This seems straightforward to me. MC-LAG is designed to ensure redundancy and failover, so the statement that it provides link and node protection is accurate. I'll confidently select A - TRUE.
I'm a bit confused by this question. I know MC-LAG is used for redundancy, but I'm not sure if it specifically provides both link and node protection. I'll have to review my notes on MC-LAG before answering this one.
Okay, let me break this down. MC-LAG connects an MDU to 3 or more PE devices, so it's providing redundancy at both the link and node level. That sounds like the definition of "link and node protection" to me. I'll go with A - TRUE.
Hmm, I'm not 100% sure about this. I know MC-LAG is used for redundancy, but I can't recall if it specifically protects against both link and node failures. I'll have to think this through carefully.
I'm pretty confident about this one. MC-LAG is designed to provide redundancy and failover protection, so the statement that it provides link and node protection is likely true.
The way I see it, the statement is FALSE. MC-LAG is all about redundancy, but it's not designed to protect against node failures, only link failures. Gotta be careful with those details!
The way I see it, the statement is FALSE. MC-LAG is all about redundancy, but it's not designed to protect against node failures, only link failures. Gotta be careful with those details!
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