Assume PE-1 has a mesh-sdp configured to every PE node in both Metro networks. What could be done to prevent the bandwidth replication between Metro 1 and Metro 2?
Hold on, did you see the part about the mesh-SDPs? That's a lot of config work. I'm leaning towards Option C, where PE-1 can just use spoke-SDPs to cut down on the hassle.
I'm not sure about this. Option C also seems like a valid choice to reduce bandwidth and replication. Configuring PE-1 with spoke-SDPs to every PE node in both Metro networks could be a simpler solution.
I agree with you, Terina. Using a combination of mesh-SDPs and spoke-SDPs can help reduce replication and bandwidth usage. It's important to optimize the network for efficiency.
Okay, let's think this through. Option B seems to be the most comprehensive solution, reducing the replication and bandwidth between the metro networks.
I think the answer is B. Configuring PE nodes in Metro 1 and Metro 2 with mesh-SDPs and using spoke-SDPs for the connection between Metro networks seems like the best way to prevent bandwidth replication.
I'm not sure, but option D also sounds reasonable. It proposes using spoke-SDPs in Metro 1 and Metro 2, and a mesh-sdp between them to reduce replication and bandwidth. It's a tough choice.
I agree with Lavelle. Option B seems to provide a good balance between reducing replication and bandwidth while maintaining connectivity between the Metro networks.
I think option B is the best choice. It suggests configuring mesh-SDPs in Metro 1 and Metro 2, and spoke-SDPs between them to reduce replication and bandwidth.
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Delmy
8 days agoChrista
13 days agoQuentin
13 days agoStacey
14 days agoTerina
15 days agoYesenia
18 days agoColetta
22 days agoLavelle
25 days ago