On Tue, Aug 30, 2011 at 12:01 PM, wrote:
> > My interest is purely academic. I would like to experiment with different
> > data structures to see if there is a way to increase routing performance
> > with large number of routes and interfaces.
>
> You're more likely to find routers with a large n
> My interest is purely academic. I would like to experiment with different
> data structures to see if there is a way to increase routing performance
> with large number of routes and interfaces.
You're more likely to find routers with a large number of routes *or*
with a large number of interfac
On Tue, Aug 30, 2011 at 10:05 AM, Andre Oppermann wrote:
> On 29.08.2011 15:59, sth...@nethelp.no wrote:
>
>> Is there any (no need to be official) information what is the number
>>> of different routes (for IPv4 and IPv6) on a default-free zone (DFZ)
>>> router in the Internet? I vaguely remembe
On 29.08.2011 15:59, sth...@nethelp.no wrote:
Is there any (no need to be official) information what is the number
of different routes (for IPv4 and IPv6) on a default-free zone (DFZ)
router in the Internet? I vaguely remember the number 450 000+
distinct routes for IPv4? But what about IPv6?
S
> Is there any (no need to be official) information what is the number
> of different routes (for IPv4 and IPv6) on a default-free zone (DFZ)
> router in the Internet? I vaguely remember the number 450 000+
> distinct routes for IPv4? But what about IPv6?
See http://www.cidr-report.org - it has al
Hello all,
First of all, I'd like to apologize if my question is considered
highly off-topic. I ask it only with regard to the current FreeBSD
routing table implementation.
Is there any (no need to be official) information what is the number
of different routes (for IPv4 and IPv6) on a default-fr
