07-20-2023 05:23 PM - edited 07-20-2023 05:23 PM
Hello,
I am designing a new DC and considering using double-sided vPC between Spine (N9K-C9364C-GX) switches and Leaf (N9K-C93180YC-FX3) switches. I reviewed the Cisco vPC best practices but wasn't able to find how many vPC domains are supported in the double-sided design. So, my question is, how many vPC domains are supported in the double-sided vPC design?
I attached a draft design for clarification.
If there are any caveats or issues with this design, please feel free to comment.
Thanks in advance!
~zK
Solved! Go to Solution.
07-21-2023 12:57 AM
Spine run one domain for all under leafs
Each two leaf (vPC) run one domain different than other two leafs.
07-20-2023 10:21 PM
Hello @ZK916,
In a double-sided vPC design, vPC is configured on both sides of the network (i.e., on both the Spine and Leaf switches). Each vPC domain operates independently with its own vPC peer-link and vPC member ports.
This means you will have two vPC domains in this design: one for the Spine switches and another for the Leaf switches.
07-20-2023 11:03 PM
Thanks for your input. I understand that but my question is how many pairs of leaf switches can be configured in vPC domains? If n another word, how many vPC leaf domains can be attached to the top vPC (the NX9K pair)?
see the diagram I attached in my previous post.
TY.
07-21-2023 12:01 AM - edited 07-21-2023 12:02 AM
Ok! thanks for that clarification.
07-21-2023 12:57 AM
Spine run one domain for all under leafs
Each two leaf (vPC) run one domain different than other two leafs.
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