Questions for the D-RP-OE-A-24 were updated on : Nov 21 ,2025
A storage administrator has created a new Consistency Group with a remote copy. After enabling the
new group, the administrator notices several other
Consistency Groups are experiencing high load alerts.
What is possible cause for the high load conditions?
A
Which RecoverPoint feature allows for the creation of a consistent point-in-time image across
multiple Consistency Groups?
A
For which type of EMC storage array(s) is the RecoverPoint/BK used for in local backups?
C
Explanation:
RecoverPoint/BK license mode is for local backup of Data Domain storage. RecoverPoint/BK is
system-based licensing for all clusters in a RecoverPoint system:
•Synchronous replication
•Multipath I/O support
•Virtualization hypervisor support for Hyper-V and VMware platforms.
•Integration with VMware vCenter, VMware SRM and vSphere VAAI support
•Built-in bandwidth reduction
•Two to eight RecoverPoint appliances per RPA cluster for failure resiliency and throughput
RecoverPoint/BK Overview:
RecoverPoint/BK is a specialized licensing mode designed for local backup operations specifically
aimed at EMC's Data Domain storage systems. It enhances the data protection capabilities by
integrating with Data Domain for efficient backup and recovery processes.
Functionality and Features:
Local Backup: The RecoverPoint/BK license mode is particularly utilized for local backups of Data
Domain storage arrays. It ensures that the data stored on Data Domain systems can be effectively
backed up and restored locally.
Synchronous Replication: Provides real-time data replication between the primary and backup
locations to ensure data consistency.
Multipath I/O Support: Ensures high availability and reliability by providing multiple data paths to
storage.
Hypervisor Support: Supports virtualization platforms such as Hyper-V and VMware, allowing
integration with various virtualized environments.
Integration with VMware: Supports integration with VMware vCenter, VMware SRM, and vSphere
VAAI, enabling seamless management and operation within VMware environments.
Bandwidth Reduction: Includes built-in features to reduce bandwidth usage during data replication
and backup operations.
Resiliency and Throughput: Supports two to eight RecoverPoint appliances per RPA cluster,
enhancing failure resiliency and throughput for robust data protection.
Reference from EMC Documentation:
RecoverPoint/BK license mode is explicitly mentioned for local backups of Data Domain storage
arrays, providing a comprehensive data protection solution with advanced features tailored for Data
Domain.
Reference:
Based on the provided details and general documentation from EMC/Dell:
"RecoverPoint/BK license mode is used for local backup of Data Domain storage arrays, offering
features such as synchronous replication, multipath I/O support, and integration with VMware
platforms" (EMC RecoverPoint documentation, feature summary).
An administrator wants to integrate Site Recovery Manager (SRM) with RecoverPoint. Where should
the RecoverPoint storage replication adapter be installed?
B
Explanation:
To integrate Site Recovery Manager (SRM) with RecoverPoint, the storage replication adapter is a
critical component that allows SRM to manage RecoverPoint replication properly. The installation
steps are as follows:
Identify SRM Servers: Determine which servers are running the VMware Site Recovery Manager
service.
Install SRA: Install the RecoverPoint SRA on each of the SRM server hosts at both the recovery and
protected sites.
Verify Installation: Ensure that the SRA is correctly installed and recognized by the SRM service.
Configure Replication: Use the SRA within SRM to configure and manage replication settings for
disaster recovery.
It’s important to use the most current version of the SRA to ensure optimal compatibility and
available features.
The SRA can be downloaded from the VMware website, and the SRA release notes
and product documentation should be consulted to determine compatibility with SRM versions1
.
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?
C
Explanation:
In a Dell RecoverPoint environment, Direct Access mode allows for write access to a replica volume
during testing or other scenarios. However, when using XtremIO arrays, Direct Access mode is not
available because XtremIO handles replication differently compared to other array types.
Instead,
XtremIO uses its snapshot technology, which does not support Direct Access in the same way as
traditional replication methods1
.
Here’s why Direct Access is limited with XtremIO:
XtremIO Snapshot Technology: XtremIO arrays use snapshot technology for replication, which is
different from the replication methods used by other array types like VMAX, VNX, or VPLEX.
Direct Access Mode: This mode typically allows a replica volume to be mounted and written to
directly, but due to the way XtremIO handles snapshots, this functionality is not supported.
RecoverPoint Integration: RecoverPoint integrates with XtremIO to provide replication and disaster
recovery solutions, but the Direct Access feature is not compatible with XtremIO’s snapshot-based
replication1
.
Therefore, when using XtremIO arrays in a RecoverPoint environment, administrators need to be
aware of this limitation and plan their disaster recovery and testing strategies accordingly1
.
Which attributes can affect the Distribution phase of Consistency Groups?
A
Explanation:
The Distribution phase of Consistency Groups in a Dell RecoverPoint environment is influenced by
several factors:
Change Rate of Applications: The amount of data change occurring in the applications being
protected can affect how quickly the data needs to be distributed.
Number of Replication Sets: More replication sets can increase the complexity and load on the
system during the Distribution phase.
Copy Location: The geographical location of the copy in relation to the production site can impact
latency and distribution times.
WAN Bandwidth: Available bandwidth of the WAN connection between sites is crucial for timely data
distribution.
