WL-5450AP & WL-5460AP Wireless Access Point

Users Guide

FCC Certifications
This equipment has been tested and found to comply with the limits for a Class B digital device, pursuant to Part 15 of the FCC Rules. These limits are designed to provide reasonable protection This equipment generates uses and can against harmful interference in a residential installation.
radiate radio frequency energy and, if not installed and used in accordance with the instructions, may cause harmful interference to radio communications. However, there is no guarantee that interference will not occur in a particular installation. If this equipment does cause harmful interference to radio or television reception, which can be determined by turning the equipment off and on, the user is encouraged to try to correct the interference by one or more of the following measures: Reorient or relocate the receiving antenna. Increase the separation between the equipment and receiver. Connect the equipment into an outlet on a circuit different from that to which the receiver is connected. Consult the dealer or an experienced radio/TV technician for help.

CAUTION:

Any changes or modifications not expressly approved by the grantee of this device could void the users authority to operate the equipment. This device complies with Part 15 of the FCC rules. conditions: Operation is subject to the following two (1) This device may not cause harmful interference, and (2) This device must accept
any interference received, including interference that may cause undesired operation.
FCC RF Radiation Exposure Statement
This equipment complies with FCC RF radiation exposure limits set forth for an uncontrolled environment. This equipment should be installed and operated with a minimum distance of 20cm between the radiator and your body.

CE Mark Warning

This is a Class B product. In a domestic environment, this product may cause radio interference, in which case the user may be required to take adequate measures. All trademarks and brand names are the property of their respective proprietors.
Specifications are subject to change without prior notification.

Table of Content

Introduction.....4 FEATURES.....4 APPLICATION.....5 PARTS NAMES AND FUNCTIONS....6 FACTORY DEFAULT SETTINGS.....8 WL-5450AP & WL-5460AP...8 Hardware Connection.....9 Check the LEDs:...9 About the Operation Modes....10 ACCESS POINT MODE.....10 WDS REPEATER MODE....11 CLIENT MODE (INFRASTRUCTURE)....12 CLIENT MODE (AD-HOC).....13 WDS BRIDGE MODE.....14 Configuration.....15 LOGIN......15 STATUS.....16 System... 16 System Log.... 18 Statistics.... 18 WIRELESS.....19 Basic Settings.... 19 Advanced Settings... 21 Security.... 24 Access Control... 27 Site Survey... 28 WDS Setting.... 28 TCP/IP.....30 Basic.... 30 OTHER......32 Upgrade Firmware... 32 Save/Reload Settings.... 32 Password.... 34

INTRODUCTION

AirLive WL-5450AP/WL-5460AP is an IEEE802.11b/g compliant 11 Mbps & 54 Mbps Ethernet Wireless Access Point. The Wireless Access Point is equipped with two 10/100 M Auto-sensing Ethernet ports for connecting to LAN and also for cascading to next Wireless Access Point. AirLive WL-5450AP/WL-5460AP provides 64/128bit WEP encryption, WPA and IEEE802.1x which ensures a high level of security to protect users data and privacy. security is therefore double assured. The web-based management utility is provided for easy configuration that your wireless network connection is ensured to be always solid and hassle free. The MAC Address filter prevents the unauthorized MAC Addresses from accessing your Wireless LAN. Your network

Features

1. 2. 3. 4. 5. 6. 7. 8. 9. 10. 11. 12. 13. Two LAN ports for Wireless AP cascade. Support WPA. Support AP client mode. Support WDS for bridge mode. Support data rate automatic fallback. Automatic channel selection. Client access control. Support 802.1x/Radius client with EAP-TLS, TKIP, AES encryption. Support IAPP. Adjustable Tx power, Tx rate, and SSID broadcast. Allow WEP 64/128 bit. Web interface management. Support System event log and statistics. MAC filtering (For wireless only).

