Implementing Unified MPLS
Because of scalability reasons we might have multiple IGP processes running within our core network. If we have many routers and prefixes we might have…
Read more →Because of scalability reasons we might have multiple IGP processes running within our core network. If we have many routers and prefixes we might have…
Read more →By default the IGP metric (ISIS/OSPF cost) determines how the packets are forwarded within the MPLS core. With MPLS Traffic Engineering (TE) we can be…
Read more →We continue one of my previous VPLS topology: this time we're going to take a look at what happens from the perspective of the service…
Read more →After going through how we can configure Profile 0, this time we're going to take a look at two other profiles which both require mLDP.
Read more →Previously I wrote a few posts about how multicast works but only within an enterprise environment without MPLS. This time we're going to take a…
Read more →After going through inter-AS Option A, B and C, this time we take a look at the CSC implementation. This is very similar to the…
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