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Nokia 4A0-104 Exam - Topic 3 Question 44 Discussion

Actual exam question for Nokia's 4A0-104 exam
Question #: 44
Topic #: 3
[All 4A0-104 Questions]

Consider a network that has four PE routers. If a customer wants a VPLS that has sites on only three of the PEs, how many mesh SDPs need to be configured for this service?

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Suggested Answer: C

by Amber at Aug 19, 2022, 11:34 AM

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Kenneth
5 months ago
Definitely 3, that's how VPLS works!
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Dean
6 months ago
I think it's 6, but I'm not sure.
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Rosalind
6 months ago
Wait, why not 4? Aren't all PEs involved?
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Ellsworth
6 months ago
Totally agree, it's straightforward math!
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Carmelina
6 months ago
You need 3 mesh SDPs for 3 PEs.
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Willard
6 months ago
I feel like it could be 6, since each PE needs to connect to the other two, but I’m not completely confident in that calculation.
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Sharita
6 months ago
If I recall correctly, for three PEs, we might need to set up 3 mesh SDPs, but I could be mixing it up with another practice question we did.
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Casie
6 months ago
I remember something about the formula for calculating mesh SDPs, but I'm not entirely sure if it's just the number of PEs or if it involves combinations.
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Mabel
7 months ago
I think we need to configure mesh SDPs between each pair of PEs that are part of the VPLS. So if there are three PEs, that might mean 3 connections, right?
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Barrie
7 months ago
I'm a bit confused on the difference between all these procurement methods. But based on the details provided, I think issuing an OJEU (Official Journal of the European Union) notice might be the way to go, since this seems like a larger software purchase.
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Brice
7 months ago
Wait, I'm a bit confused. How do I convert the 5 ideal hours to the actual work time? Do I just divide by 4 hours per day?
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Tonette
7 months ago
I think I know this one - IPSec Transport mode is used when the endpoints are hosts, not gateways, right? I'll double-check the details, but I'm feeling pretty confident about this.
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Loreta
7 months ago
Okay, I've got this. Access is granted based on the criteria defined by the Relying Party, not the Identity Provider. So the answer has to be B.
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Vincent
12 months ago
This question is a real mesh-up! I bet the answer is 'none' - just use a wireless connection and call it a day!
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Walton
10 months ago
C) 6
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Nguyet
10 months ago
B) 4
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Fidelia
10 months ago
A) 3
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Jose
12 months ago
Hmm, I'm going to go with B. 4 mesh SDPs sounds about right for a VPLS with 3 sites. I hope the exam doesn't have any 'trick questions' like this one!
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Melvin
11 months ago
I'm not sure, but I think it might be C) 6. Each site needs a connection to every other site, right?
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Francoise
11 months ago
I agree with you, A) 3 makes more sense now that you explained it.
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Juan
11 months ago
I think it's actually A) 3. Each site needs a mesh SDP, so 3 for 3 sites.
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Margurite
1 year ago
I think the answer is 4. Why would you need more mesh SDPs than there are PEs? This question is trying to trick us!
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Glenn
10 months ago
This question is trying to trick us!
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Minna
10 months ago
But why would you need more mesh SDPs than there are PEs?
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Leigha
10 months ago
No, the correct answer is 3.
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Carmen
10 months ago
I think the answer is 4.
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Lashon
10 months ago
This question is testing our understanding of VPLS configurations.
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Jamika
10 months ago
But why would you need more mesh SDPs than there are PEs?
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Cordelia
11 months ago
No, the correct answer is 3.
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Zana
12 months ago
I think the answer is 4.
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William
1 year ago
Wait, are you sure? I'm pretty sure the answer is 12. I mean, with 4 PEs, that's a lot of connections to configure!
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Penney
11 months ago
User 2: No, it's 4.
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Destiny
12 months ago
User 1: The answer is 3.
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Tamekia
1 year ago
I'm not sure, but I think the answer might be C) 6. Each PE needs to connect to every other PE, so that would require 6 mesh SDPs.
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Maybelle
1 year ago
I agree with Isaiah. Since the VPLS has sites on only three of the PEs, we only need to configure 3 mesh SDPs.
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Melvin
1 year ago
C'mon, this is easy! If there are 4 PEs and the customer wants a VPLS on 3 of them, the number of mesh SDPs needed is 6. Simple math!
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Ellsworth
11 months ago
D) 12
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Kasandra
11 months ago
C) 6
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Cassie
12 months ago
B) 4
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Carlee
12 months ago
A) 3
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Isaiah
1 year ago
I think the answer is A) 3.
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