Application

Example 1

Example 2

Parts Names and Functions
1. Front Panel: (LED Indicators)
LED Indicator Power Status Color Green Red Solid

Status Flashing N/A.

Turns solid green when power is applied to this device. Turns solid red when the device is booting, after boot successfully, the light turn off.

3~6 Wireless

Link/Act.
Turns solid green when connected Receiving/ and associated to at least a client Sending data station.
WEP/WPA MAC Ctrl Bridge / Repeater LAN 1 LAN 2

Orange Orange Orange

Turns solid orange when wireless N/A security is enabled. Turns solid orange when MAC Control is enabled. Turn solid orange when Bridge or N/A Repeater is enabled. Turns solid green when linked to a Receiving/ local network. Sending data N/A

Table 1: LED Indicators

2. Rear Panel: Connection Ports
Port/button A B C D 12V DC LAN1 LAN2 (Factory) RESET
Functions Connects the power adapter plug Connects to Ethernet Connects to Ethernet Press over 3 seconds to reboot this device. Press for over 10 seconds to restore factory settings. Performing the Factory Reset will erase all previously entered device settings.
Table 2: Connection Ports

Factory Default Settings

Setting Device Name WL-5460AP Wireless Access Point
SSID Channel WEP IP Address
Default value: airlive 11 Default value: Disabled 192.168.100. 252

HARDWARE CONNECTION

Note: Before you starting hardware connection, you are advised to find an appropriate location to place the Access Point. Usually, the best place for the Access Point is at the center of your wireless network, with line of straight to all your wireless stations. Also, remember to adjust the antenna; usually the higher the antenna is placed, the better will be the performance.
1. Connect to your local area network: connect a Ethernet cable to one of the Ethernet port (LAN1 or LAN2) of this Wireless Access Point, and the other end to a hub, switch, router, or another wireless access point. 2. Power on the device: connect the included AC power adapter to the Wireless Access Points power port and the other end to a wall outlet.

Check the LEDs:

The Power and LAN # LEDs should be ON. LAN# LED will even blink if there is traffic. The Link/Act LED will be on in static when associated with a station and blink whenever this AP receives data packets in the air. If the Status LED glows after self-test , it means this Wireless Access Point fails on self test. Please ask your dealer for technical support.
3. Configure your PC: Make sure your local PC(s) has wireless network adapter installed.
ABOUT THE OPERATION MODES
This device provides four operational applications with Access Point, Bridge, Client (Ad-hoc) and Client (Infrastructure) modes, which are mutually exclusive. This device is shipped with configuration that is functional right out of the box. If you want to change the settings in order to perform more advanced configuration or even change the mode of operation, you can use the web-based utility provided by the manufacturer as described in the following sections.

Access Point Mode

When acting as an access point, this device connects all the stations (PC/notebook with wireless network adapter) to a wired network. All stations can have the Internet access if only the Access Point has the Internet connection. See the sample application below. To set the operation mode to Access Point, please go to Wireless Basic Settings, in the Mode field click the down arrow to select AP mode.

WDS Repeater Mode

Refer to the illustration below. While acting as Bridges, AP1 (with Station 1 being associated to) and AP2 (with Station 2 being associated) can communicate with each other through wireless interface (with WDS). Thus Station 1 can communicate with Station 2 and both Station 1 and Station 2 are able to access the Internet if only AP1 or AP2 has the Internet connection. To set the operation mode to Bridge, please go to Wireless Basic Settings, in the Mode field click the down arrow to select AP mode. And go to Wireless WDS Settings to enable WDS. Note: To act as Bridge, both AP1 and AP2 must have WDS enabled and add each other as its WDS Access Point. (e.g. Add AP2s MAC address to AP1s WDS AP List and vice versa)
Client Mode (Infrastructure)
If set to Client (Infrastructure) mode, this device can work like a wireless station when its connected to a computer so that the computer can send packets from wired end to wireless interface.

