One of the better/only decent implementations I have run across in the retail world so far is the D-Link 615SW. Look for the IPv6_Ready Gold cert emblem (found this on an encap at Fry's and nobody in the department knew what IPv6 was) on the front of the box for easy recognition although there are other modems with RevC (think Rev_B works as well) firmware that don't have the label but work as well. The major feature missing is DHCPv6 IA_PD but you won't find this on any retail router that I am aware of today. What you will find though is WAN interface config via static, stateful or stateless DHCPv6 as well as stateful and stateless PPPoEv6. It even offers a DHCPv6 server for your LAN interfaces to boot.
I am not sure if this product was built for the Japanese market and is now being released here to determine interest from the retail sector but it is useful for a trial lab or for testing at home. The major caveat of course is that all the IPv6 configs are done in Advanced Config mode and hence not designed for plug-and-play for your average home user. Jason ________________________________________ From: Jack Bates [jba...@brightok.net] Sent: Thursday, December 03, 2009 7:06 PM To: Mark Newton Cc: nanog@nanog.org Subject: Re: Consumer Grade - IPV6 Enabled Router Firewalls. Mark Newton wrote: > The fact that someone got OpenWRT working in less than a week of spare > time makes it totally clear why the commercial vendors haven't done > anything: They're just simply not interested, nothing more, nothing > less. I suspect they didn't use DHCPv6-PD with that OpenWRT. I've had issues with the dhcp client that comes with it in the past, though I've had an ubuntu box acting as a router with wide-dhcp doing -PD. It works okay, although the devs really should look at better support on the automatic address assignment model and support for PD issued from PD. Of course, I suspect there's just not enough interest in the linux dev community to bother. Finally, one of the home router firmware companies (which I believe linksys used when they didn't use linux) has had IPv6 support in their codebase for a year now. See nanog history. The manufacturers that use their code don't seem to have implemented the new IPv6 code. Jack (sick, so if it doesn't make sense, sorry)
