It will connect to a primary router in AP mode (DD-WRT default) with DHCP Server enabled. This mode is for a wireless bridge, where the SSID is repeated and the second router's ethernet ports provide wired connections to the main router, as if plugged into the main router.įor a secondary router running DD-WRT, the wireless mode must be configured as Repeater Bridge. The driver will usually crash in these modes. While it can sometimes work without encryption, there is no guarantee nor official support. This makes it impossible to implement fake bridge modes, and is not fixable. AC5300 routers) cannot support RB (nor Station Bridge) modes since the driver is controlled by wireless firmware internal to the chipset.

Repeater Bridge with WPA2-AES is broken for k2.6 builds after 25974, though some models might work through 26125.

Read and understand the Firmware FAQ and (especially for MIPS) Peacock announcement before doing anything else.

You do not need DD-WRT on the primary router for this to work, however, your primary router must be able to support encryption that works with DD-WRT (use WPA2-AES, not TKIP). This is a simple step-by-step guide to connect a router running current (2017) firmware in Repeater Bridge (RB) Mode. Once you understand how to set up a Station bridge and have it working, then proceed to setting up Repeater Bridge Station Bridge mode is simpler, but most of the settings are the same. Note: If you are unsure of what you are doing, it is advisable to practice by setting up the router first in Station Bridge mode and get it working correctly. For example, the 2.4GHz radio can a CB while the 5GHz is an AP, or vice versa. The other radio(s) would normally be set as AP. If using a multi-band router, do not set more than one band to RB. Primary router is configured in a 192.168.1.X subnet and leases DHCP address in the same pool. In the case in which we are interested, a secondary router running DD-WRT v24 is configured as a Repeater Bridge between a Primary wireless router (of any make/brand/FW) allowing the above configuration. You can still use this mode if you only need to bridge wired clients the extra wireless repeater capability comes along for free however, you are not required to use it. Repeater Bridge allows wireless AND wired clients to connect to a the Repeater Bridge router, and through that device wireless to a primary router.

Wireless clients cannot connect to your secondary router configured as a standard bridge. The limitation with standard bridging is that it only allows wired clients to connect to your secondary router. Of course, you can still connect clients to your main router using either a cable connection or a wireless connection. Secondary clients share the bandwidth of a wireless connection back to your main router. Difference between Station Bridge and Repeater BridgeĪ standard wireless bridge (Station Bridge) connects wired clients to a secondary router as if they were connected to your main router with a cable. Use a wireless bridge to transparently connect computers in one room to computers in a different room when you cannot-or don't want to-run an Ethernet cable between the two rooms. DHCP clients in one segment can get their addresses from a DHCP server in the other segment.

Since the computers are on the same subnet, broadcasts reach all machines.

The two segments are in the same subnet and look like two Ethernet switches connected by a cable to all computers on the subnet. 7.2 The 'half bandwidth' misunderstandingĪ wireless bridge connects two LAN segments with a wireless link.2 Difference between Station Bridge and Repeater Bridge.

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