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NetApp NS0-527 Exam - Topic 3 Question 41 Discussion

You are configuring a SnapMirror replication between a source volume with adaptive compression enabled and a destination volume with secondary compression enabled.In this scenario; which statement is correct?
A) Blocks are uncompressed at the source and transferred to the destination. and B) Logical replication with storage efficiency is used.
C) Storage efficiency (compressed and deduplicated blocks) is preserved during data transfer.
D) Data is recompressed using the source volume's compression type.

NetApp NS0-527 Exam - Topic 3 Question 41 Discussion

Actual exam question for NetApp's NS0-527 exam
Question #: 41
Topic #: 3
[All NS0-527 Questions]

You are configuring a SnapMirror replication between a source volume with adaptive compression enabled and a destination volume with secondary compression enabled.

In this scenario; which statement is correct?

Show Suggested Answer Hide Answer
Suggested Answer: A, B, E

by Eun at Jan 22, 2024, 10:37 AM

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Carman
9 months ago
Wait, I thought compression always stayed intact during transfer?
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Hubert
9 months ago
D seems off, why would it recompress?
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Rasheeda
9 months ago
C sounds right, storage efficiency should be preserved.
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Harris
10 months ago
I think B makes more sense, logical replication is key here.
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Bobbye
10 months ago
A is correct, blocks are uncompressed at the source.
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Sherron
10 months ago
I have a vague memory of data being recompressed, so option D might be worth considering, but I need to double-check that concept.
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Annett
10 months ago
I feel like option C could be correct since it mentions storage efficiency, which is important in replication scenarios.
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Luther
10 months ago
I remember something about logical replication, so option B might be the right choice, but I can't recall the details clearly.
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Dierdre
11 months ago
I think option A sounds familiar, but I'm not entirely sure if blocks are really uncompressed at the source.
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Rhea
11 months ago
This is a good opportunity to apply my knowledge of SnapMirror and storage efficiency. I'll carefully evaluate each option and think through the implications of the different compression settings.
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Dana
11 months ago
I'm a bit confused by the wording of the question. I'll need to re-read it a few times to make sure I understand the scenario and the options before selecting an answer.
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Craig
11 months ago
I'm pretty confident I know the answer to this one. The key is understanding how SnapMirror handles the different compression settings between the source and destination.
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Mireya
11 months ago
Okay, let's see. The question is asking about the behavior when the source and destination have different compression settings. I'll need to consider how the data is transferred and whether the compression is preserved.
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Katie
11 months ago
This seems like a tricky one. I'll need to think through the compression and deduplication details carefully.
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Janessa
11 months ago
Reinforcement frequency for alternative behavior is probably the key here. If the person is getting rewarded for doing something else, that would undermine the punishment.
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Nichelle
11 months ago
Hmm, the high-priority-only threshold is set to 30%, but the current queue depth is 8KB. I'm not sure if that means the in-profile packet will be discarded or not. I'll have to think this through step-by-step.
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Devora
1 year ago
Wait, so the source has adaptive compression and the destination has secondary compression? That's like mixing vanilla and chocolate ice cream - it just doesn't work!
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Hillary
1 year ago
D) Data is recompressed using the source volume's compression type.
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Veronika
1 year ago
C) Storage efficiency (compressed and deduplicated blocks) is preserved during data transfer.
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Izetta
1 year ago
D) Data is recompressed using the source volume's compression type.
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Skye
1 year ago
A) Blocks are uncompressed at the source and transferred to the destination.
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Andra
1 year ago
I agree, it does seem like an odd combination of compression types.
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Jeff
1 year ago
C) Storage efficiency (compressed and deduplicated blocks) is preserved during data transfer.
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Haley
1 year ago
A) Blocks are uncompressed at the source and transferred to the destination.
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Emmett
1 year ago
Option C is the way to go, no doubt about it. This is a classic SnapMirror question, and the storage efficiency preservation is a dead giveaway.
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William
1 year ago
Haha, this question is a real brainteaser! I'm going to go with option C, but I'm secretly hoping the answer is actually D, just to throw everyone off.
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Felix
1 year ago
I'm not sure about this one. Option D seems plausible, but I'm not convinced that's the right answer. Guess I'll have to go with my gut and choose C.
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Annice
1 year ago
Option C seems correct. The question mentions that the source volume has adaptive compression and the destination has secondary compression, so the storage efficiency should be preserved during the data transfer.
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Kimbery
1 year ago
C) Storage efficiency (compressed and deduplicated blocks) is preserved during data transfer.
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Dustin
1 year ago
A) Blocks are uncompressed at the source and transferred to the destination.
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Nieves
1 year ago
A) Blocks are uncompressed at the source and transferred to the destination.
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Frederica
1 year ago
C) Storage efficiency (compressed and deduplicated blocks) is preserved during data transfer.
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Anabel
1 year ago
But wouldn't it be more efficient to recompress the data using the source volume's compression type?
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Amalia
1 year ago
I agree with Freeman, because if both volumes have different compression types, it makes sense to preserve storage efficiency.
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Freeman
1 year ago
I think the correct statement is C) Storage efficiency is preserved during data transfer.
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