[c-nsp] OT : IPv6 - Will it hit like an "avalanch"?

[Ziv Leyes]

When did exactly the IPv4 started? Did they ever think about the day the 4294967296 ip addresses won't be enough for the world?
I think it's the same story with the IPv6, today we talk about the much more IPs we're going to get, but it will be so many that in a short term every little thing will have IP capability, so, every toaster, every refrigerator, every RC Car, every cellphone, pencils, bike, car, and so on, all of them, EVERYONE will get a unique IP address, and that's it, we'll be at the same exhausting problem shortly, much sooner than you can imagine...


Ziv



-----Original Message-----
From: cisco-nsp-bounces at puck.nether.net [mailto:cisco-nsp-bounces at puck.nether.net] On Behalf Of Dale W. Carder
Sent: Wednesday, April 02, 2008 3:56 PM
To: Ted Mittelstaedt
Cc: Gert Doering; cisco-nsp at puck.nether.net
Subject: Re: [c-nsp] OT : IPv6 - Will it hit like an "avalanch"?


On Apr 2, 2008, at 3:40 AM, Ted Mittelstaedt wrote:
> If every end user on the Internet could get a /48 directly from
> an RIR the global BGP table would melt any router designed into slag.

It is well understood now that IPv6 really has nothing to do
with solving DFZ table bloat.

> And with IPv6, because the globally-significant part of the number
> is only on the router, if the organization is properly setup,
> renumbering is a snap, so the poor excuse that renumbering labor
> would be so high as to justify not renumbering isn't available.

That renumbering would be a snap is only true if you
ignore real-world issues like DNS, firewalls, ACL's, etc.
You can only push ULA addressing so far and we'll be
back to NATing IPv6.

> But if you don't qualify to get a portable IPv4 now, there
> is nothing magical about IPv6

I've best heard IPv6 described as "96 more bits, no magic".

> Perhaps you have some new radical way of routing IP numbers on the
> Internet
> that your planning on introducing.  But until you introduce it, or
> someone
> else does, the need will still exist to organize numbering on the
> Internet in a
> heiarchical fashion,

The IRTF RRG has been exploring this problem space.

Dale
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