These are the uci values that were added or changed by the configuration procedure.įor SSID, BSSID, and encryption you must use the info you got from the Wi-Fi scan above.įor an explanation of why these values were changed, please read the luci tutorial above. The device was configured to connect to the one called Violetta. In the example, there are two networks, a Wi-Fi g one called Violetta and a Wi-Fi n one called GOinternet_EB20FB. * primary channel: 10 * secondary channel offset: below HT RX MCS rate indexes supported: 0- 15, 32 Minimum RX AMPDU time spacing: 4 usec (0x05 ) Maximum RX AMPDU length 65535 bytes (exponent: 0x003 ) * Capabilities: 1-PTKSA-RC 1-GTKSA-RC (0x0000 ) Information elements from Probe Response frame: Iw dev wlan0 scan output example: # iw dev wlan0 scanīSS c8:d5:fe:c8: 61:b0 (on wlan0 ) - associated Now we can list networks in range using iw dev wlan0 scan, substituting your actual wireless interface for wlan0 if different ( ifconfig lists all available interfaces to find how your wlan is called) 192.168.2.10 for our example) to connect and be able to use LuCI GUI or SSH.
AIRBRIDGE ROUTER PC
If the relayd device becomes unreachable, you will have to configure a PC with a static address in the same subnet as the LAN interface (eg.
The LAN interface subnet will be used only as a “management” interface, as devices connecting to the Wi-Fi repeater will be on the main network's subnet instead. Since both ethernet ports and Access Point Wi-Fi network are on the same LAN interface, all clients connecting to the Ethernet ports and to the Access Point Wi-Fi network of the Wi-Fi extender device will be routed by relayd and will be connected to your main network. LAN interface of the relayd device MUST be on a different subnet for relayd to work (since it is routing traffic, it expects 2 different subnets). This configuration can be done through SSH (remote terminal) or through Luci GUI. When other options don't work, the relayd package implements a bridge-like behavior for IPv4 (only), complete with DHCP and broadcast relaying. Broadcast traffic, such as DHCP and link-local discovery like mDNS are generally not routable. When this occurs, one approach is to route the traffic between LAN and the upstream wireless system.
AIRBRIDGE ROUTER DRIVERS
In some cases, the wireless drivers used in OpenWrt do not support “Layer 2” bridging in client mode with a specific “upstream” wireless system.
AIRBRIDGE ROUTER HOW TO
In this article you will see how to configure your device to become a Wi-Fi extender/repeater/bridge. Instead of relayd it should be possible to use kmod-trelay, the only information about using it can be seen in its source code, if you used it successfully please add a section for it in this article. Currently it seems to be the hardware/SOC limitation (related to MAC cloning?) The most common problem is that the client router cannot pass the DHCP message between the main router and the client connected to the client router. Using relayd as instructed in this article isn't guaranteed to work with all Openwrt compatible devices or wifi networks. If supported by both devices, consider using WDS, Layer 2 GRE tunnels (“gretap”), or mesh networking.
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