Refer to the illustration below. This station (AP1 plus the connected computer 1) can associate to another Access Point (AP2), and then can have the Internet access if the other Access Point (AP2) has the Internet connection.
To set the operation mode to Client (Infrastructure), please go to Wireless Basic Settings, in the Mode field click the down arrow to select Client mode, and then select Network Type as Infrastructure.

Client Mode (Ad-hoc)

If set to the Client (Ad-hoc) mode, this device can work like a wireless station when it is connected to a computer so that the computer can send packets from wired end to wireless interface. You can share files and printers between wireless stations (PC and laptop with wireless network adapter installed). See the sample application below. To set the operation mode to Client (Ad-hoc), please go to Wireless Basic Settings, in the Mode field click the down arrow to select Client mode, and then select Network Type as Ad-hoc.

WDS Bridge Mode

The WDS (Wireless Distributed System) function let this access point acts as a wireless LAN access point and repeater at the same time. Users can use this feature to build up a large wireless network in a large space like airports, hotels and schools etc. This feature is also useful when users want to bridge networks between buildings where it is impossible to deploy network cable connections between these buildings.

CONFIGURATION

1. 2. 3. Start your computer. Connect an Ethernet cable between your computer and the Wireless Access Point. Make sure your wired station is set to the same subnet as the Wireless Access Point, i.e. 192.168.100.252 Start your WEB browser. In the Address box, enter the following: HTTP://192.168.100.252
The configuration menu is divided into four categories: Status, Wireless, TCP/IP, and Other settings. Click on the desired setup item to expand the page in the main navigation page. The setup pages covered in this utility are described below.

Status

In this screen, you can see the current settings and status of this Access Point. You can change settings by selecting specific tab described in below.

System

System Uptime The time period since the device was up. Firmware Version The current version of the firmware installed in this device. Wireless Configuration Wireless Mode There are four modes supported, Access Point, Client (Ad-hoc and Infrastructure), WDS Bridge and WDS repeater. The default mode is Access Point. If you want to change to bridge mode, please go to Wireless/WDS Setting to enable the WDS function. SSID The SSID differentiates one WLAN from another; therefore, all access points and all devices attempting to connect to a specific WLAN must use the same SSID. It is case-sensitive and must not exceed 32 characters. A device will not be permitted to join the BSS unless it can provide the

unique SSID. An SSID is also referred to as a network name because essentially it is a name that identifies a wireless network. Channel Number The number of channels supported depends on the region of this Access Point. All stations communicating with the Access Point must use the same channel. Encryption WEP Encryption (Wired Equivalent Privacy) is set to Disabled by default. When WEP is enabled, data packet is encrypted before being transmitted. The WEP prevents data packets from being eavesdropped by unrelated people. By using WEP data encryption, there may be a significant degradation of the data throughput on the wireless link. Associated Clients Displays the total number of clients associated to this AP. You can have up to 64 clients to associate to this Access Point. BSSID BSSID displays the ID of current BSS, which uniquely identifies each BSS. In AP mode, this value is the MAC address of this Access Point. TCP/IP Configuration IP Protocol br0 IP Address br0 Subnet Mask br0 Gateway br0 MAC Address The MAC Address for this Access Point Display the method to get the IP of this AP, which could be obtained by Fixed-IP or DHCP-client. Current IP address for this Access Point Current Subnet mask for this Access Point
Default Default Gateway for this Access Point

System Log

This page display log events with time when events happened, log events types, log sources and the description for events themselves. System manager can use the system log to trace when problems occur.

Statistics

The Statistics table shows the packets sent/received over wireless and ethernet LAN respectively.

