All right, let's go ahead and go through this challenge together.
Remember how all of these pieces fit together in the architecture.
Let's go and order here.
So routing protocols, they are going to maintain their own databases and tables
, and they're
going to feed that information into the routing information base or the RIB,
which is essentially
the global routing table.
Now MAC addresses are also being learned by a layer two and even a layer three
device,
and those are going to go into the cam table that is going to be used because
we're talking WEBVTT X-TIMESTAMP-MAP=LOCAL:00:00:00.000,MPEGTS:900000
we're talking
about a very fast lookups of exact matches.
Now in exact matches, these are going to require a new memory type, which is
that ternary cam.
This is going to allow me to use masks.
And so that's going to allow me to store access control lists and quality of
service configuration
as well as routing information here in the form of Sef.
Now Sef consists of a couple of different components here.
It's going to consist of our fib, the forwarding information base, which is WEBVTT X-TIMESTAMP-MAP=LOCAL:00:00:00.000,MPEGTS:900000
It's going to consist of our fib, the forwarding information base, which is
copied directly
out of the RIB.
And then we're going to take some important layer two information and put that
into the
adjacency table.
So Sef consists of these two components right here.
So it's all a matter of how it all fits together.
I guess we could think of it as a puzzle, just making sure that we can, that we
understand
the purpose of each one of these components as it relates to switching, whether
it's layer
two switching or importantly even with layer three switching and how that ties WEBVTT X-TIMESTAMP-MAP=LOCAL:00:00:00.000,MPEGTS:900000
two switching or importantly even with layer three switching and how that ties
into routing.
I hope there's been a formative for you and I'd like to thank you for viewing.