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VMware 5V0-22.23 Exam - Topic 1 Question 33 Discussion

Actual exam question for VMware's 5V0-22.23 exam
Question #: 33
Topic #: 1
[All 5V0-22.23 Questions]

An administrator has 24 physical servers that need to be configured with vSAN. The administrator needs to ensure that a single rack failure is not going to affect the data availability. The number of racks used should be minimized.

What has to be done and configured to achieve this goal?

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Suggested Answer: C

by Rory at Oct 18, 2024, 06:03 PM

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Tiara
4 months ago
Definitely not C, deduplication won't help with rack failures!
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Glory
4 months ago
A is correct, but I wonder if three racks might be overkill.
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Corinne
4 months ago
Surprised that B suggests four racks, seems excessive for just one failure!
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Toi
4 months ago
I think D is better, three racks provide more safety.
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Colette
5 months ago
Option A is the way to go! Two fault domains are key for redundancy.
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Laquita
5 months ago
I recall that distributing servers across multiple racks is crucial, but I’m not sure if we need three fault domains or just two.
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Jerilyn
5 months ago
I practiced a similar question where we had to configure fault domains. I feel like option A is the right approach for minimizing rack usage while ensuring availability.
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Gladys
5 months ago
I'm a bit unsure, but I think option D might be overkill. Three racks seem excessive when two could work.
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Ellsworth
5 months ago
I remember studying about fault domains and how they help with data availability. I think we need at least two racks for redundancy.
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Kelvin
5 months ago
This is a good one. I remember from the vSAN training that you want to minimize the number of racks used while still protecting against a single rack failure. I'm pretty confident option A is the way to go here.
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Douglass
5 months ago
I'm a little confused by the options here. Distributing servers across four racks seems like overkill, and I'm not sure how deduplication and compression are relevant. I think I'll focus on the rack and fault domain requirements to narrow it down.
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Dominic
5 months ago
Okay, I've got this. The question is asking to minimize the number of racks used, so I'd go with option A and distribute the servers across two racks with two fault domains. That should meet the requirements without over-complicating the configuration.
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Nana
5 months ago
Hmm, I'm a bit unsure about this one. I know vSAN has fault domains, but I'm not sure if I need to configure multiple fault domains or just distribute the servers across racks. I'll have to think this through carefully.
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Dortha
6 months ago
This looks like a straightforward vSAN configuration question. I think the key is to minimize the number of racks used while ensuring a single rack failure doesn't affect data availability.
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Natalie
10 months ago
Rack failure? More like rack failure party! *laughs* But seriously, A or D are the way to go.
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Fanny
9 months ago
Lashanda: Exactly, minimizing the number of racks used while maintaining data availability is key.
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Dexter
9 months ago
User 3: Yeah, that will ensure data availability even if a single rack fails.
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Lashanda
9 months ago
User 2: Agreed, distributing servers across at least two different racks and configuring two fault domains is the way to go.
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Ardella
9 months ago
User 1: Rack failure party? *laughs* Definitely go with option A.
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Thora
10 months ago
Option C? Deduplication and compression? What does that have to do with rack-level redundancy? I think the answers are missing the point here.
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Yoko
10 months ago
Hmm, I'm not sure about Option B. Four capacity disks per server and four racks seems like overkill for this scenario. A and D seem more appropriate.
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Thaddeus
9 months ago
I agree, Option B does seem like overkill. A and D are more suitable for this scenario.
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Loren
9 months ago
D) Distribute servers across at least three different racks and configure three fault domains
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Levi
10 months ago
A) Distribute servers across at least two different racks and configure two fault domains
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Rebecka
11 months ago
I'm leaning towards Option D. Three racks and three fault domains should provide even better protection against data loss in case of a rack failure.
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Velda
9 months ago
User 3: Yeah, it's better to be safe than sorry when it comes to data availability. Option D seems like the most reliable choice.
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Malinda
9 months ago
User 2: Agreed, that setup would definitely help minimize the risk of data loss in case of a rack failure.
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Franklyn
10 months ago
User 1: I think Option D is the way to go. Three racks and three fault domains sound like a solid plan.
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Lorean
11 months ago
Option A seems like the most logical choice here. Distributing servers across at least two racks and configuring two fault domains should ensure that a single rack failure doesn't affect data availability.
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Carin
10 months ago
User 4: Definitely, minimizing the impact of a single rack failure is crucial.
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Patria
10 months ago
User 3: That way, we can ensure data availability even if one rack fails.
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Michell
11 months ago
User 2: I agree, distributing servers across two racks and configuring two fault domains sounds like a good plan.
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Graciela
11 months ago
User 1: I think option A is the best choice.
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Lashawna
11 months ago
I'm not sure, but I think option D) Distribute servers across at least three different racks and configure three fault domains might also work to minimize the impact of a rack failure.
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Dominga
11 months ago
I agree with Sunshine. By distributing servers across different racks and configuring fault domains, we can ensure data availability even in case of a rack failure.
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Sunshine
11 months ago
I think the answer is A) Distribute servers across at least two different racks and configure two fault domains.
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