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Nokia 4A0-105 Exam - Topic 5 Question 98 Discussion

What function in IEEE 802.1 ah helps to limit the amount of MAC addresses learned in the core?
B) The B-VPLS and l-VPLS are configured in the edge. The B-VPLS is configured with a Backbone MAC and is the only MAC learned in the core
A) I-VPLS is configured in the core of the network with an l-MAC address. This l-MAC address is the only MAC learned in the core
C) Each SDP is configured with a Backbone MAC to hide customer MAC addresses in the core
D) Each SAP is associated with a common l-MAC to hide customer MAC addresses in the core

Nokia 4A0-105 Exam - Topic 5 Question 98 Discussion

Actual exam question for Nokia's 4A0-105 exam
Question #: 98
Topic #: 5
[All 4A0-105 Questions]

What function in IEEE 802.1 ah helps to limit the amount of MAC addresses learned in the core?

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Suggested Answer: B

by Luis at Sep 14, 2024, 06:58 AM

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Arlette
9 months ago
Each SDP with a Backbone MAC is definitely the way to go!
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Alonzo
9 months ago
B-VPLS is key for Backbone MACs, not just I-VPLS!
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Arthur
10 months ago
Wait, so only one MAC is learned in the core? That seems odd.
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Rebecka
10 months ago
Totally agree, that's how it limits MAC addresses!
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Son
10 months ago
I-VPLS uses an l-MAC in the core, right?
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Josphine
10 months ago
I feel like D could be correct since it mentions SAPs and l-MACs, but I’m a bit confused about how they relate to limiting MAC addresses.
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Donte
11 months ago
C sounds familiar because I remember discussing Backbone MACs hiding customer MACs, but I’m not confident it’s the right choice.
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Allene
11 months ago
I recall something about B-VPLS and l-VPLS from practice questions, but I can't remember if they specifically limit MAC addresses in the core.
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Laine
11 months ago
I think the answer might be A, but I'm not entirely sure if I remember the specifics about l-MAC addresses.
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Eric
11 months ago
Ah, I see. The Backbone MAC is used to hide the customer MAC addresses in the core, so the answer must be C. Each SDP is configured with a Backbone MAC for this purpose.
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Rene
11 months ago
I'm feeling pretty confident about this one. I think the answer is A. The I-VPLS is configured in the core with an l-MAC address, and that's the only MAC address learned in the core.
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Belen
11 months ago
Okay, let me think this through. I believe the key is that the function in IEEE 802.1ah is designed to limit the number of MAC addresses learned in the core. So the answer is likely related to either the l-MAC address or the Backbone MAC.
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Alysa
11 months ago
Hmm, I'm a bit confused on this one. I think it might be related to the I-VPLS or the Backbone MAC, but I'm not entirely sure which one is the correct answer.
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Carin
11 months ago
I'm pretty sure the answer is B. The B-VPLS and l-VPLS are configured in the edge, and the B-VPLS is the only MAC learned in the core.
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Ligia
1 year ago
Hiding customer MAC addresses in the core? Sounds like the network is playing a game of hide-and-seek. Where's Waldo?
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Leota
1 year ago
C) Each SDP is configured with a Backbone MAC to hide customer MAC addresses in the core
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Omer
1 year ago
B) The B-VPLS and l-VPLS are configured in the edge. The B-VPLS is configured with a Backbone MAC and is the only MAC learned in the core
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Ryan
1 year ago
A) I-VPLS is configured in the core of the network with an l-MAC address. This l-MAC address is the only MAC learned in the core
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Lorrie
1 year ago
Option A? Really? That's like trying to fit a square peg in a round hole. Let's stick to the actual IEEE 802.1ah functions, shall we?
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Ryan
1 year ago
D) Each SAP is associated with a common l-MAC to hide customer MAC addresses in the core
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Shalon
1 year ago
C) Each SDP is configured with a Backbone MAC to hide customer MAC addresses in the core
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Shantell
1 year ago
A) I-VPLS is configured in the core of the network with an l-MAC address. This l-MAC address is the only MAC learned in the core
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Jettie
1 year ago
I'm a bit torn between B and D, but I think I'll go with B. It just makes more sense to me to have the Backbone MAC at the edge rather than associating each SAP with a common l-MAC.
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Tatum
1 year ago
User 3: Definitely, it simplifies the network architecture.
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Sherron
1 year ago
User 2: Yeah, I agree. It helps limit the amount of MAC addresses learned in the core.
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Leatha
1 year ago
User 1: I think B is the correct answer too. Having the Backbone MAC at the edge seems more logical.
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Ettie
1 year ago
I'm going with option C. Configuring each SDP with a Backbone MAC is a great way to hide the customer MAC addresses and keep the core clean.
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Sylvie
1 year ago
Agreed, it's important to keep the core network clean and secure.
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Marti
1 year ago
True, both options C and D help limit the amount of MAC addresses learned in the core.
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Tegan
1 year ago
I think option D could also work. Associating each SAP with a common l-MAC can hide customer MAC addresses too.
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Donte
1 year ago
Option C is a good choice. It helps keep the core clean by hiding customer MAC addresses.
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Phyliss
1 year ago
Option B seems the most logical choice here. By configuring the B-VPLS with a Backbone MAC, the customer MAC addresses are hidden from the core, limiting the number of MAC addresses that need to be learned.
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Na
1 year ago
User 2: Yeah, configuring the B-VPLS with a Backbone MAC makes sense to limit the MAC addresses in the core.
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Deeann
1 year ago
User 1: I think option B is the best choice.
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Yvonne
1 year ago
Hmm, that makes sense too. I guess we'll have to wait and see what the correct answer is on the exam.
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Shasta
1 year ago
I disagree, I believe the answer is D) Each SAP is associated with a common l-MAC to hide customer MAC addresses in the core.
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Yvonne
1 year ago
I think the answer is C) Each SDP is configured with a Backbone MAC to hide customer MAC addresses in the core.
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