Wireless

Basic Settings
This page includes all primary and major parameters. device to reboot for the new settings to take effect. Any parameter change will cause the
Disable Wireless LAN Check the box to disable the Wireless LAN Interface, by so doing, Interface you wont be able to make wireless connection with this Access Point in the network you are located. In other words, this device will not be visible by any wireless station. Band You can choose one mode of the following you need. 2.4GHz (B): 802.11b supported rate only. 2.4GHz (G): 802.11g supported rate only. 2.4GHz (B+G): 802.11b supported rate and 802.11g supported rate. The default is 2.4GHz (B+G) mode. Mode This Wireless Access Point can support four modes AP, Client, Bridge and Repeater. information) Network Type When in Client mode, you can select between Ad-Hoc and Infrastructure.

(Refer to page 7-11 for detailed
The SSID differentiates one WLAN from another; therefore, all access points and all devices attempting to connect to a specific WLAN must use the same SSID. It is case-sensitive and must not exceed 32 characters. A device will not be permitted to join the BSS unless it can provide the unique SSID. An SSID is also referred to as a network name because essentially it is a name that identifies a wireless network.
Region Domain Channel Number
The APs domain determines the channel number. Allow user to set the channel manually or automatically. If set channel manually, just select the channel you want to specify. If Auto is selected, user can set the channel range to have Wireless Access Point automatically survey and choose the channel with best situation for communication. The number of channels supported depends on the region of this Access Point. All stations communicating with the Access Point must use the same channel.

Enable

Clone If your ISP restricts service to PCs only, use the MAC Clone feature to copy a PC Media Access Control (MAC) address to your router. This procedure will cause the router to appear as a single PC, while allowing online access to multiple computers on your network.

(Single Ethernet Client)

Apply Changes Reset
Press to save the new settings on the screen. Press to discard the data you have entered since last time you press Apply Change.

Advanced Settings

It is not recommended that settings in this page to be changed unless advanced users want to change to meet their wireless environment for optimal performance

Authentication Type

To provide a certain level of security, the IEEE 802.11 standard has defined two types of authentication methods, Open System and Shared Key. With Open System authentication, a wireless PC can join any network and receive any messages that are not encrypted. With Shared Key authentication, only those PCs that possess the correct authentication key can join the network. By default, IEEE 802.11 wireless devices operate in an Open System network. Wired Equivalent Privacy (WEP) data encryption is used when the wireless devices are configured to operate in Shared Key authentication mode. If the Access Point is using Open System, then the wireless adapter will need to be set to the same authentication mode. Shared Key is used when both the sender and the recipient share a secret key. Select Auto for the network adapter to select the Authentication mode automatically depending on the Access Point Authentication

mode. Fragment Threshold Fragmentation mechanism is used for improving the efficiency when high traffic flows along in the wireless network. If your 802.11g Wireless LAN PC Card often transmit large files in wireless network, you can enter new Fragment Threshold value to split the packet. The value can be set from 256 to 2346. The default value is 2346. RTS Threshold RTS Threshold is a mechanism implemented to prevent the Hidden Node problem. Hidden Node is a situation in which two stations are within range of the same Access Point, but are not within range of each other. Therefore, they are hidden nodes for each other. When a station starts data transmission with the Access Point, it might not notice that the other station is already using the wireless medium. When these two stations send data at the same time, they might collide when arriving simultaneously at the Access Point. The collision will most certainly result in a loss of messages for both stations. Thus, the RTS Threshold mechanism provides a solution to prevent data collisions. When you enable RTS Threshold on a suspect hidden station, this station and its Access Point will use a Request to Send (RTS). The station will send an RTS to the Access Point, informing that it is going to transmit the data. Upon receipt, the Access Point will respond with a CTS message to all station within its range to notify all other stations to defer transmission. It will also confirm the requestor station that the Access Point has reserved it for the time-frame of the requested transmission. If the Hidden Node problem is an issue, please specify the packet size. The RTS mechanism will be activated if the data size exceeds the value you set. The default value is 2347. Warning: Enabling RTS Threshold will cause redundant network overhead that could negatively affect the throughput performance instead of providing a remedy.
This value should remain at its default setting of 2347. Should you
encounter inconsistent data flow, only minor modifications of this value are recommended.

