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Dell EMC Exam D-PEXE-IN-A-00 Topic 3 Question 18 Discussion

Actual exam question for Dell EMC's D-PEXE-IN-A-00 exam
Question #: 18
Topic #: 3
[All D-PEXE-IN-A-00 Questions]

A deployment engineer is discussing the benefits of the PowerEdge XE9680 to a data center manager. A customer has many PowerEdge servers. They require the greatest amount of network

throughput possible. The manager asks how many PCle risers and network PCI cards the server can support.

What should be the response?

Show Suggested Answer Hide Answer
Suggested Answer: C

Understanding Stab-in Rails:

Stab-in rails are designed to simplify the server installation process. These rails enable a quick and straightforward installation of the server into the rack.

Compatibility and Usage:

Stab-in rails are specifically designed for use in 4-post racks with square holes. This compatibility ensures stability and proper fitting within the rack structure.

Installation Process:

Before initiating the installation, verify that the rack is a 4-post, square hole type.

Position the stab-in rails to align with the square holes on the rack. Typically, stab-in rails have tabs that fit precisely into these square holes.

Mounting the Server:

Once the rails are securely attached to the rack, the server can be mounted. The design of the stab-in rails facilitates a smooth insertion of the server, ensuring it is securely held in place.

Ensuring Proper Fit:

After the server is mounted, check to ensure that it is level and securely attached. This step is crucial to prevent any movement or displacement that could occur due to vibrations or physical disturbances.


Dell EMC PowerEdge XE9680 and XE8640 Installation and Service Manual: This manual provides detailed instructions on the use and installation of stab-in rails, including compatibility with specific rack types.

Dell EMC Technical Specifications Guide: Offers comprehensive specifications and compatibility information for different mounting and installation hardware used with Dell PowerEdge servers.

Contribute your Thoughts:

Willow
27 days ago
I'm feeling a bit risers-y about this question, but I think B is the correct answer. Four risers and eight network cards sounds like a lot of power!
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Ellsworth
2 days ago
B) Four risers, and each can have two PCle network cards.
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Franchesca
9 days ago
A) Two butterfly risers, and each can have two PCle network cards.
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In
1 months ago
B is the way to go. I don't think the customer wants to be limited to just one riser and card, they need that sweet, sweet network throughput!
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Raelene
13 days ago
A) Two butterfly risers, and each can have two PCle network cards.
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Refugia
1 months ago
Haha, I bet the customer is going to need a forklift to move all those network cards! B seems like the right answer though.
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Elza
1 months ago
I'm pretty sure it's B. The question specifically asks about the number of risers and network cards, and that's the only option that provides that level of detail.
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Elinore
2 days ago
I think you're right. Option B seems to be the most detailed and specific.
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Gladys
7 days ago
B) Four risers, and each can have two PCle network cards.
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Pauline
22 days ago
A) Two butterfly risers, and each can have two PCle network cards.
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Golda
2 months ago
I think the answer is C) No riser is supported, but it supports up to ten PCle network cards. That would provide the greatest amount of network throughput.
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Elizabeth
2 months ago
The answer must be B. Four risers, and each can have two PCle network cards. That's the only option that mentions the maximum number of risers and network cards.
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Stephaine
20 days ago
B: That makes sense, it would provide the greatest amount of network throughput possible.
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Nu
29 days ago
A: Four risers, and each can have two PCle network cards.
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Shawana
2 months ago
I disagree, I believe the correct answer is B) Four risers, and each can have two PCle network cards.
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Glenn
2 months ago
I think the answer is A) Two butterfly risers, and each can have two PCle network cards.
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