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VMware 3V0-42.23 Exam - Topic 5 Question 1 Discussion

What is a design justification for a solution with 3 NSX Manager nodes deployed in a 4 ESXi cluster Management Cluster?
B) Single point of failure on Control Plane and Management Plane will be mitigated.
A) Compute consumption guarantees NSX Manager nodes can be run on the same ESXi host.
C) NSX Management Plane and Control Plane will be reduced to a single point of failure.
D) NSX Controllers are separated from NSX Managers allowing 6 ESXi servers to host them.

VMware 3V0-42.23 Exam - Topic 5 Question 1 Discussion

Actual exam question for VMware's 3V0-42.23 exam
Question #: 1
Topic #: 5
[All 3V0-42.23 Questions]

What is a design justification for a solution with 3 NSX Manager nodes deployed in a 4 ESXi cluster Management Cluster?

Show Suggested Answer Hide Answer
Suggested Answer: B

3 NSX Manager Nodes for HA & Redundancy (Correct Answer - B):

NSX requires 3 Manager nodes for high availability (HA) and Control Plane redundancy.

If a single NSX Manager node fails, the other nodes continue to operate, preventing single points of failure.

Incorrect Options:

(A - Run All Nodes on One Host):

This contradicts best practices, as NSX Manager nodes should be distributed across multiple hosts.

(C - Reducing Control Plane to a Single Point of Failure):

The 3-node setup prevents this, ensuring failover capability.

(D - Separating NSX Controllers from Managers):

In NSX-T 3.x/4.x, NSX Controllers are part of the Manager cluster, so there are no separate NSX Controllers.

VMware NSX 4.x Reference:

NSX-T High Availability and Disaster Recovery Guide

NSX-T Control Plane and Management Plane Redundancy Best Practices


by Hubert at Apr 03, 2025, 12:20 PM

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Rhea
9 months ago
Wait, are we really saying D is a good idea? Seems risky to me.
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Alishia
9 months ago
C seems off, we want to avoid single points of failure, not create them!
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Gennie
9 months ago
B is definitely the right choice, redundancy is key!
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Rikki
10 months ago
I agree with B, it’s all about reliability in the management layer.
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Paola
10 months ago
I think A makes sense too, but B is stronger.
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Verda
10 months ago
I feel like option D is off because it mentions separating controllers from managers, but I can't recall the specifics on that.
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Bettina
10 months ago
I'm a bit confused; I thought having three nodes would help with redundancy, but I'm not sure which option reflects that best.
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Leonida
11 months ago
I think I saw a similar question in our practice tests, and it was about distributing workloads across nodes. Could it be A?
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Zoila
11 months ago
I remember something about avoiding single points of failure, so maybe option B is correct?
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Gabriele
11 months ago
The key here is to identify the design justification that addresses the single point of failure concern. Option B seems to be the best answer, as it specifically mentions mitigating the single point of failure on the Control Plane and Management Plane.
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Keneth
11 months ago
I'm not sure I fully understand the implications of the different options. I'll need to carefully read through each one and think about how the design choices impact the overall system reliability and redundancy.
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Brock
11 months ago
Okay, let's think this through. Having 3 NSX Manager nodes in a 4 ESXi cluster should provide redundancy and high availability for the management and control plane, which is what option B is describing. I'm pretty confident that's the right answer.
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Iola
12 months ago
Hmm, I'm a bit confused about the relationship between the NSX Manager nodes and the ESXi cluster. I'll need to review the material on NSX architecture to make sure I understand the design considerations here.
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Cherilyn
12 months ago
This question seems straightforward. I think the key is to understand the design justification for having 3 NSX Manager nodes in a 4 ESXi cluster Management Cluster.
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Lawrence
1 year ago
Haha, I just hope the exam question doesn't ask us to deploy NSX on a Commodore 64! That would be a real blast from the past.
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Pamella
1 year ago
C) NSX Management Plane and Control Plane will be reduced to a single point of failure.
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Krystina
1 year ago
B) Single point of failure on Control Plane and Management Plane will be mitigated.
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Lettie
1 year ago
A) Compute consumption guarantees NSX Manager nodes can be run on the same ESXi host.
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Ezekiel
1 year ago
Option D is intriguing. Separating the NSX Controllers from the Managers could provide more flexibility and scalability. But I'd need to understand the tradeoffs better.
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Yolando
1 year ago
But we need to carefully consider the tradeoffs before making a decision.
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Odelia
1 year ago
Yes, having the NSX Controllers on separate hosts could improve scalability.
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Johnna
1 year ago
Option D is definitely interesting. Separating the NSX Controllers from the Managers could offer more flexibility.
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Rickie
1 year ago
I agree with Ciara. Redundancy is key for mission-critical systems like NSX, and Option B addresses that well.
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Altha
1 year ago
I prefer option D because it allows for more flexibility in hosting NSX Controllers separately from NSX Managers.
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Chandra
1 year ago
I agree with Vincent. Having redundancy in the Control Plane and Management Plane is crucial for stability.
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Vincent
1 year ago
I think option B is the best choice because it helps to mitigate single points of failure.
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Ciara
1 year ago
Option B sounds like the best choice to me. Having multiple NSX Manager nodes will ensure redundancy and prevent a single point of failure in the control and management planes.
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Rebeca
1 year ago
Yes, it's important to have a backup in case one of the nodes fails.
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Matthew
1 year ago
I agree, having multiple NSX Manager nodes definitely helps with redundancy.
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