Deal of The Day! Hurry Up, Grab the Special Discount - Save 25% - Ends In 00:00:00 Coupon code: SAVE25
Welcome to Pass4Success

- Free Preparation Discussions

Dell D-RP-OE-A-24 Exam - Topic 3 Question 14 Discussion

Posted by Tijuana on Sep 15, 2024 at 01:05 AM

A storage administrator is unable to perform Direct Access to a copy in their RecoverPoint environment. Which array type has this limitation with regards to RecoverPoint copies?

Get Premium D-RP-OE-A-24 Questions as Interactive Web-Based Practice Test or PDF Real Exam Format Detailed Explanations Instant Access Get Your Practice Test
53 comments · newest first
GL
Glen 10 months ago
Not sure about that, I thought it was VMAX.
VA
Valentin 11 months ago
Totally agree, VNX is the one.
MA
Matthew 11 months ago
VPLEX? Really? That’s surprising!
PA
Paris 11 months ago
I thought XtremIO had that limitation too?
CO
Colton 11 months ago
It's definitely the VNX. No Direct Access there.
TE
Tegan 12 months ago
I’m leaning towards VMAX, but I’m not confident. I know it has some specific configurations that could affect access.
GI
Gilberto 12 months ago
I have a vague memory that VPLEX allows for Direct Access, so it might not be the right answer here.
CU
Curtis 12 months ago
I remember practicing a question about array types, and I feel like XtremIO was mentioned as having some unique features, but I can't recall if it had this limitation.
VA
Vashti 1 year ago
I think the VNX might be the one that has limitations with Direct Access in RecoverPoint, but I'm not entirely sure.
SH
Shad 1 year ago
I think I've got this. Based on my understanding, VPLEX is the array type that has limitations with Direct Access to RecoverPoint copies. The distributed nature of VPLEX makes it challenging to support that functionality.
EL
Elenore 1 year ago
Okay, let's see. I know VMAX and VNX are traditional storage arrays, while XtremIO and VPLEX are more modern designs. I'm guessing the limitation has to do with the architecture of the array.
DE
Dexter 1 year ago
I'm a bit confused by the wording of the question. What exactly does "Direct Access" mean in this context? I'll need to review my notes on RecoverPoint.
RE
Regenia 1 year ago
Hmm, this is a tricky one. I'll need to think carefully about the different array types and their limitations with RecoverPoint.
LE
Leonardo 1 year ago
Based on the information provided, I think the processes would resume with the next available queue item, not the one they were working on. And the queue item being processed would need to be manually marked as an exception, since it's not real-time backup.
JU
Junita 2 years ago
Hmm, this is a tough one. I'm leaning towards A) VMAX, but I better double-check my storage array trivia before I commit to an answer.
CL
Clement 2 years ago
Wow, this question really separates the storage admins from the storage comedians. I bet the answer is C) XtremIO, though I could be 'XtremIO-tivated' on this one.
LA
Lashanda 2 years ago
D) VPLEX seems like the right choice here. I remember reading about VPLEX's limitations with Direct Access to RecoverPoint copies.
JA
Javier 2 years ago
↳ replying to Lashanda
That makes sense, thanks for clarifying.
KR
Krystal 2 years ago
↳ replying to Lashanda
So, VPLEX is the array type with this limitation.
NI
Nicholle 2 years ago
↳ replying to Lashanda
Yes, VPLEX has limitations with Direct Access to RecoverPoint copies.
LE
Lenny 2 years ago
↳ replying to Lashanda
I think the answer is D) VPLEX.
CO
Cornell 2 years ago
I think the answer is B) VNX. I've heard that VNX has some limitations with RecoverPoint copies.
NA
Narcisa 2 years ago
↳ replying to Cornell
I believe the correct answer is A) VMAX.
DE
Delpha 2 years ago
↳ replying to Cornell
I think it might be VPLEX, not VNX.
DE
Delbert 2 years ago
↳ replying to Cornell
I agree, VNX does have limitations with RecoverPoint copies.
LI
Lindsey 2 years ago
VNX, for sure. It's like the Swiss Army Knife of storage, but sometimes it can't decide which tool to use.
CH
Chau 2 years ago
↳ replying to Lindsey
D) VPLEX
JE
Jettie 2 years ago
↳ replying to Lindsey
C) XtremIO
ST
Starr 2 years ago
↳ replying to Lindsey
B) VNX
TH
Thurman 2 years ago
↳ replying to Lindsey
A) VMAX
BR
Brittani 2 years ago
↳ replying to Lindsey
Yes, VNX is known for its flexibility.
ER
Erin 2 years ago
↳ replying to Lindsey
D) VPLEX
LE
Leota 2 years ago
↳ replying to Lindsey
C) XtremIO
CA
Carmelina 2 years ago
↳ replying to Lindsey
B) VNX
KR
Kris 2 years ago
↳ replying to Lindsey
A) VMAX
MI
Milly 2 years ago
↳ replying to Lindsey
VNX is versatile but can have limitations.
SA
Samira 2 years ago
↳ replying to Lindsey
D) VPLEX
RU
Ruby 2 years ago
↳ replying to Lindsey
C) XtremIO
RE
Refugia 2 years ago
↳ replying to Lindsey
B) VNX
CH
Chun 2 years ago
↳ replying to Lindsey
A) VMAX
JA
Jamal 2 years ago
Hmm, that's a good point. I'll have to reconsider my answer.
FA
Fannie 2 years ago
I disagree, I believe the answer is C) XtremIO because it also has limitations with Direct Access in RecoverPoint.
JA
Jamal 2 years ago
I think the answer is A) VMAX because it has limitations with Direct Access in RecoverPoint.
BE
Ben 2 years ago
Oof, VMAX is a tough one. Probably the answer, though. Those things are built like tanks, but sometimes they just don't play nice.
AN
Annamaria 2 years ago
↳ replying to Ben
I think VPLEX might be the one causing the issue.
FL
Fletcher 2 years ago
↳ replying to Ben
D) VPLEX
LU
Luisa 2 years ago
↳ replying to Ben
Yeah, VMAX can be tricky sometimes.
ST
Stephanie 2 years ago
↳ replying to Ben
A) VMAX
CR
Cristen 2 years ago
XtremIO, definitely. Those arrays are like the Bermuda Triangle of storage, always causing issues.
OL
Ollie 2 years ago
↳ replying to Cristen
So, it seems like the best option would be to avoid XtremIO for RecoverPoint copies.
BE
Benedict 2 years ago
↳ replying to Cristen
Yes, VMAX and VPLEX should not have the same issue with Direct Access.
LU
Lucina 2 years ago
↳ replying to Cristen
I think VMAX and VPLEX don't have the same limitation, right?
AL
Alecia 2 years ago
↳ replying to Cristen
I agree, XtremIO can be a headache when it comes to RecoverPoint.
0/2000 characters

Save Cancel