Latest D-PSC-MN-01 Exam Cram & D-PSC-MN-01 Valid Test Papers

The EMC job market has become so competitive and challenging. To stay competitive in the market as an experienced IT professional you have to upgrade your skills and knowledge with the Dell PowerScale Maintenance Exam (D-PSC-MN-01) certification exam. With the D-PSC-MN-01 exam dumps you can easily prove your skills and upgrade your knowledge. To do this you just need to enroll in the Dell PowerScale Maintenance Exam (D-PSC-MN-01) certification exam and put all your efforts to pass this challenging EMC D-PSC-MN-01 exam with good scores.

EMC D-PSC-MN-01 Exam Syllabus Topics:

Topic	Details
Topic 1	PowerScale Implementation: Geared towards cluster administrators, this section covers the practical aspects of implementing PowerScale systems. It focuses on creating new clusters, integrating nodes into existing clusters, and applying alternative configurations or accessories to improve performance.
Topic 2	PowerScale Hardware Concepts: This part of the exam assesses the expertise of IT infrastructure architects, and emphasizes the ability to differentiate between the architectural elements of PowerScale platforms, understand their specific use cases, and compare design specifications across PowerScale hardware models.
Topic 3	PowerScale Hardware Maintenance: Targeted at system administrators, this section focuses on key tasks involved in maintaining PowerScale hardware. It examines candidates' proficiency in completing initial maintenance steps, preparing nodes for operation, and processing Field Replaceable Unit (FRU) and Customer Replaceable Unit (CRU) requests.
Topic 4	PowerScale Hardware Installation: This section evaluates the installation capabilities of hardware engineers to test candidates on their ability to plan and execute the installation of PowerScale hardware, prepare the maintenance site, and adhere to best practices when installing racks, nodes, and related components.

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EMC Dell PowerScale Maintenance Exam Sample Questions (Q82-Q87):

NEW QUESTION # 82
A platform engineer is connecting a new Dell PowerScale F600 node to the frontend switch in an existing cluster with legacy nodes.
How should the network cables be connected?

A. From the PCIe slot 3 to the frontend InfiniBand switch
B. From the PCIe slot 1 to the frontend Ethernet switch
C. From the PCIe slot 1 to the frontend InfiniBand switch
D. From the PCIe slot 3 to the frontend Ethernet switch

Answer: B

Explanation:
When connecting a Dell PowerScale F600 node to the frontend network in an existing cluster with legacy nodes, it's important to follow the correct cabling practices to ensure network compatibility and optimal performance.
The F600 node uses PCIe slot 1 for frontend (client) network connections. This slot supports Ethernet network interfaces that handle client traffic. PCIe slot 3 is typically reserved for backend (cluster interconnect) networking. Since the cluster includes legacy nodes, and assuming they use Ethernet for frontend connectivity, the F600 should connect its frontend network interfaces from PCIe slot 1 to the frontend Ethernet switch.
Connecting the cables from PCIe slot 1 to the frontend Ethernet switch ensures that the F600 node properly communicates with clients and integrates seamlessly into the existing cluster network infrastructure.
References:
* Dell PowerScale F600 Technical Specifications Guide
* Dell PowerScale Network Configuration Guide
* Best Practices for Adding Nodes to an Existing Dell PowerScale Cluster

NEW QUESTION # 83
What type of upgrade on a Dell EMC PowerScale cluster requires rebooting of all nodes at the same time?

A. Simultaneous
B. Side-by-side
C. In-place
D. Rolling

Answer: A

Explanation:
In Dell EMC PowerScale clusters, upgrades can be performed using different methods, each with its own impact on cluster availability and performance.
Simultaneous Upgrade:
* Definition:
* A simultaneous upgrade involves rebooting all nodes in the cluster at the same time.
* Characteristics:
* The entire cluster is taken offline during the upgrade process.
* Downtime is required, making it suitable for non-production environments or maintenance windows.
Why Other Options Are Incorrect:
* Rolling Upgrade (Option B):
* Nodes are upgraded one at a time, allowing the cluster to remain online.
* Side-by-Side Upgrade (Option C):
* Involves building a new cluster and migrating data; nodes are not rebooted simultaneously.
* In-Place Upgrade (Option D):
* Refers to upgrading software on the existing hardware but does not imply simultaneous reboots.
Dell PowerScale References:
* Dell EMC PowerScale OneFS Upgrade Guide:
* Chapter on Upgrade Methods:
* Describes simultaneous upgrades and their impact on cluster availability.
* Provides guidelines on when to choose this method.
* Best Practices:
* Schedule simultaneous upgrades during planned downtime.
* Notify users of the expected service interruption.

NEW QUESTION # 84
A platform engineer is installing a fully populated Dell PowerScale Gen 6 chassis in a customer rack.
However, the equipment lift is broken.
What is the appropriate course of action to take before attempting to lift the chassis?

A. Remove the power supplies and drive sleds while waiting for the lift to be repaired.
B. Remove the power supplies and hard drives, then rack the chassis.
C. Stop work until the lift is repaired and fully functional.
D. Remove and label the drive sleds and compute modules, then rack the chassis with assistance.

Answer: D

NEW QUESTION # 85
A platform engineer must replace a failed chassis on a Dell PowerScale Gen6 cluster. What must the engineer do after powering off the nodes?

A. Remove the drive sleds and motherboard and transfer them to the new chassis.
B. Remove the drives and compute modules and reimage each drive before installing them in the chassis.
C. Remove the drives, install the chassis, and place the drives in the new chassis.
D. Remove the drive sleds, label them for identification, and place the drive sleds In the newly installed chassis.

Answer: D

Explanation:
When replacing a failed chassis in a Dell PowerScale Gen6 cluster, it's critical to preserve the data and configuration by maintaining the exact placement of the drive sleds. After powering off the nodes, the engineer should:
* Remove Drive Sleds:
* Carefully remove each drive sled from the failed chassis.
* Label for Identification:
* Label each drive sled with its corresponding slot number or unique identifier.
* Install New Chassis:
* Mount the new chassis in the rack where the failed one was located.
* Reinstall Drive Sleds:
* Insert the labeled drive sleds into the same slots in the new chassis.
* Power On Nodes:
* Power on the nodes and verify that they boot correctly and rejoin the cluster.
This procedure ensures that the drives remain in their original configuration, preserving data integrity and cluster settings. There's no need to transfer motherboards or reimage drives, as these actions could disrupt cluster operations and lead to data loss.
References:
* Dell PowerScale Hardware Replacement Guide- Chassis Replacement Procedures
* Dell PowerScale OneFS Administration Guide- Best Practices for Hardware Maintenance
* Dell Knowledge Base Article- Preserving Drive Order During Chassis Replacement

NEW QUESTION # 86
When setting up internal networking for a PowerScale cluster, what is a crucial requirement?

A. Private interconnects between nodes
B. Public IP addresses for all nodes
C. Serial connection between nodes
D. Unrestricted internet access

Answer: A

NEW QUESTION # 87
......

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Latest D-PSC-MN-01 Exam Cram & D-PSC-MN-01 Valid Test Papers

EMC D-PSC-MN-01 Exam Syllabus Topics:

Latest D-PSC-MN-01 Exam Cram, EMC D-PSC-MN-01 Valid Test Papers: Dell PowerScale Maintenance Exam Pass for Sure

EMC Dell PowerScale Maintenance Exam Sample Questions (Q82-Q87):

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