Step 1. Open a browser on your PC and connect to the DD-WRT router – its default address is. If your client PC is configured to receive an IP automatically, it should be assigned an address by the router. Be sure to disable any wireless adapter on your PC for now, and plug the Ethernet cable into one of the LAN (not WAN) ports on your DD-WRT router.Īssuming your DD-WRT is set to factory defaults, its IP address is 192.168.1.1. You will need to access the administration interface of the DD-WRT router you’re setting up as the repeater. Alternatively, you can scan for available APs from within the router’s administration interface as well.
Users of earlier betas reported a number of problems, but these seem to be smoothed out with the latest releases (the V24 1/15/07 release, as I write this).Īlso make note of the SSID of the host AP you want to repeat. Note that because DD-WRT V24 is still a beta, your mileage may vary when it comes to repeating a secured host router. Later, you’ll need to use these to set up your repeater. If using WPA or WPA2, note your passphrase. If you are using WEP, note your passphrase and key length (64-bit, 128-bit, etc.). Take note of any wireless security currently enabled on your host router. If you are currently running a DD-WRT setup, take a moment to back up its settings before flashing to V24 ( Administration/Backup), in case you later decide to revert to your original configuration.
Pia on dd wrt v24 upgrade#
To set up a wireless repeater yourself, you’ll first need to upgrade your DD-WRT compatible router to the latest V24 beta. For some LAN configurations this is an undesirable problem, and you’ll have to consider WDS or a wireless bridge scenario as alternate solutions, each with their own limitations. While clients on both subnets will be able to access the Internet (assuming the host AP has Internet access), clients on the two subnets cannot see each other. This means that, as noted earlier, clients connected to your DD-WRT repeater must be inside their own subnet, preventing them from seeing clients connected to the host AP.įor example, if your host AP assigns clients to the 192.168.0.x subnet, your wireless repeater will have to assign its clients to another non-overlapping private subnet, such as 10.0.0.x. This also means you may run into problems with the limitations of wireless repeater mode, and there are some.Īt the time of this writing, wireless repeater mode does not yet function in bridged mode.
Wireless repeater mode also groups your local clients into their own subnet – a potential feature (for privacy) or a potential hassle (for LAN routing), depending on your needs.īecause wireless repeater mode is a new feature, and technically still in beta, using it puts you on the leading edge of DD-WRT technology. In a test case, I successfully repeated a host AP with a signal strength of only 9% as seen by the DD-WRT router – so low that the host AP wasn’t detected at all by a laptop’s integrated wireless. Unlike a WDS, your DD-WRT router can now receive and redistribute a wireless signal from a generic AP.Typically, you would use wireless repeater mode to rebroadcast a signal too weak for your wireless clients to pick up reliably – assuming that your DD-WRT router can pick up the host AP, of course. Thanks to the new V24 beta firmware, a single DD-WRT router can be set up as a wireless repeater. In the real world, you might own only one router which can run DD-WRT. For the most reliable results, each router should be the same model running the same firmware. At a minimum, each router in the network must support WDS.
Pia on dd wrt v24 how to#
In fact, we earlier demonstrated precisely how to do it our second DD-WRT tutorial. Setting up a WDS is a perfectly respectable thing to do. But those days are gone – and by “those days,” I mean 2006. In the old days, when you wanted to extend the range of a wireless access point, you had to set up a WDS, or wireless distribution system, coordinating two or more WDS-capable routers.
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