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Dell EMC D-XTR-OE-A-24 Exam - Topic 2 Question 30 Discussion

When configuring disk groups for Oracle ASM using XtremlO as the storage array, what is the recommended redundancy type for the ASM disk groups?
C) External
A) RecoverPoint
B) High
D) Normal

Dell EMC D-XTR-OE-A-24 Exam - Topic 2 Question 30 Discussion

Actual exam question for Dell EMC's D-XTR-OE-A-24 exam
Question #: 30
Topic #: 2
[All D-XTR-OE-A-24 Questions]

When configuring disk groups for Oracle ASM using XtremlO as the storage array, what is the recommended redundancy type for the ASM disk groups?

Show Suggested Answer Hide Answer
Suggested Answer: C

When using XtremIO storage arrays for Oracle ASM disk groups, the recommended redundancy type is typically external redundancy. This is because XtremIO arrays are built with inherent data protection and redundancy features that eliminate the need for additional mirroring at the ASM level1.

External Redundancy: With external redundancy, Oracle ASM does not mirror data within the disk group. Instead, it relies on the underlying storage system to provide redundancy and data protection. XtremIO's unique data protection scheme, XDP (XtremIO Data Protection), provides such redundancy1.

XtremIO Features: XtremIO arrays are designed with high levels of fault tolerance and include features like SSD failover and advanced error correction. These features ensure data integrity and availability, making external redundancy a suitable choice1.

Performance Considerations: Choosing external redundancy can also lead to better performance since it avoids the overhead of additional mirroring at the ASM level, which is unnecessary given XtremIO's capabilities1.

Best Practices: Dell EMC recommends using external redundancy for ASM disk groups when using storage arrays like XtremIO that provide their own robust data protection mechanisms1.

In summary, for Oracle ASM disk groups using XtremIO storage arrays, external redundancy (OC) is the recommended setting, as it leverages the array's built-in redundancy features and optimizes performance1.


by Bernadine at Nov 20, 2025, 11:44 PM

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Allene
4 months ago
High redundancy is recommended for performance and reliability.
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Zita
4 months ago
I feel like External (C) could work for less critical setups.
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Hui
4 months ago
But what about D) Normal? It’s a good balance.
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Tien
4 months ago
Yeah, High redundancy makes sense for critical data.
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Jimmie
4 months ago
Wait, is External really an option? That seems risky!
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Shizue
5 months ago
I disagree, I believe High is the way to go for better protection.
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Shannan
5 months ago
I think the recommended redundancy is Normal.
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Bette
5 months ago
D) Normal is the correct answer. It's the standard redundancy type for ASM with XtremIO, no need to get fancy.
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Oren
6 months ago
Haha, A) RecoverPoint? That's like using a bazooka to kill a fly. D) Normal is the sensible choice here.
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Delsie
6 months ago
A) RecoverPoint? What does that even have to do with Oracle ASM? Clearly, the answer is D) Normal.
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Steffanie
6 months ago
B) High redundancy? Seriously? That's overkill for XtremIO. D) Normal is the way to go.
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Joni
6 months ago
I thought the answer was C) External. Guess I need to review my Oracle ASM configuration again.
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Hyun
6 months ago
D) Normal is the recommended redundancy type for ASM disk groups when using XtremIO as the storage array.
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Merrilee
6 months ago
I practiced a similar question, and I think "High" redundancy is the safest option for critical data, but I might be mixing it up with another topic.
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Keneth
7 months ago
I believe "External" redundancy is typically used when integrating with certain storage solutions, but I’m not confident if it applies here.
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Sharita
7 months ago
I feel like "Normal" redundancy was mentioned in a practice question, but I can't recall the specifics about when to use it.
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Chuck
7 months ago
I think I remember that for high availability, "High" redundancy is often recommended, but I'm not completely sure.
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Glenn
7 months ago
I'm confident the answer is C) External. ASM doesn't need to manage the redundancy when using an external storage array like XtremlO, so that's the recommended option.
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Dorathy
7 months ago
I remember learning about the different ASM redundancy types, but I'm drawing a blank on which one is best for XtremlO. I'll have to review my notes before answering this one.
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Mireya
7 months ago
I agree, High redundancy ensures data safety.
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Xochitl
8 months ago
I think option B) High is the best choice.
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Darell
8 months ago
Okay, let me see. XtremlO is an external storage array, so the redundancy would need to be handled at that level, not within ASM. I'm pretty sure the answer is External.
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Brynn
8 months ago
I’ve heard mixed things about Normal, not sure if it’s reliable enough.
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Devora
8 months ago
Normal is fine, but High is safer for critical data.
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Hyun
8 months ago
Hmm, I'm not totally sure about this one. I know ASM has different redundancy options, but I can't remember the specifics for XtremlO. I'll have to think this through carefully.
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Fabiola
9 months ago
I think the recommended redundancy type for ASM disk groups with XtremlO storage is Normal. That's the standard option, right?
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Janella
3 months ago
Normal is indeed the standard, but consider your needs.
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Malcom
3 months ago
High redundancy offers more protection, but at a cost.
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Aleisha
3 months ago
External might be useful in some cases, though.
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Domingo
3 months ago
Normal is a good choice for most setups.
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Marleen
4 months ago
I believe High redundancy is better for critical data.
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