EXAM D-PVM-OE-01 TIPS, D-PVM-OE-01 VALID EXAM TUTORIAL

Exam D-PVM-OE-01 Tips, D-PVM-OE-01 Valid Exam Tutorial

Exam D-PVM-OE-01 Tips, D-PVM-OE-01 Valid Exam Tutorial

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EMC D-PVM-OE-01 Exam Syllabus Topics:

TopicDetails
Topic 1
  • Unisphere for PowerMax 10 Implementation and Administration: This section of the exam measures the skills of System Administrators and covers the implementation and management of Unisphere for PowerMax. Candidates must understand the installation process, post-installation tasks, and interface navigation to efficiently operate the platform. One key skill evaluated is setting up Unisphere for PowerMax.
Topic 2
  • PowerMaxOS 10 Data Mobility: This section of the exam measures the skills of Data Migration Specialists and covers data mobility and migration features in PowerMaxOS 10. Candidates must understand the benefits of non-disruptive migration and be able to perform migrations using Unisphere for PowerMax. One key skill assessed is executing non-disruptive data migrations.
Topic 3
  • PowerMax Family Storage Provisioning: This section of the exam measures the skills of Storage Administrators and covers the architecture, configurations, and management of the PowerMax family. Candidates must understand system models, port and device management, and provisioning methods using Unisphere for PowerMax. They are expected to perform service level-based provisioning and allocate storage through auto-provisioning groups. One key skill assessed is configuring storage using Unisphere for PowerMax.
Topic 4
  • PowerMax Family Monitoring and Workload Planning: This section of the exam measures the skills of Performance Analysts and focuses on monitoring storage environments and workload planning using Unisphere for PowerMax. Candidates must understand how to track performance metrics, detect issues, and optimize workloads to enhance storage efficiency. One key skill tested is monitoring storage health through Unisphere.
Topic 5
  • PowerMax Family Business Continuity Administration: This section of the exam measures the skills of Disaster Recovery Engineers and focuses on replication technologies used for business continuity. Candidates must perform SnapVX and Clone operations using Unisphere for PowerMax and understand Symmetrix Remote Data Facility (SRDF) replication. They must also execute SRDF operations using Unisphere and SYMCLI.
Topic 6
  • PowerMax Family Management in a Virtual Environment: This section of the exam measures the skills of Virtualization Engineers and evaluates the integration of PowerMax storage in virtualized environments. Candidates must understand VMware vSphere, the functionalities of Virtual Storage Integrator (VSI), and how to monitor virtualized workloads using Unisphere for PowerMax. One critical skill assessed is tracking virtual machine storage performance.
Topic 7
  • PowerMax Family Local and Remote Replication Concepts: This section of the exam measures the skills of Backup and Recovery Specialists and covers the features and functionalities of TimeFinder SnapVX. Candidates must differentiate between SnapVX snapshots and clones while understanding their role in data protection. One key skill assessed is comparing the use cases of snapshots and clones.

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EMC Dell Technologies PowerMax Operate Sample Questions (Q31-Q36):

NEW QUESTION # 31
When using TimeFinder SnapVX technology, what is the maximum number of target volumes that can be linked to a snapshot on a single source volume?

  • A. 0
  • B. 1
  • C. 2
  • D. 3

Answer: D

Explanation:
Step by Step Comprehensive Detailed Explanation:
TimeFinder SnapVX is a snapshot technology in PowerMax that allows you to create point-in-time copies of data. When using SnapVX, you can link target volumes to a snapshot to create writable copies of the data at that specific point in time.
The maximum number of target volumes that can be linked to a single snapshot on a source volume is255.
This limitation ensures efficient management and performance of the SnapVX snapshots and linked targets.
Why other options are incorrect:
* B. 256, C. 512, D. 1024:These numbers exceed the maximum limit of linked targets per snapshot.
References and documents of Dell's public documentation for PowerMax Operate v.2:
* Dell Solutions Enabler 10.0.0 TimeFinder SnapVX CLI User Guide:This guide provides detailed information about SnapVX features and limitations, including the maximum number of linked targets per snapshot. You can find this document on the Dell Support website by searching for "Solutions Enabler TimeFinder SnapVX CLI User Guide."
* Dell PowerMax Family: Essentials and Best Practices Guide:This guide offers a comprehensive overview of PowerMax technologies, including SnapVX. It may provide context for understanding the limitations and best practices for using SnapVX snapshots and linked targets.


NEW QUESTION # 32
A PowerMax array has been added to the environment. As part of the configuration, a weekly backup is done every Sunday during the 8:00 AM hour. The load for all components during the backup window should not be in system-level compliance calculations.

