basics  
Advanced > Access Control  
4. Review the settings under Port Range and Service Block Rule section  
Enabled: Selecting Enable turns on the filter  
Policy Name: Enter a name for the Protocol/IP Filter.  
Schedule: Select the defined schedule you would like to have the rule to be  
applied. (see Set Schedulesection on page 31).  
IP Range – Enter the IP address or IP address range to apply the protocol/IP filter.  
(e.g. 192.168.10.20-192.168.10.20 or 192.168.10.20-192.168.10.30).  
Port Range and Service Block  
Advanced > Access Control  
You may want to block computers or devices on your network access to specific ports  
(used or required by a specific application) to the Internet.  
Note: The filter will not be applied to IP addresses outside of the range  
specified.  
Rule Define: Select a predefined rule you would like to apply or click User Define  
to manually set the rule.  
1. Log into your router management page (see “Access your router management page”  
5. Click Add to save settings and Save Status on the top of the page to apply settings.  
2. Click on Advance, click on Access Control.  
3. Select Enable to enable all access controls  
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IP Address Filters  
URL Filters  
Advanced > Access Control  
Advanced > Access Control  
You may want to block certain IP addresses access to your network.  
You may want to allow or block computers or devices on your network access to specific  
websites (e.g. www.trendnet.com, etc.), also called URLs (Uniform Resource Locators).  
You may also enter a keyword (e.g. instead of complete URL to generally allow or block  
computers or devices access to websites that may contain the keyword in the URL or on  
the web page.  
1. Log into your router management page (see “Access your router management page”  
on page 24).  
2. Click on Advance, click on Access Control.  
1. Log into your router management page (see “Access your router management page”  
on page 24).  
2. Click on Advance, click on Access Control.  
3. Select Enable to enable all access controls  
3. Select Enable to enable all access controls  
4. Review the settings under IP Range Block section  
Rule Enable: Selecting Enable turns on the filter  
Rule Name: Enter a name for the Protocol/IP Filter.  
4. Review the settings under Add Webs URL Filter section  
IP Address: Enter the IP address or IP address range to apply the protocol/IP  
filter. (e.g. 192.168.10.20-192.168.10.20 or 192.168.10.20-192.168.10.30).  
Rule Enable: Selecting Enable turns on the filter  
Schedule: Select the defined schedule you would like to have the rule to be  
applied (see Set Schedulesection on page 31).  
Rule Name: Enter a name for the Protocol/IP Filter.  
trendnet) to allow or block access and click Add to add this to the domains list.  
The entry will be listed below. Repeat for each additional website or keyword  
added.  
5. Click Add to save settings and Save Status on the top of the page to apply settings.  
Schedule: Select the defined schedule you would like to have the rule to be  
applied (see Set Schedulesection on page 31).  
5. Click Add to save settings and Save Status on the top of the page to apply settings.  
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MAC Filters  
Wireless > Security  
Advanced Router Setup  
Every network device has a unique, 12-digit MAC (Media Access Control) address. Using  
MAC filters, you can allow or deny specific computers and other devices from using this  
router’s wireless network.  
Access your router management page  
Note: Your router management page http://192.168.10.1 is accessed through the use of  
your Internet web browser (e.g. Internet Explorer, Firefox, Chrome, Safari, Opera) and  
will be referenced frequently in this User’s Guide.  
1. Log into your router management page (see “Access your router management page”  
on page 24).  
1. Open your web browser (e.g. Internet Explorer, Firefox, Safari, Chrome, or Opera) and  
go to http://192.168.10.1. Your router will prompt you for a user name and password.  
2. Click on Wireless, click on Security.  
2. Enter the default user name and password and then click Login.  
Default User Name: admin  
3. Review the MAC Filter options.  
Filter Mode: Select the mode applied to t listed MAC addresses.  
