Hmm, D looks a bit sketchy to me. Why would the switches need to be connected to the same aggregation switch? That seems like an unnecessary restriction.

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Malissa

2 months ago

C) Layer 2 control traffic is permitted on the secondary link

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Lajuana

2 months ago

B) If the active link fails, then the secondary link automatically takes over.

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Jenifer

2 months ago

A) Redundant trunk groups load-balance traffic across two designated uplink interfaces.

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Mitsue

3 months ago

I agree with you, Alline. A and B make sense because redundant trunk groups should load-balance and provide failover.

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Shawnda

3 months ago

Ha! Redundant trunk groups, sounds like a party I'd love to be a part of. As long as the traffic's balanced, I'm in!

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Milly

2 months ago

C) Layer 2 control traffic is permitted on the secondary link

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Lynelle

2 months ago

B) If the active link fails, then the secondary link automatically takes over.

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Keneth

2 months ago

A) Redundant trunk groups load-balance traffic across two designated uplink interfaces.

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Alline

3 months ago

I think A and B are correct.

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Eileen

3 months ago

I agree, B and C are the right answers. Allowing control traffic on the secondary link is crucial for redundancy.

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Sharen

3 months ago

B and C seem like the correct options to me. The secondary link should take over if the primary one fails, and Layer 2 control traffic should be allowed on it.

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Kenneth

2 months ago

C) Layer 2 control traffic is permitted on the secondary link

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Cecil

2 months ago

B) If the active link fails, then the secondary link automatically takes over.

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