Beacon Interval

Beacon Interval is the amount of time between beacon transmissions.
Before a station enters power save mode, the station needs the beacon interval to know when to wake up to receive the beacon (and learn whether there are buffered frames at the access point). Data Rate By default, the unit adaptively selects the highest possible rate for transmission. Select the basic rates to be used among the following options: Auto, 1, 2, 5.5, 11or 54 Mbps. For most networks the default setting is Auto which is the best choice. When Auto is enabled the transmission rate will select the optimal rate. If obstacles or interference are present, the system will automatically fall back to a lower rate. Preamble Type A preamble is a signal used in wireless environment to synchronize the transmitting timing including Synchronization and Start frame delimiter. In a "noisy" network environment, the Preamble Type should be set to Long Preamble. The Short Preamble is intended for applications where minimum overhead and maximum performance is desired. If in a "noisy" network environment, the performance will be decreased. Broadcast SSID IAPP Select enabled to allow all the wireless stations to detect the SSID of this Access Point. IAPP (Inter Access Point Protocol) is designed for the enforcement of unique association throughout a ESS (Extended Service Set) and a secure exchange of stations security context between current access point (AP) and new AP during handoff period. 802.11g Protection

The 802.11g standard includes a protection mechanism to ensure mixed 802.11b and 802.11g operation. If there is no such kind of mechanism exists, the two kinds of standards may mutually interfere and decrease networks performance.

Apply Change Reset

Security
Here you can configure the security of your wireless network. Selecting different method will enable you to have different level of security. Please note that by using any encryption, by which data packet is encrypted before transmission to prevent data packets from being eavesdropped by unrelated people, there may be a significant degradation of the data throughput on the wireless link. Encryption: None (Encryption is set to None by default.) If Use 802.1x Authentication is selected, the RADIUS Server will proceed to check the 802.1x Authentication.
Encryption: WEP If WEP is selected, users will have to Set WEP keys either manually, or select to Use 802.1x Authentication to make the RADIUS server to issue the WEP key dynamically.

Set WEP key

Click the Set WEP Keys will prompt you a window to set 64bit or 128bit Encryption. Select HEX if you are using hexadecimal numbers (0-9, or A-F). Select ASCII if you are using ASCII characters (case-sensitive). Ten hexadecimal digits or five ASCII characters characters are needed if 128-bit WEP is used. are needed if
64-bit WEP is used; 26 hexadecimal digits or 13 ASCII
Encryption: WPA (TKIP) WPA (TKIP): If WPA is selected, users will have to select the Authentication modes between Enterprise (RADIUS) and Personal (Pre-shared Key).

Pre-shared Key

Pre-Shared-Key serves as a password. Users may key in a 8 to 63 characters string to set the password or leave it blank, in which the 802.1x Authentication will be activated. Make sure the same password is used on client's end. There are two formats for choice to set the Pre-shared key, i.e. Passphrase and Hex. If Hex is selected, users will have to enter a 64 characters string. For easier configuration, the Passphrase (at least 8 characters) format is recommended.
Group Key Life Time Enter the number of seconds that will elapse before the group key
change automatically. The default is 86400 seconds. Enable Pre-Authentication The two most important features beyond WPA to become standardized through 802.11i/WPA2 are: pre-authentication, which enables secure fast roaming without noticeable signal latency. Preauthentication provides a way to establish a PMK security association before a client associates. The advantage is that the client reduces the time that it's disconnected to the network. Authentication RADIUS Server Port: Enter the RADIUS Servers port number provided by your ISP. The default is 1812. IP Address: Enter the RADIUS Servers IP Address provided by your ISP. Password: Enter the password that the AP shares with the RADIUS Server. Apply Change Reset Press to save the new settings on the screen. Press to discard the data you have entered since last time you press Apply Change.