Default Password: admin  
o Allow computers/devices with MAC addresses listed below to access the local  
network, web management, and the Internet.  
o Deny computers/devices with MAC addresses listed below to access the local  
network, web management, and the Internet  
Using the Configuration Menu  
Note: MAC filter can be configured to allow access to the listed MAC address and  
deny all others unlisted or vice versa. The recommended function is to choose to  
only allow access to the MAC addresses listed and deny all others unlisted because it  
is easier to determine the MAC addresses of devices in your network then to  
determine which MAC addresses you do not want to allow access.  
Whenever you want to configure your TEW-691GR, you can access the Configuration  
Menu by opening the Web-browser and typing in the IP Address of the TEW-691GR.  
Open the Web browser.  
Type in the current IP Address of the AP (i.e. http://192.168.10.1)  
Type admin in the User Name field.  
The Password is admin.  
4. Click Apply to save settings  
Click Login In.  
When you log into the unit the initial screen you will see is the status page that provides  
system information and network configurations.  
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Change your router login password  
Administrator > Management  
1. Log into your router management page (see “Access your router management page”  
on page 24).  
2. Click on Administrator, and click on Management.  
3. Under the Administrator Settings section, in the Password field, enter the new  
password  
4. Enter the idle timeout time (in seconds) of when you would want to have log in  
prompt to appear.  
5. To save changes, click Apply.  
Note: If you change the router login password, you will need to access the router  
management page using the User Name “admin” and the new password instead of  
the default password “admin”.  
Change your router device name  
Administrator > Management  
1. Log into your router management page (see “Access your router management page”  
on page 24).  
2. Click on Administrator, and click on Management.  
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3. Under the Device Name Settings section, in the Device Name field, enter the new  
device name to show up on your network as reference to the router.  
3. In the Connection Type drop-down list, click the type of Internet connection provided  
4. To save changes, click Apply.  
by your Internet Service Provider (ISP).  
4. Complete the fields required by your ISP.  
5. Complete the optional settings only if required by your ISP.  
6. To save changes, click Apply.  
Change your router URL  
Administrator > Management  
Note: If you are unsure which Internet connection type you are using, please contact  
your ISP. Note: If your ISP requires a host name to be specified, you can specify it  
under Main > LAN & DHCP Server, in the Host Name field. To save changes, click Apply  
at bottom of the page.  
1. Log into your router management page (see “Access your router management page”  
on page 24).  
2. Click on Administrator, and click on Management.  
Clone a MAC address  
Network > WAN Setting  
On any home network, each network device has a unique MAC (Media Access Control)  
address. Some ISPs register the MAC address of the device (usually a router or a  
computer) connected directly to the modem. If your computer MAC address is already  
registered with your ISP and to prevent the re-provisioning and registration process of a  
new MAC address with your ISP, then you can clone the address (assign the registered  
MAC address of your previous device to your new router). If you want to use the MAC  
address from the previous device (computer or old router that directly connected to the  
modem, you should first determine the MAC address of the device or computer and  
manually enter it into your router using the clone MAC address feature.  
3. Under the Device URL Setting section, in the Device URL field, enter the URL to be  
used on the device. This can be used to easily access the router’s management page  
without knowing the IP address of the router  
4. To save changes, click Apply.  
Manually configure your Internet connection  
Network > WAN Setting  
Note: For many ISPs that provide dynamic IP addresses automatically, typically, the  
stored MAC address in the modem is reset each time you restart the modem. If you are  
installing this router for the first time, turn your modem before connecting the router to  
your modem. To clear your modem stored MAC address, typically the procedure is to  
disconnect power from the modem for approximately one minute, then reconnect the  
power. For more details on this procedure, refer to your modem’s User Guide/Manual or  
contact your ISP.  
1. Log into your router management page (see “Access your router management page”  
on page 24).  
2. Click on Network, and click on WAN Setting.  
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1. Log into your router management page (see “Access your router management page”  
on page 24).  
