- DD WRT CHANGE ROUTER MAC ADDRESS UPGRADE
- DD WRT CHANGE ROUTER MAC ADDRESS FULL
- DD WRT CHANGE ROUTER MAC ADDRESS CODE
If you're setting up one of these in a business or residence, it's handy to have them in the box and not need to put them together by hand.Ĭlient isolation. Many DD-WRT functions are designed for using the router as a public-access hotspot. It's a service to allow network tunneling for game consoles - mainly Microsoft's Xbox - so that they can connect to the XLink Kai gaming network. You should use it only if your router and your other network hardware support it, or you'll actually see a net loss in performance. A speed-enhancement system supported by some wireless network devices based on the Broadcom chip set. These include Dnsmasq, a local DNS server that speeds up host-name lookups, and support for dynamic DNS providers like TZO, No-IP, and DynDNS.Īfterburner. UPnP media streaming is also included as a standard item on just about every DD-WRT build.ĭNS controls. Most routers have some basic QoS management, but some of the DD-WRT builds (mainly the commercially available version) can give you more sophisticated QoS settings, allowing you to specify such items as maximum bandwidth per netmask or MAC address. DD-WRT has native IPv6 functionality, as well as the 6to4 address-translation system. With the world rapidly running out of IPv4 address space, it's nice to know your router can speak IPv6 natively if it has to. You can edit the firewall through DD-WRT's own Web-based interface or use a tool like Firewall Builder to do most of the heavy lifting for you. Every router these days comes with a firewall, but the one included with DD-WRT is based on the iptables firewall in Linux and, thus, is extremely powerful and configurable.
DD WRT CHANGE ROUTER MAC ADDRESS FULL
The only thing worse than no protection at all is a false sense of security, so I like the idea of using something that has at least a modicum of third-party oversight.Ī full list of the features in DD-WRT would spill over to pages on end, but here's a rundown of the most significant stuff you'll likely use:įirewall. This is dismaying, given the number of security flaws that have been found in consumer-level routers, not all of which are due to user misconfiguration. In the past I've bought a router, upgraded it faithfully as new revisions to the router firmware come out, then ground my teeth in disgust when I discover, 18 months to two years later, it's suddenly no longer supported.
DD WRT CHANGE ROUTER MAC ADDRESS UPGRADE
I can go out and buy a router that runs DD-WRT out of the box - such as the Buffalo router I currently use - and either upgrade it at my leisure to other builds of DD-WRT or rely on Buffalo's own official (albeit proprietary) builds. It's therefore best to say that while DD-WRT has its roots in open source, it has a more commercial flavor than some of the projects in the same vein, such as the Tomato firmware or OpenWRT.įor me, the single biggest reason to go with DD-WRT is the balance it strikes between convenience and openness. Consequently, while DD-WRT has been released under the terms of the GPL, there are commercial builds of the firmware that incorporate much non-GPL code. The project was successful enough that DD-WRT has itself become the basis for other firmware created by router manufacturers themselves. Eventually this work was turned into a commercial offering, which encouraged the folks at to launch their own branch of the project. Another company, Sveasoft, picked up on the results and created its own third-party firmware (aka Alchemy).
DD WRT CHANGE ROUTER MAC ADDRESS CODE
The company was eventually obliged to release the source code for those routers under the terms of the GPL. In 2002, Linksys started releasing a variety of router, the WRT54G line, that used Linux as an embedded system. Hundreds of routers can run DD-WRT firmware, including nearly 100 Linksys models alone.ĭD-WRT has a slightly convoluted history.
One variant, DD-WRT has become a common out-of-the-box option for many routers, but also exists in stand-alone implementations that can be placed on routers that support it. Network routers are among the main beneficiaries of this trend, especially those that can support a variety of third-party open source firmware projects.
With each passing year, hardware devices grow less dependent on proprietary components and more reliant on open source technologies.
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