nanog mailing list archives
RE: IPv6 - real vs theoretical problems
From: "George Bonser" <gbonser () seven com>
Date: Tue, 11 Jan 2011 11:05:06 -0800
From: Michael Loftis Sent: Tuesday, January 11, 2011 10:46 AM To: nanog Subject: Re: IPv6 - real vs theoretical problems
Your average home user has no reason at all for anything more than a PtP to his/her gateway, and a single prefix routed to that gateway. There are most certainly a few (which includes I'm sure 99% of the NANOGers!) subscribers who can and will use more space than that, and ISPs most definitely should make /48s readily and easily available for those customers, but giving each and every customer a /48 (or really, even a pair of /64s, one for the PtP, one delegated) is almost certainly overkill. The devices won't use the extra space unless there's some automagic way of them communicating the desire to eachother, and appropriately configuring themselves, and it would have to be very widely accepted. But there's no technical gain. A typical household would probably have less than about 50, maybe 100 devices, even if we start networking appliances like toasters, hair dryers and every single radio, tv, and light switch. Just my 2 cents worth.
And what is to say that some devices won't have several different IPs? Maybe a different subnet is associated with each individual in the household when getting their voicemail or making DVR recordings or whatever. And I might want the stuff in my garage on a different subnet that the stuff in my living room because it has different access policy. To say " Your average home user has no reason at all ..." seems like saying the average user will have no reason at all to need more than 640K of RAM. Many of us are looking at things from today's perspective. Maybe each room of my house will have its own subnet with a low power access point and I can find which room something is in by the IP address it has. I have no idea, but do believe there is no reason to be restrictive in network assignments with v6.
Current thread:
- Re: IPv6 - real vs theoretical problems, (continued)
- Re: IPv6 - real vs theoretical problems Owen DeLong (Jan 06)
- Re: IPv6 - real vs theoretical problems Jima (Jan 06)
- Re: IPv6 - real vs theoretical problems Owen DeLong (Jan 07)
- Message not available
- Re: IPv6 - real vs theoretical problems Tim Chown (Jan 07)
- RE: IPv6 - real vs theoretical problems Deepak Jain (Jan 07)
- RE: IPv6 - real vs theoretical problems Mikael Abrahamsson (Jan 07)
- Re: IPv6 - real vs theoretical problems William Herrin (Jan 07)
- Re: IPv6 - real vs theoretical problems Owen DeLong (Jan 07)
- Re: IPv6 - real vs theoretical problems Dobbins, Roland (Jan 07)
- Re: IPv6 - real vs theoretical problems Michael Loftis (Jan 11)
- RE: IPv6 - real vs theoretical problems George Bonser (Jan 11)
- Re: IPv6 - real vs theoretical problems Jack Bates (Jan 11)
- Re: IPv6 - real vs theoretical problems Joel Jaeggli (Jan 25)
- Re: IPv6 - real vs theoretical problems Owen DeLong (Jan 11)
- Re: IPv6 - real vs theoretical problems Jima (Jan 12)
- Re: IPv6 - real vs theoretical problems Ted Fischer (Jan 12)
- Re: IPv6 - real vs theoretical problems Owen DeLong (Jan 12)
- Re: IPv6 - real vs theoretical problems Dobbins, Roland (Jan 07)
- Re: IPv6 - real vs theoretical problems William Herrin (Jan 07)
- Re: IPv6 - real vs theoretical problems Dobbins, Roland (Jan 07)
- Re: IPv6 - real vs theoretical problems William Herrin (Jan 07)