Using the simulator, set a recurring exclusion window at the system level on the array for the backup window.

Answer:

Explanation:
See the explanation for step by step solution.
Explanation:
Okay, I understand. We need to configure a recurring exclusion window in the Unisphere for PowerMax simulator to exclude performance load during a weekly backup that occurs every Sunday from 8:00 AM to 9:
00 AM. This exclusion will prevent the backup load from affecting system-level compliance calculations.
Here's a step-by-step guide on how to do this, based on typical Unisphere functionality:
Steps:
1. Launch the Simulator and Navigate to the System Settings
* Open Unisphere for PowerMax in your web browser.
* Log in to the simulator (you should already be logged in with the array SID 1762 selected, based on the image).
* In the left-hand navigation pane, locate the settings or configuration section. The exact location might vary slightly, but it's often found under:
* Home>System Settings
* Settings(an icon representing settings, like a gear)
* Admin>System
* In this instance, click thegearicon on the top right corner of the Unisphere interface.
2. Find the Exclusion Window Settings
* Within the system settings, look for a section related to performance monitoring, metrics, or thresholds.
* Within this section, search for an option to configure "Exclusion Windows," "Scheduled Exclusions," or something similar. The exact name may vary.
3. Create a New Exclusion Window
* Click on a button or link to create a new exclusion window. This might be labeled:
* "Create"
* "Add"
* "+"(a plus icon)
* A new window or panel will appear, allowing you to configure the exclusion window settings.
4. Configure the Exclusion Window Settings
* Name (Optional):You can give the exclusion window a descriptive name, such as "Weekly Backup Exclusion."
* Type:Select"Recurring"or"Repeating"as the exclusion window type.
* Schedule:
* Day of the Week:Select"Sunday".
* Start Time:Set the start time to 08:00 (or 8:00 AM). Make sure the time is in 24-hour format or that you correctly select AM if using 12-hour format.
* End Time:Set the end time to 09:00 (or 9:00 AM).
* Scope/Target:Since we want this exclusion to apply at the system level, make sure the scope is set to
"System"or the entire array (SID 1762 in this case). You might not need to explicitly select this if system-level is the default.
* Components/Metrics:In some Unisphere versions, you can choose which components or metrics to exclude. In our case, we want to exclude the load for "all components." If there's anoption to select components, either choose "All" or leave it at the default (which likely includes all components).
5. Save the Exclusion Window
* After configuring all the settings, review them carefully to make sure they are correct.
* Click the button to save the exclusion window. This might be labeled:
* "Create"
* "Save"
* "OK"
* "Apply"
6. Verify Exclusion Window Creation (Optional)
* After the exclusion window is created, you can usually verify its settings in the exclusion window list.
* You should see the new exclusion window listed with the correct schedule (Sunday, 8:00 AM - 9:00 AM) and scope (system level).


NEW QUESTION # 33
Place the steps in the correct order for performing a Non-Disruptive Migration

Answer:

Explanation:

Explanation:
* Set up the migration environment to migrate applications from the source array to the target array.
* Examine the specific storage for the applications on the source array and automatically provision equivalent storage on the target array.
* Initiate data synchronization from the source to the target and cutover to make source array paths inactive so target array services all host I/O.
* Commit the necessary changes after the source to target data synchronization is complete and all application data has been migrated to the target.
* Remove the configured array-to-array connectivity for the data migration pathway on both storage arrays.
Correct Order:
* Set up the migration environment to migrate applications from the source array to the target array.
* Why:This is the initial setup phase, where you configure the necessary settings on both the source and target arrays to enable the migration. This involves actions like:
* Verifying compatibility between the source and target arrays.
* Ensuring that the required licenses are in place (e.g., NDM license).
* Configuring network connectivity (FC or iSCSI) for data transfer between the arrays.
* Examine the specific storage for the applications on the source array and automatically provision equivalent storage on the target array.
* Why:Before migrating data, you need to ensure that the target array has the appropriate storage capacity and configuration to host the applications.
* How:NDM can often automatically provision equivalent storage on the target based on the source configuration. This includes creating storage groups, volumes, and masking views that mirror the source.
* Initiate data synchronization from the source to the target and cutover to make source array paths inactive so target array services all host I/O.
* Why:This is the core of the migration process. Data is copied from the source to the target while the application continues to run. Cutover is the final step where I/O is redirected to the target array.
* How:
* Synchronization:Data is copied in the background.
* Cutover:Once synchronization is complete, a brief cutover is performed. In a well-planned NDM, this cutover is designed to be within the I/O timeout limits of most applications.
* Commit the necessary changes after the source to target data synchronization is complete and all application data has been migrated to the target.
* Why:This step finalizes the migration and makes it permanent.
* What it involves:The migration session is acknowledged and the configuration is finalized on the target array.
* Remove the configured array-to-array connectivity for the data migration pathway on both storage arrays.
* Why:After the migration is complete, the temporary connections used for data transfer between the arrays should be removed to free up resources and maintain a clean configuration.
* What it involves:This typically means removing the FC zones or iSCSI settings that were configured specifically for the NDM process.


