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Nokia 4A0-105 Exam - Topic 5 Question 79 Discussion

What are the advantages of running a physical ring topology with a mesh of mesh-SDPs? (Choose 2)
A) STP can be used to break the loop. and C) If the traffic is primarily multicast, a full mesh of SDPs is a simple and efficient design.
B) STP is not required to break the loop because of split-horizon rules.
D) If the traffic is primarily Unicast, a full mesh of SDPs is a simple and efficient design.

Nokia 4A0-105 Exam - Topic 5 Question 79 Discussion

Actual exam question for Nokia's 4A0-105 exam
Question #: 79
Topic #: 5
[All 4A0-105 Questions]

What are the advantages of running a physical ring topology with a mesh of mesh-SDPs? (Choose 2)

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Suggested Answer: A, C

by Cory at Dec 25, 2023, 05:34 PM

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Adell
6 months ago
Unicast traffic might not benefit as much from a full mesh, though.
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Caitlin
7 months ago
I thought split-horizon rules were more complex than that.
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Herschel
7 months ago
Wait, isn't STP still needed sometimes?
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Sherita
7 months ago
Totally agree, multicast efficiency is key.
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Thersa
7 months ago
A full mesh is great for multicast traffic!
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Cristal
7 months ago
I'm leaning towards option C because it makes sense that multicast traffic would benefit from a full mesh, but I'm not entirely confident.
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Stefan
8 months ago
I feel like split-horizon rules came up in our studies, but I can't recall exactly how they apply to this question.
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Gerardo
8 months ago
I think we practiced a similar question where multicast traffic was mentioned as a benefit for mesh designs. That might be relevant here.
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Iluminada
8 months ago
I remember discussing how STP can help with loops in ring topologies, but I'm not sure if it's the best choice here.
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Erinn
8 months ago
I'm a bit unsure about the multicast and unicast parts. Do those relate to the advantages of running a physical ring topology with a mesh of mesh-SDPs? I want to make sure I'm not missing something there.
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Marnie
8 months ago
Yeah, the split-horizon rules are key here. I think option B is a good choice since it directly addresses that. And if the traffic is mostly multicast or unicast, then a full mesh of SDPs could be a simple and efficient design.
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Eden
8 months ago
Okay, let me think this through. I know that STP is used to break loops in a physical ring topology, but if we're using mesh-SDPs, that might not be necessary. The split-horizon rules could handle that.
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Kiley
8 months ago
This question seems straightforward, but I want to make sure I understand the key concepts around ring topologies and mesh-SDPs before answering.
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Velda
8 months ago
Okay, let's see. Political risks, interest rate risks, and economic risks are all forms of risk, so the answer must be C. Presented risks doesn't sound like a real type of risk.
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Veronika
8 months ago
Okay, let me think this through. I know the Nodal license controls a single node, and the Corporate license is for a network. Now I just need to figure out the other details.
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Bette
8 months ago
I'm a bit unsure, but I think the communication about the customer going into liquidation could be a non-adjusting event since it happened after the reporting date.
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Armando
8 months ago
Hmm, I'm a bit unsure about this one. I know ECDSA uses elliptic curves, but I'm not sure if that's the same as the key exchange algorithm.
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Otis
1 year ago
Hey, at least they didn't ask about the advantages of running a human centipede topology. Now that would be a real head-scratcher.
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Kenda
12 months ago
I agree, running a human centipede topology would definitely be a nightmare!
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Melissia
12 months ago
C) If the traffic is primarily multicast, a full mesh of SDPs is a simple and efficient design.
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Sherita
12 months ago
A) STP can be used to break the loop.
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Rana
1 year ago
Easy peasy! B and C are the way to go. Who needs STP when you've got split-horizon rules and multicast traffic? This question is a piece of cake!
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Gerardo
1 year ago
C) If the traffic is primarily multicast, a full mesh of SDPs is a simple and efficient design.
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Mammie
1 year ago
B) STP is not required to break the loop because of split-horizon rules.
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Jospeh
1 year ago
I don't know, this question seems a bit tricky. I'm going to guess A and D just to be safe. Maybe I should have paid more attention in class.
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Larae
12 months ago
Willard: No problem, glad we could figure it out together.
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Odette
1 year ago
User 3: That makes sense, thanks for clarifying.
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Willard
1 year ago
User 2: I agree, STP can break the loop and a full mesh of SDPs is efficient for Unicast traffic.
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Vanesa
1 year ago
User 1: I think the answer is A and D.
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Galen
1 year ago
I'm going to go with B and D. If it's mostly unicast traffic, a full mesh of SDPs is a simple and efficient design.
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Anastacia
1 year ago
Hmm, I think B and C are the correct answers. STP is not needed for a ring topology with a mesh of SDPs, and a full mesh is efficient for multicast traffic.
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Selma
1 year ago
That's right, STP is not needed for that setup and a full mesh is efficient for multicast traffic.
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Deeanna
1 year ago
I agree, B and C are the correct answers.
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Dorthy
1 year ago
That's right, STP is not needed for that setup and a full mesh is efficient for multicast traffic.
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Colby
1 year ago
I agree, B and C are the correct answers.
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Tegan
1 year ago
I believe another advantage is that if the traffic is primarily multicast, a full mesh of SDPs is a simple and efficient design.
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Brynn
1 year ago
I agree with Jules, using STP to break the loop is definitely an advantage.
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Jules
1 year ago
I think the advantage of running a physical ring topology with a mesh of mesh-SDPs is that STP can be used to break the loop.
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Scarlet
1 year ago
I believe STP is not required to break the loop because of split-horizon rules, so that's another advantage.
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Ranee
1 year ago
I agree with Garry. Having a full mesh of SDPs can help with both multicast and unicast traffic.
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Garry
1 year ago
I think the advantages of running a physical ring topology with a mesh of mesh-SDPs are efficiency and simplicity.
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