Access Control

When Enable Wireless Access Control is checked, only those clients whose wireless MAC addresses listed in the access control list can access this Access Point. If the list contains no entries with this function being enabled, then no clients will be able to access this Access Point.
Access Select the Access Control Mode from the pull-down menu. Disable: Select to disable Wireless Access Control Mode. Allow Listed: Only the stations shown in the table can associate with the AP. Deny Listed: Stations shown in the table wont be able to associate with the AP.

Control Mode

MAC Address Comment Apply Changes Reset Delete Selected
Enter the MAC Address of a station that is allowed to access this Access Point. You may enter up to 20 characters as a remark to the previous MAC Address. Press to save the new settings on the screen. Press to discard the data you have entered since last time you press Apply Change. To delete clients from access to this Access Point, you may firstly check the Select checkbox next to the MAC address and Comments, and press Delete Selected.

Delete All Reset

To delete all the clients from access to this Access Point, just press Delete All without selecting the checkbox. If you have made any selection, press Reset will clear all the select mark.

Site Survey

Site survey displays all the active Access Points and IBSS in the neighborhood. When you are in the client mode, you can select one AP to associate. Press Refresh to get the latest information.

WDS Setting

To enable WDS function will let this AP enter Bridge Mode. Two APs in bridge modes can communicate with each other through wireless interface. That is, two stations associated to different AP in bridge mode can communicate with each other.

Enable WDS

Check the checkbox to enable WDS, all of the WDS settings in this screen can be enabled only when WDS or AP+WDS is selected in Wireless Basic Settings screen (See page 19).

Add WDS AP

MAC Address: Enter the MAC Address for the Access Point to establish WDS Comment: You may enter up to 20 characters as a remark to the previous MAC Address.
Apply Changes Reset Set Security
Press to save the new settings on the screen. Press to discard the data you have entered since last time you press Apply Change. Click to set the WDS security, please refer to the previous Wireless Security Setup section (Page 27).

Show Statistics

detailed

information

Current WDS AP List Delete Selected Delete All Reset
The added Access Points for participating WDS with this Access Point are shown. You can delete the WDS Access Points listed above by marking the checkbox. You can delete all of the WDS Access Points listed above. Press to discard the data you have entered since last time you press Apply Change.

TCP/IP

In this page, you can change the TCP/IP settings of this Access Point, select to enable/disable the DHCP Client, 802.1d Spanning Tree, and Clone MAC Address.

IP Address

This field can be modified only when DHCP Client is disabled. If your system manager assigned you static IP settings, then you will have to enter the information provided.
Subnet Mask Default Gateway DHCP
Enter the information provided by your system manager. Enter the information provided by your system manager. Select Disable, Client or Server from the pull-down menu. Disable: Select to disable DHCP server function. Client: Select to automatically get the LAN port IP address from ISP (For ADSL/Cable Modem). Server: Select to enable DHCP server function.

DHCP Range

Client

WL-5060AP

addresses

continuing

192.168.100.1
192.168.100.253 Click to show Active DHCP Client table.

Show Client

DNS Server 802.1d Spanning Tree
Enter the Domain Name Service IP address. To enable 802.1d Spanning Tree will prevent the network from infinite loops. Infinite loop will happen in the network when WDS is enabled and there are multiple active paths between stations.

Clone Address

You can specify the MAC address of your Access Point to replace the factory setting. Press to save the new settings on the screen. Press to discard the data you have entered since last time you press Apply Change.

Upgrade Firmware

1. Download the latest firmware from your distributor and save the file on the hard drive. 2. Start the browser, open the configuration page, click on Other, and click Upgrade Firmware to enter the Upgrade Firmware window. Enter the new firmwares path and file name (i.e. C:\FIRMWARE\firmware.bin). Or, click the Browse button, find and open the firmware file (the browser will display to correct file path). 3. Click Reset to clear all the settings on this page. Or click Upload to start the upgrade.