2. Click on Main, and click on WAN.  
3. Under your Internet connection settings, find the MAC Address section shown below.  
3. In LAN Interface Setting section enter the router IP address settings.  
IP Address – Enter the new router IP address. (e.g. 192.168.200.1)  
Subnet Mask – Enter the new router subnet mask. (e.g. 255.255.255.0)  
MAC Address: The MAC address of your router  
Note: The DHCP address range will change automatically to your new router IP  
address settings so you do not have to change the DHCP address range manually  
to match your new router IP address settings.  
4. Select Enabled in the pull down menu and manually enter the 12-digit MAC address  
of your old router.  
5. To save changes, click Apply.  
4. To save changes, click Apply.  
Change your router IP address  
Note: You will need to access your router management page using your new  
router IP address to access the router management page. (e.g. Instead of using  
the default http://192.168.10.1 using your new router IP address will use the  
following format using your new router IP address  
Network > LAN Setting  
In most cases, you do not need to change your router IP address settings. Typically, the  
router IP address settings only needs to be changed, if you plan to use another router in  
your network with the same IP address settings, if you are connecting your router to an  
existing network that is already using the IP address settings your router is using, or if  
you are experiencing problems establishing VPN connections to your office network  
through your router.  
Set up the DHCP server on your router  
Network > LAN Setting  
Note: If you are not encountering any issues or are not faced with one of the cases  
described above or similar, it is recommended to keep your router IP address settings as  
default.  
Your router can be used as a DHCP (Dynamic Host Configuration Protocol) server to  
automatically assign an IP address to each computer or device on your network. The  
DHCP server is enabled by default on your router. If you already have a DHCP server on  
your network, or if you do not want to use your router as a DHCP server, you can disable  
this setting. It is recommended to leave this setting enabled.  
Default Router IP Address: 192.168.10.1  
Default Router Network: 192.168.10.0 / 255.255.255.0  
1. Log into your router management page (see “Access your router management page”  
on page 24).  
1. Log into your router management page (see “Access your router management page”  
on page 24).  
2. Click on Network, and click on LAN Setting.  
2. Click on Network, and click on LAN Setting.  
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3. Review the DHCP Server settings.  
DHCP Server: Enable or Disable the DHCP server.  
Start IP: Changes the starting address for the DHCP server range.  
(e.g.192.168.10.20)  
End IP: Changes the last address for the DHCP server range. (e.g. 192.168.10.30)  
Note: The Start IP and End IP specify the range of IP addresses to automatically  
assign to computers or devices on your network.  
DHCP Lease Time – Click the drop-down list to select the lease time.  
Note: The DHCP lease time is the amount of time a computer or device can keep  
an IP address assigned by the DHCP server. When the lease time expires, the  
computer or device will renew the IP address lease with the DHCP server,  
otherwise, if there is no attempt to renew the lease, the DHCP server will  
reallocate the IP address to be assigned to another computer or device.  
3. Under Add DHCP Reservation section, review the DHCP reservation settings.  
Enable: Enable or Disable the DHCP reservation feature.  
Computer Name: Enter a name for the reservation.  
IP Address: Enter the IP address to assign to the reservation. (e.g.  
192.168.10.101)  
Note: You cannot assign IP addresses outside of the DHCP range. The IP address  
is required to be within the DHCP IP address range (Start IP & End IP).  
MAC Address: Enter the MAC (Media Access Control) address of the computer or  
network device to assign to the reservation. (e.g. 00:11:22:AA:BB:CC)  
Add - Saves the reservation.  
Edit – Saves changes to an existing reservation.  
Delete – Removes an existing reservation.  
4. To save changes, click Apply.  
DHCP Reservations List – You can view the list of reservations for computers or devices  
that have been created in this list.  
