> In the previous email, you said the exact opposite:
> "Yes it would advertise overall best if backup is missing."
That is true but this is not applicable to the case here.
Here RRs as you have indicated would have P1, P2 and P3 and when P1 goes
down there is backup on both RRs.
Thx,
R.
If every RR plane must send a path, then the clients
will have N paths for every destination, even if there
is only one path.
Nope that is not a requirement as discussed in the previous email.
In the previous email, you said the exact opposite:
"Yes it would advertise overall best if backup is missing."
You require that to stop the flap.
> Please make a recommendation on how many RR planes
> are optimal.
For all applications of today I see 2 as sufficient and optimal.
Thx,
R.
Given N RR planes,
that means clients will need N times the BGP memory
and N times the BGP processing power for destinations
with only one path.
Please make a recommendation on how many RR planes
are optimal.
--
Jakob Heitz.
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