Save/Reload Settings

This function enables users to save the current configurations as a file (i.e. config.dat) To load configuration from a file, enter the file name or click Browse to find the file from your computer.
Save Settings to File: Click SAVE.
to save the current configuration to file.

When prompted the upper left screen, select Save this file to disk, and the upper right screen will prompt you a dialog box to enter the file name and the file location. Load Settings From File: Click Browse if you want to load a pre-saved file, enter the file name with the correct path and then click on Upload. Or click Browse to select the file.
Reset: Click to restore the default configuration.

Password

For secure reason, it is recommended that you set the account to access the web server of this Access Point. Leaving the user name and password blank will disable the protection. The login screen prompts immediately once you finish setting the account and password. Remember your user name and password for you will be asked to enter them every time you access the web server of this Access Point.

User Name

Enter your new user name to access the web server. User name can be up to 30 characters long. User name can contain letter, number and space. It is case sensitive.
New Password Confirm Password Apply Change Reset
Set your new password. Password can be up to 30 characters long. Password can contain letter, number and space. It is case sensitive. Re-enter the new password for confirmation. Press to save the new settings on the screen. Press to discard the data you have entered since last time you press Apply Change.

Traffic Control QoS Guide
AirLive WL-5460AP/ WL-5470AP E11 Firmware
What is Traffic Control QoS?
Traffic Control is a great tool to control the bandwidth of the WISP subscribers. Therefore, WISP operators can offer different class of connection speeds for different subscription - just like the ADSL service! AirLive advance firmware can control the bandwidth by Interface or IP/MAC.

fees The

What type of Traffic Bandwidth Control does the E11 firmware offer?
The E11 firmwares Traffic Bandwidth limits the Maximum Data Rate. of Traffic Control it offers. Interface Control The interface QoS controls the data rate at the WLAN and LAN interfaces. Therefore, all traffics are controlled the same way. This type of traffic control is suitable when AP is used as a Client AP in Client Mode and WISP mode. So WISP can control the maximum data rate There are 2 types
Individual IP/MAC Control The AP can set the maximum data rate for each IP or MAC addresses. This type of traffic control is most suitable for outdoor AP in AP or Gateway mode.

What is the Output Rate?

The Output Rate is the data speed out of an interface. supported by the AP 1. 2. 3. There are 3 types Output Rate
LAN Output Rate: This is the speed of the traffic out of the LAN port. In gateway mode, the LAN Output Rate includes both the wired LAN and WLAN interface. WLAN Output Rate: This is the speed of the traffic out of the Wireless LAN WAN Output Rate: This is the speed of the traffic out of the WAN port. mode, the WAN Output Rate also includes the WLAN interface. In WISP
The APs Web UI will tell you which types of output rate it supports, it differs in each wireless mode.
In the following example: The AP is in Gateway Mode The WAN Output Rate is 128K The LAN/WLAN Output Rate is 1024K In this setup, the notebook users get an upstream bandwidth of 128K and downstream bandwidth of 1024K.
Configure the Traffic Control QoS
From the Mode Setting page, please choose the Traffic Control(QoS) on the bottom of the list.
Once you click on the setup button, a new window will pop-up with the Traffic Control settings. They are divided into A, B, C, D section for further explanations.
This section is the Interface Control session. You must disable the interface Traffic Control if you want to use the IP/MAC Traffic Control This section is for defining the Policy of Individual IP/MAC Traffic Control. Once a policy is defined, it can be chosen as template in IP/MAC Traffic Control Settings
This section is to configure the bandwidth by IP address. You can control more than one IP address.
This section is to configure the bandwidth by MAC address. You can control more than one MAC address.
Interface Control Settings:
In the Interface Control Settings, the AP only controls the total bandwidth limit of an interface. For example, if you want to limit the output data rate of the LAN to 512K and the output data rate of WLAN to 1024K. You should perform the following steps: 1. Enable the Interface Traffic Control 2. Enter 512 in the LAN Output Rate 3. Enter 1024 in the WLAN Output Rate 4. Click on Save 5. Reboot the AP. B. Define Policy A policy is a set of bandwidth rules that can be used as a template. to provide 2 kinds of bandwidth speed to the users: VIP Subscriber: LAN Out Rate: 512 Kbps WLAN Out Rate: 1024 Kbps Regular Subscriber: LAN Out Rate: 64 Kbps WLAN Out Rate: 512 Kbps