Set up DHCP reservation  
Network > LAN Setting  
DHCP (Dynamic Host Configuration Protocol) reservation (also called Static DHCP) allows  
your router to assign a fixed IP address from the DHCP server IP address range to a  
specific device on your network. Assigning a fixed IP address can allow you to easily  
keep track of the IP addresses used on your network by your computers or devices for  
future reference or configuration such as virtual server (also called port forwarding, see  
Virtual Serveron page 33) or special applications (also called port triggering, see  
To modify an existing reservation, click on the entry in the Static DHCP list. When  
selected, the entry will be highlighted. .  
1. Log into your router management page (see “Access your router management page”  
on page 24).  
2. Click on Network, and click on LAN Setting.  
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. LAN IPv6 Address: This will be the IPv6 address assigned to your router  
Configuring IPv6 on your router  
. LAN Prefix Length: LAN Prefix Length will be displayed here  
Network > IPv6 Setting  
. LAN IPv6 Link-Local Address: IPv6 Link-Local Address will be displayed here  
IPv6 is the latest Internet Protocol (IP) that uses a new addressing system that offers  
more addresses that the current IPv4 standard. Your router supports this latest  
technology and can be configured with the following connection types. Stateless  
DHCPv6, Stateful DHCPv6, Link-Local, Static, PPPoE, and 6to4. Please consult  
with your local ISP (Internet Service Provider) to obtain information in regard to  
the IPv6 connection type.  
o Autoconfiguration Type: Set up IPv6 Autoconfiguration in this section in order to  
have IPv6 addresses assigned to the clients on the local area network. The  
options are Stateless Auto, Stateless DHCPv6, DHCPv6 (Stateful). Stateless Auto:  
When connected to an IPv6 network utilizing ICMPv6 (Internet Control Message  
Protocol version 6) router discovery messages, IPv6 hosts will be configured  
automatically. Stateless DHCPv6: A stateless DHCP server will only provide  
configuration information to the nodes and will rely on ICMPv6 (Internet Control  
Message Protocol version 6) router discovery messages to assign IPv6 addresses.  
DHCPv6(Stateful): Dynamic Host Configuration Protocol for IPv6. Stateless  
address autoconfiguration for IPv6 can be used to acquire access in an IPv6  
network, however, it is generally recommended to use DHCPv6 instead to assign  
addresses, name servers and other configuration information to the clients.  
Note: In order to avoid any software conflict, please be sure to remove or disable  
any PPPoE client software on your computer when using the PPPoE connection  
type.  
1. Log into your router management page (see “Access your router management page”  
on page 24).  
Stateless DHCPv6: TEW-691GR WAN port on an IPv6 network can use the router  
ICMPv6 RA to crate global IPv6 address dynamically and use DHCPv6 client to  
obtain configuration information such as a list of DNS recursive name servers and  
search list.  
2. Click on Network, and click on IPv6 Settings.  
. Manually configure DNS:When enabled, users will be given the options to  
manually enter DNS servers  
. Primary DNS Server: Your local ISP will assign this address to you  
3. Review the IPv6 settings.  
. Secondary DNS Server: Your local ISP will assign this address to you  
Static: Please select this connection type if your ISP provides you with a set of IPv6  
static addresses. Configuration settings, such as IPv6 address, Default Gateway,  
Primary DNS Server, and Secondary DNS Server, and Subnet Prefix Length are  
required and will be entered manually. Please contact your local ISP for all relevant  
information.  
. Enable DHCP-PD:Enable the DHCP Prefix Delegation which is used to assign  
a network address prefix to a user site, configuring the user's router with the  
prefix to be used for each LAN. This is one of the methods for delegating IPv6  
address prefixes to an IPv6 subscriber's network (or "site").  