NEW QUESTION # 34
Refer to the exhibit.

What is the topology shown1?

  • A. SRDF/Star
  • B. Concurrent SRDF
  • C. Cascaded SRDF
  • D. SRDF/Metro

Answer: C

Explanation:
Step by Step Comprehensive Detailed Explanation:
The topology shown in the exhibit depictsCascaded SRDF. This SRDF configuration involves three storage arrays (or sites) connected in a chained or cascaded manner.
Here's how it works:
* Primary Site (R1):The production host is connected to the primary storage array (R1).
* Intermediate Site (R2):The primary array (R1) synchronously replicates data to an intermediate array (R2).
* Remote Site (R2):The intermediate array (R2) then asynchronously replicates data to a remote array (also labeled R2 in the diagram).
This cascading setup provides a multi-hop disaster recovery solution, where data is first replicated synchronously to a nearby site for high availability and then asynchronously replicated to a further remote site for disaster recovery.
Why other options are incorrect:
* B. SRDF/Star:SRDF/Star involves a central array replicating to multiple remote arrays in a star-like pattern.
* C. SRDF/Metro:SRDF/Metro is designed for synchronous replication over short distances, typically within a metropolitan area.
* D. Concurrent SRDF:Concurrent SRDF allows multiple SRDF relationships to exist simultaneously for the same device.
References and documents of Dell's public documentation for PowerMax Operate v.2:
* Dell Solutions Enabler 10.0.0 SRDF Family CLI User Guide:This guide provides detailed information about different SRDF configurations, including Cascaded SRDF. You can find this document on the Dell Support website by searching for "Solutions Enabler SRDF Family CLI User Guide."
* Dell PowerMax Family: Essentials and Best Practices Guide:This guide offers a comprehensive overview of SRDF and its functionalities, including various topologies and use cases.


NEW QUESTION # 35
A customer has a clone session for the storage group DATA that is no longer needed.

Using the simulator, terminate the clone session for the storage group.

Answer:

Explanation:
See the explanation for step by step solution.
Explanation:
We need to terminate a clone session for the storage group named "DATA" in the Unisphere for PowerMax simulator.
Here's a step-by-step guide on how to do this, based on typical Unisphere functionality and the context of the question:
Steps:
1. Launch the Simulator and Navigate to the TimeFinder/Clone Section
* Open Unisphere for PowerMax in your web browser.
* Log in to the simulator (you should already be logged in with the array SID 1762 selected, based on the provided image).
* In the left-hand navigation pane, locate the section related to TimeFinder operations. This is usually found under:
* Data Protection
* Local Protection
* TimeFinder
* Expand the relevant sections and click onTimeFinder SnapVXorTimeFinder Clone(the exact wording might vary slightly in the simulator). The goal is to get to the view where you can manage clone sessions.
2. Locate the Clone Session for the "DATA" Storage Group
* The TimeFinder/Clone view will display a list of existing clone sessions.
* You need to find the session associated with the "DATA" storage group. Look for the following:
* Storage Group Name:The "DATA" storage group should be listed as the source of the clone session.
* Session Type/Mode:Verify that it's a Clone session (not a SnapVX snapshot or another type of session).
3. Select the Clone Session
* Once you've found the correct clone session for the "DATA" storage group, select it.
* You can usually do this by:
* Clicking a checkbox next to the session.
* Clicking on the session itself (if the interface allows it).
4. Terminate the Clone Session
* After selecting the clone session, look for an action button or menu option to terminate it. This might be labeled:
* "Terminate"
* "Delete"
* "Remove"
* "Fracture"(in some older versions)
* "Stop"
* Click the appropriate button to initiate the termination process.
* Confirmation:You will likely be prompted with a confirmation message to ensure you want to terminate the selected clone session. Verify that you have selected the correct session (the one for the
"DATA" storage group) and confirm the termination.


NEW QUESTION # 36
......

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