#WIRED CLIENT INTERFACE CONFIGURATION HOW TO#
#WIRED CLIENT INTERFACE CONFIGURATION DRIVERS#
#WIRED CLIENT INTERFACE CONFIGURATION MAC#

Open a terminal and connect to this device over SSH. Initially, you might need to use an Ethernet cable to connect directly to the repeater and configure it. To correct this problem, you will need to create a new bridge interface in the wireless access point and associate only its WLAN interface to it. Note: The new wlan.staN interface will not be bridged by default with the originating WLAN interface if that interface is not itself part of a bridge. Note: when tested on Barrier Breaker, there was no new interface created, neither on the AP nor on the STA, despite WDS working properly. For example, if you get the “wlan.sta1” network interface, the base interface is “wlan1”. This new interface must exist alongside the base “wlan N” wireless network interface. The ip address command should display a new network interface whose name is in the form of: “wlan.sta N” where N is a number. Make sure that wireless clients are able to connect to this wireless access point and access the internet as well as they did with the old network configuration. Once that is done, save the file and reboot the device to apply the new network settings. This is an example of the /etc/config/wireless file on an access point for the 2.4 GHz band: Note that there may be multiple wifi-iface sections in this file, especially if the router is a dual-band device, in which case you need to ensure that you are editing the correct section. Now, open the /etc/config/wireless configuration file and add the following line to the wifi-iface section in use by the access point for operational network functionality: The procedure to do so is described at Enabling a Wi-Fi access point on OpenWrt. Make sure that this router has already been set up as a regular wireless access point and that wireless clients can connect to it fine.

#WIRED CLIENT INTERFACE CONFIGURATION DRIVERS#

Most wireless drivers in OpenWrt support the WDS mode. This may lead to problems when using WDS between network devices from different chipset and firmware vendors, so it is advisable to use OpenWrt both on the access point and on the repeater to use a shared implementation of this technology and increase your chances to make it work fine.

#WIRED CLIENT INTERFACE CONFIGURATION HOW TO#

The IEEE 802.11-1999 standard defines WDS as a mechanism for constructing 802.11 frames using a 4-address format, however, it does not define how to implement it or how stations interact to arrange for exchanging frames of this format 1). The wireless distribution system technology ( WDS mode) is required to create a network bridge over a wireless link between the access point and the repeater device.

The upstream access point and the repeater remain accessible over the network. In other words, they will be visible to each other and, therefore, enable the use of discovery and configuration protocols such as zeroconf. The client devices connected to the upstream access point and those connected to the repeater will be on the same subnet.

#WIRED CLIENT INTERFACE CONFIGURATION MAC#

The original source MAC address of the network devices on both sides are preserved over the bridge. All broadcast packets, such as DHCP requests, are sent in both directions over the wireless bridge. The method described in this article results in a transparent bridge at layer 2 in the OSI model. This setup is useful to extend the reach of your network, such as the Wi-Fi coverage on your location. Once connected, it acts as a bridge to provide access to that main network and to the internet for any wireless and wired client devices connected to the repeater. The repeater connects wirelessly to the access point as a station or client device.

The access point is the device that connects to the main network using a wired connection and enables access to the internet. This network setup consists of a wireless access point and a wireless repeater.

Wired client interface configuration