. LAN IPv6 Address: Please enter the IPv6 Address here  
o Use Link-Local Address:To facilitate the use of link-local address for  
communications within the segment of a local network  
. LAN Prefix Length: LAN Prefix Length will be displayed here  
. LAN IPv6 Link-Local Address: IPv6 Link-Local Address will be displayed here  
o WAN IPv6 Address: When using Link-Local Address, your address will be  
displayed here. Otherwise, your local ISP will assign this address to you  
. Autoconfiguration Type: Set up IPv6 Autoconfiguration in this section in order  
to have IPv6 addresses assigned to the clients on the local area network. The  
options are Stateless Auto, Stateless DHCPv6, DHCPv6 (Stateful). Stateless  
Auto: When connected to an IPv6 network utilizing ICMPv6 (Internet Control  
Message Protocol version 6) router discovery messages, IPv6 hosts will be  
. Subnet Prefix Length: Please leave the default at 64  
. Default Gateway: Your local ISP will assign this address to you  
. Primary DNS Server: Your local ISP will assign this address to you  
. Secondary DNS Server: Your local ISP will assign this address to you  
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configured automatically. Stateless DHCPv6: A stateless DHCP server will only  
provide configuration information to the nodes and will rely on ICMPv6  
(Internet Control Message Protocol version 6) router discovery messages to  
assign IPv6 addresses. DHCPv6 (Stateful): Dynamic Host Configuration  
Protocol for IPv6. Stateless address autoconfiguration for IPv6 can be used to  
acquire access in an IPv6 network, however, it is generally recommended to  
use DHCPv6 instead to assign addresses, name servers and other configuration  
information to the clients.  
Link-Local: The Link-local address is used by nodes and routers when  
communicating with neighboring nodes on the same link. This mode enables IPv6-  
capable devices to communicate with each other on the LAN side.  
o LAN IPv6 Address: Please enter the IPv6 Address here  
o LAN IPv6 Link-Local Address: IPv6 Link-Local Address will be displayed here  
PPPoE: Select this option if your ISP requires you to use a PPPoE (Point to Point  
Protocol over Ethernet) connection to IPv6 Internet. DSL providers typically use this  
option. This method of connection requires you to enter a Username and Password  
(provided by your Internet Service Provider) to gain access to the IPv6 Internet.  
DHCPv6 (Stateful): TEW-691GR WAN port use DHCPv6 client to obtain IP addresses  
and other configuration information from stateful DHCPv6 server. Dynamic state  
information about each individual client is stored and centrally managed on the  
DHCPv6 server.  
o PPPoE session: The options are Shared with IPv4 or Create New Session. You can  
select to share IPv6 with IPv4 within a single PPPoE session or to create a  
seperate PPPoE session for IPv6 instead.  
o Manually configure DNS: When enabled, users will be given the options to  
manually enter DNS servers  
o User Name: Please consult with your ISP for your login account information  
o Password: Please consult with your ISP for your login account information  
o Verify Password: Please enter your password again to verify it is correct  
o Primary DNS Server: Your local ISP will assign this address to you  
o Secondary DNS Server: Your local ISP will assign this address to you  
o Address Mode: Please select Auto or Static. Address Mode (Auto): Select this  
option if the ISP's servers assign the router's WAN IPv6 address upon establishing  
a connection. Address Mode (Static): Select this option if your ISP has assigned a  
fixed IPv6 address. The ISP will provide the value for the IPv6 Address and Subnet  
Prefix Length.  
o Enable DHCP-PD: Enable the DHCP Prefix Delegation which is used to assign  
a network address prefix to a user site, configuring the user's router with the  
prefix to be used for each LAN. This is one of the methods for delegating IPv6  
address prefixes to an IPv6 subscriber's network (or "site").  
o LAN IPv6 Address: Please enter the IPv6 Address here  
o Use Default MTU Setting: It is recommended to use the default MTU setting.  
o LAN Prefix Length: LAN Prefix Length will be displayed here  
o LAN IPv6 Link-Local Address: IPv6 Link-Local Address will be displayed here  
o MTU Setting: Enter your MTU setting here when Default MTU Setting is disabled  
o Manually configure DNS: When enabled, users will be given the options to  
o Autoconfiguration Type: Set up IPv6 Autoconfiguration in this section in order to  
have IPv6 addresses assigned to the clients on the local area network. The  
options are Stateless Auto, Stateless DHCPv6, DHCPv6 (Stateful). Stateless Auto:  
When connected to an IPv6 network utilizing ICMPv6 (Internet Control Message  
Protocol version 6) router discovery messages, IPv6 hosts will be configured  
automatically. Stateless DHCPv6: A stateless DHCP server will only provide  
configuration information to the nodes and will rely on ICMPv6 (Internet Control  
Message Protocol version 6) router discovery messages to assign IPv6 addresses.  