For example, if you want

You can configure the bandwidth rule as policies VIP and Regular.
Please follow the step below to create a new policy VIP 1. Enter VIP for the PolicyName 2. Enter 512 for the LAN Out Rate 3. Enter 1024 for the WLAN Out Rate 4. Enter VIP Subscriber for the Comment 5. Click on Save button 6. Now the VIP policy will show up in the Current Policy Table Once finished, the administrator will be able to choose the policy VIP for their IP/MAC Traffic Control. C. Bandwith Control by IP address You can set the maximum bandwidth of a PC or a subscriber by using the IP Control. Please follow the procedure below to setup IP Traffic Control 1. Please make sure the Interface Traffic Control is disabled 2. Before you start, please check the following area to see which client IPs are supported. It differs between each mode.
Please check this part to find out what IP addresses are supported. It varies between each mode

5. 6. 7.

Enable the IP Control If you have defined a Policy already, please choose a Policy name. The Out Rates will be automatically pasted from the Policy template. You cannot change the Out Rates if you have chosen a Policy If you want to define new Data Rate, please do not choose any policies. Then you can enter the values in the LAN, WLAN, or WAN Out Rates. Press Save to save settings Reboot your AP.
* If you want to control the traffic flow between the IPs in the same interface, please make sure both IPs are configured for the IP Traffic Control.

D. Bandwith Control by MAC address You can set the maximum bandwidth of a PC or a subscriber by using the MAC Control. Please follow the procedure below to setup MAC Traffic Control 1. Please make sure the Interface Traffic Control is disabled 2. Before you start, please check the following area to see which client MACs are supported. It differs between each mode. 3. Enable the MAC Control
If you have defined a Policy already, please choose a Policy name. The Out Rates will be automatically pasted from the Policy template. You cannot change the Out Rates if you have chosen a Policy If you want to define new Data Rate, please do not choose any policies. Then you can enter the values in the LAN, WLAN, or WAN Out Rates. Press Save to save settings Reboot your AP.
* If you want to control the traffic flow between MAC addresses in the same interface, please make sure both MAC addresses are configured for the MAC Traffic Control.

Application Example

Example1: AP Mode Traffic Control
In this example, the AP is installed outdoor to provide Internet service. There are 2 different type of Internet service offered by the WISP: VIP Service: Upstream Data Rate: 512 Kbps Downstream Data Rate: 1024 Kbps Regular Service: Upstream Data Rate: 64 Kbps Downstream Data Rate: 512 Kbp The Subscribers information is as followed: Subscriber A VIP Service MAC Address of the PC or Wireless Client: 00:04:6F:11:11:11 Subscriber B Regular Service MAC Address of the PC or Wireless Client: 00:04:6A:88:88:88
Step-by-Step Configuration
1. 2. Please disable the Interface Traffic Control On the Policy, please add the VIP and Regular policies as shown on the graph below
Please enable the MAC Control Please fill in the 2 entries as shown on the graphic below

Reboot the AP

Example2: Client Mode Traffic Control In the following example, the AP is used as the wireless client to the WISP Service. The Service provider need to restrict the bandwidth of the AP to 1024K Downstream and 128K Upstream.

1. 2. 3. 4. 5.

Please enable the Interface Traffic Control Enter 1024 in the LAN Output Rate field Enter 128 in the WLAN Output Rate field Press Save Reboot the AP