Q: 9
[AI Network Architecture – Cumulus Linux]
In Cumulus Linux, which technology enables the ability to provide active-active redundancy to
servers, without the need for direct inter-switch links?
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Discussion
A , that's usually what comes up for redundancy in Cumulus configs I've seen. Saw similar on a practice test.
Makes sense to pick C here.
C tbh
Pretty sure I ran into a similar one in exam, in recent practice, it was C.
Not A here. MLAG always relies on a physical peer link for state sync, so it's a trap in this context. For no direct ISL, C (EVPN Multi-homing) is the right pick from what I've read in similar exam questions. Anyone see differently?
C vs A here-I keep seeing both in official study guides, but recent practice exams trend toward C for this scenario. Check the vendor's documentation or lab if you're not sure.
C is right. EVPN Multi-homing works for active-active redundancy in Cumulus without needing a peer-link since sync happens over the fabric instead of a direct ISL. Seen this in recent exam guides, but let me know if you think otherwise.
C for this. EVPN Multi-homing lets you do active-active straight to servers but doesn't need a dedicated peer-link like MLAG does, since it uses the IP fabric for sync. Pretty sure that's what Cumulus pushes for VXLAN setups. Unless I'm missing some detail, this fits the question best. Agree?
A. had something like this in a mock exam before.
C
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