DHCPv6(Stateful): Dynamic Host Configuration Protocol for IPv6. Stateless  
address autoconfiguration for IPv6 can be used to acquire access in an IPv6  
network, however, it is generally recommended to use DHCPv6 instead to assign  
addresses, name servers and other configuration information to the clients.  
manually enter DNS servers  
o Primary DNS Server: Your local ISP will assign this address to you  
o Secondary DNS Server: Your local ISP will assign this address to you  
o Enable DHCP-PD: Normally this option is enabled in PPPoE mode. When enabled,  
this router will use ISP-provided IPv6 address prefix to configure this router’s LAN  
port global IPv6 address and provide global address pool to LAN side PC when  
either stateless DHCPv6 or stateless Auto is enabled.  
o LAN IPv6 Address: Please enter the IPv6 Address here  
o LAN Prefix Length: LAN Prefix Length will be displayed here  
o LAN IPv6 Link-Local Address: IPv6 Link-Local Address will be displayed here  
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o Autoconfiguration Type: Set up IPv6 Autoconfiguration in this section in order to  
have IPv6 addresses assigned to the clients on the local area network. The  
options are Stateless Auto, Stateless DHCPv6, DHCPv6 (Stateful). Stateless Auto:  
When connected to an IPv6 network utilizing ICMPv6 (Internet Control Message  
Protocol version 6) router discovery messages, IPv6 hosts will be configured  
automatically. Stateless DHCPv6: A stateless DHCP server will only provide  
configuration information to the nodes and will rely on ICMPv6 (Internet Control  
Message Protocol version 6) router discovery messages to assign IPv6 addresses.  
DHCPv6(Stateful): Dynamic Host Configuration Protocol for IPv6. Stateless  
address autoconfiguration for IPv6 can be used to acquire access in an IPv6  
network, however, it is generally recommended to use DHCPv6 instead to assign  
addresses, name servers and other configuration information to the clients.  
Set your router date and time  
Main > Time  
1. Log into your router management page (see “Access your router management page”  
on page 24).  
2. Click on Administrator, and click on Time.  
6to4: 6to4 is provided as a transition for migrating from IPv4 to IPv6. It allows IPv6  
packets to be transmitted over an IPv4 network through the automatic tunneling  
technology, and routes traffic between 6to4 and IPv6 networks.  
3. Select Enable NTP Server, to use a NTP server for the time settings. Or you can  
manually set the time settings by not selecting NTP Server option.  
o IPv6 to IPv4 Address: IPv6 to IPv4 Address will be displayed here  
o 6to4 Relay: Please use the closest 6to4 Relay server to allow 6to4 networks to  
communicate with native IPv6 networks  
o Primary DNS Server: Your local ISP will assign this address to you  
o Secondary DNS Server: Your local ISP will assign this address to you  
o LAN IPv6 Address: Please enter the IPv6 Address here  
4. To manually set the time settings. Select from the pull down menu the year, month  
day and time you would like to apply on the router.  
o LAN Prefix Length: LAN Prefix Length will be displayed here  
o LAN IPv6 Link-Local Address: IPv6 Link-Local Address will be displayed here  
5. To save changes, click Apply.  
o Autoconfiguration Type: Set up IPv6 Autoconfiguration in this section in order to  
have IPv6 addresses assigned to the clients on the local area network. The  
options are Stateless Auto, Stateless DHCPv6, DHCPv6 (Stateful). Stateless Auto:  
When connected to an IPv6 network utilizing ICMPv6 (Internet Control Message  
Protocol version 6) router discovery messages, IPv6 hosts will be configured  
automatically. Stateless DHCPv6: A stateless DHCP server will only provide  
configuration information to the nodes and will rely on ICMPv6 (Internet Control  
Message Protocol version 6) router discovery messages to assign IPv6 addresses.  
DHCPv6(Stateful): Dynamic Host Configuration Protocol for IPv6. Stateless  
address autoconfiguration for IPv6 can be used to acquire access in an IPv6  
network, however, it is generally recommended to use DHCPv6 instead to assign  
addresses, name servers and other configuration information to the clients.  
Set schedules  
Advanced > Schedule  
Your router has features Virtual Server rules and Access Controls that can turn on or off  
through schedules.  
1. Log into your router management page (see “Access your router management page”  
on page 24).  
2. Click on Administrator, and click on Time.  
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Quality of Service: Enable or Disable the Quality DHCP reservation feature.  
Bandwidth: Select from the pull down menu Limit bandwidth of upload manually  
with ‘User Defined’ or set the bandwidth limit via drop-down menu (between  
64Mbits ~ 230Mbits) per device on network.  
IP Address – Enter the IP address to assign to the reservation. (e.g.  
192.168.10.101)  
3. Review the Schedule settings.  
Rule Name: Enter a name for the virtual server.  
Days: Select the days you would like the rule to be applied or select All Week to  
enable the rule all week.  
Open a device on your network to the Internet  
This router can provide access to devices on your local area network to the Internet  
using the Virtual Server, Special Application, method (DMZ NOT recommended).  
All Day: Select if you would like the rule to be applied through the day of the  
select days.  
DMZ  
Advanced > DMZ  
Start/End Time: Select the start and end time you would like the schedule to  
follow.  
You may want to expose a specific computer or device on your network to the Internet  
to allow anyone to access it. Your router includes the DMZ (Demilitarized Zone) feature  
that makes all the ports and services available on the WAN/Internet side of the router  
and forwards them to a single IP address (computer or network device) on your  
network. The DMZ feature is an easy way of allowing access from the Internet however,  
it is a very insecure technology and will open local area network to greater threats from  
Internet attacks.  
Delete: Removes an existing schedule.  
Edit: Modifies an existing schedule.  
4. To save changes, click Add.  
QoS (Quality of Service)  
Network > QoS  
It is strongly recommended to use Virtual Server (also called port forwarding, see  
Virtual Serveron page 33) to allow access to your computers or network devices from  
the Internet.  
QoS involves prioritization of network traffic. QoS can be targeted at a network  
interface, toward a given server or router's performance, or in terms of specific  
applications.  
1. Make the computer or network device (for which you are establishing a DMZ link) has  
a static IP address (or you can use the DHCP reservation feature to ensure the device  
has a fixed IP address) see “Set up DHCP reservationon page 28. Signing up for a  
Dynamic DNS service (outlined in the DDNS section) will provide identification of the  
router’s network from the Internet.  
1. Log into your router management page (see “Access your router management page”  
on page 24).  
2. Click on Network, and click on QoS.  
3. Review the DHCP reservation settings.  
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1. Log into your router management page (see “Access your router management page”  
on page 24).  
2. Click on Advanced, and click on DMZ.  
3. Select Enable in the DMZ Settings section.  
4. Enter the IP address you assigned to the computer or network device to expose to the  
Internet.  
3. Review the virtual server settings.  
5. To save changes, click Apply.  
Rule Enabled: Selecting Enabled turns on the virtual server and selecting  
Disabled turns off the virtual server.  
Virtual Server  
Rule Name: Enter a name for the virtual server.  
Advanced > Virtual Server  
IP Address: Enter the IP address of the device to forward the port (e.g.  
Virtual Server (also called port forwarding) allows you to define specific ports (used or  
required by a specific application) and forward them to a single IP address (a computer  
or device) on your network. Using this feature is more secure compared to using DMZ  
(see DMZon page 32) in which DMZ forwards all ports instead of only specific ports  
used by an application. An example would be forwarding a port to an IP camera  
(TRENDnet IP cameras default to HTTP TCP port 80 for remote access web requests) on  
your network to be able to view it over the Internet. To open several ports please refer  
to Gamingsection on page 35.  
192.168.10.101).  
Protocol: Select the protocol required for your device. TCP, UDP, or you can  
select Both to choose both TCP & UDP (recommended).  
Note: Please refer to the device documentation to determine which ports and  
protocols are required. You should assign a static IP address to the device or  
use DHCP reservation to ensure the IP address of the device does not change.  
Public Port: Enter the port number used to access the device from the Internet.  
Private Port: Enter the port number required by your device. Refer to the  
connecting device’s documentation for reference to the network port(s) required.  
Since most ISPs constantly change your home IP address, to be able to access the Virtual  
Server port(s) from the Internet it is recommended to setup Dynamic DNS service (See  
DynDNS section).  
Schedule: Select the defined schedule you would like to have the rule to be  
applied (see Set Schedulesection on page 31).  
Note: The Public Port can be assigned a different port number than the Private  
Port (also known as port redirection), however it is recommended to use the  
same port number for both settings. Please refer to the device documentation  
to determine which ports and protocols are required.  
1. Log into your router management page (see “Access your router management page”  
on page 24).  
2. Click on Advanced, and click on Virtual Server.  
Add: Saves a new virtual server entry.  
Clear: Discard changes to an existing virtual server.  
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Note: Please refer to the device documentation to determine if your device supports  
Edit: Modifies an existing virtual server.  
UPnP first, before configuring this feature.  
Delete: Removes an existing virtual server.  
1. Log into your router management page (see “Access your router management page”  
on page 24).  
Example: To forward TCP port 80 to your IP camera  
1. Setup DynDNS service (See DynDNS section).  
2. Access TRENDnet IP Camera management page and forward Port 80 (see product  
documentation)  
2. Click on Advanced, and click on Special Application.  
3. Make sure to configure your network/IP camera to use a static IP address or you can  
use the DHCP reservation feature (see “Set up DHCP reservationon page 28).  
Note: You may need to reference your camera documentation on configuring a  
static IP address.  
4. Log into your router management page (see “Access your router management page”  
on page 24).  
3. Select Enable under Port Triggering Function.  
5. Click on Advanced, and click on Virtual Server.  
6. Click Enabled to turn on this virtual server.  
7. Next to Name, you can enter another name for the virtual server, otherwise, leave  
the default name.  
8. Next to LAN Server, enter the IP address assigned to the camera. (e.g.  
192.168.10.101)  
9. Next to Protocol, make sure TCP is selected in the drop-down list.  
10. The Private Port and Public Port, make sure port number 80 is configured for both  
settings.  
11. To save the changes, click Add.  
Special Applications  
Advanced > Special Application  
Special applications (also called port triggering) is typically used for online gaming  
applications or communication applications that require a range of ports or several  
ports to be dynamically opened on request to a device on your network. The router will  
wait for a request on a specific port or range of ports (or trigger port/port range) from a  
device on your network and once a request is detected by your router, the router will  
forward a single port or multiple ports (or incoming port/port range) to the device on  
your network. This feature is not typically used as most devices and routers currently  
use UPnP (Universal Plug and Play) to automatically configure your router to allow  
access for applications. See Enable/disable UPnP on your routeron page 38.  
4. Review the special application settings.  
Rule Enable: Selecting Enabled turns on the special application.  
Rule Name: Enter a name for the special application.  
Match Protocol: Select the protocol to be forwarded to the device. TCP, UDP, or  
you can select Both to choose both TCP and UDP.  
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