Replication Type: Whether the replication is synchronous or asynchronous can affect the Distribution
phase.
Compression and Deduplication Settings: These settings can optimize data transfer but also require
processing that can impact distribution.
Journal Volume Performance: The speed at which the Journal can record and distribute data is vital
for the Distribution phase.
Storage Array Performance: The overall performance of the storage array will influence how quickly
data can be distributed.
Copy Volume Performance: The performance of the copy volume can affect how quickly it can
receive and integrate the distributed data.
Understanding and optimizing these attributes can help ensure efficient operation of the
RecoverPoint system during the Distribution phase1
.
To determine whether physical or virtual RPAs are in use on a specific cluster, what is a correct
sequence of steps to determine the type of RPAs for that cluster when using
Unisphere?
C
Explanation:
To identify whether physical or virtual RPAs are in use on a specific cluster using Unisphere for
RecoverPoint, follow these steps:
Navigate to RPA Clusters: In Unisphere, locate and click on the ‘RPA clusters’ section.
Select Cluster Name: Find and select the specific cluster you want to investigate.
View RPA Details: Click on the ‘RPAs’ option to view detailed information about the RPAs associated
with the selected cluster.
This process will provide you with the necessary information to determine the type of RPAs (physical
or virtual) that are being used within the specified cluster1
.
A RecoverPoint system has been deployed with XtremlO at production and disaster recovery sites.
What is an accurate statement, if the replication mode for a Consistency
Group has been set as "Continuous"?
D
Explanation:
In a Dell RecoverPoint system with XtremIO arrays at both production and disaster recovery sites,
setting the replication mode for a Consistency Group as “Continuous” implies that the replication
occurs continuously without predefined intervals. This mode aims to minimize the Recovery Point
Objective (RPO), which is the maximum targeted period in which data might be lost due to a major
incident. While an RPO of 0 seconds is ideal, it is often not practical due to network latency and
system processing times.
Therefore, an effective RPO of less than 60 seconds is a realistic target for a
“Continuous” replication mode, ensuring that data loss is minimized to the lowest possible
timeframe in the event of a disaster1
.
In Unisphere for RecoverPoint, which wizard will allow an administrator to manage and monitor all
currently accessed copies undergoing testing, failover, and production
recovery?
C
Explanation:
In Unisphere for RecoverPoint, the “Manage Recovery” wizard is the tool that allows administrators
to manage and monitor all currently accessed copies that are undergoing testing, failover, and
production recovery. This wizard provides a centralized interface for overseeing the recovery
operations and ensuring that they are proceeding as expected. It includes features to:
View the status of recovery operations.
Manage failover and failback processes.
Monitor the progress of data synchronization and access during testing1
.
This wizard is an essential part of the RecoverPoint management suite, providing administrators with
the capabilities needed to ensure the continuity and integrity of their data protection processes1
.
A RecoverPoint administrator is planning to use RecoverPoint to protect their applications. The
administrator needs to protect 8192 production volumes. The RecoverPoint
system has two physical RPA clusters using VNX arrays.
What is a possible Consistency Group configuration?
A
Which type of RecoverPoint Consistency Group contains both active and standby production copies?
D
Explanation:
A MetroPoint Consistency Group is a special type of Consistency Group in Dell RecoverPoint that is
designed for environments where high availability and disaster recovery are critical. It includes:
Active Production Copies: These are the primary copies that are actively used in the production
environment.
Standby Production Copies: These copies are on standby and can be activated in case the active
production copies fail or need to be taken offline for maintenance.
The MetroPoint Consistency Group allows for continuous data protection and availability across
multiple sites, combining the benefits of VPLEX Metro with the third-site replication provided by
RecoverPoint1
.
A storage administrator is selecting Test a Copy to enable an Image Access for an XtremIO-to-XtremIO
Consistency Group. Why is Logged Access the only allowable access
mode with this type of replication?
A
Explanation:
Snapshot Technology: XtremIO arrays use snapshot technology that allows for quick access to data at
a specific point in time.
Logged Access Mode: When using RecoverPoint with XtremIO arrays, Logged Access mode is used
because it leverages the snapshot capabilities of XtremIO.
Instant Promotion: The snapshots created by XtremIO are instantly promoted as the SCSI personality
of the copy, making them immediately accessible to the host.
Efficiency: This process is efficient because it does not require the Journal to roll forward or
backward, which would be necessary for other access modes like Virtual Access.
This capability is part of what makes XtremIO an effective storage solution for environments
requiring rapid access to multiple data points for testing, development, or recovery purposes12
.
A storage administrator has seen high-load events in their RecoverPoint environment. The
administrator wants to review the performance data for the past week with
RecoverPoint. In addition, the administrator wants the raw data saved to a spreadsheet to review
and create graphs of system performance over a period of time.
Which CLI command should be used?
A
Explanation:
To review the performance data for the past week in a RecoverPoint environment and save the raw
data for further analysis, the export_statistics CLI command should be used. This command allows
the administrator to export the performance statistics data, which can then be saved to a
spreadsheet and used to create graphs or conduct detailed analysis of system performance over
time. The steps to use this command are:
Access the CLI: Log into the RecoverPoint CLI using the appropriate credentials.
Execute the Command: Run the export_statistics command to gather the performance data.
Save the Data: The command will generate the performance data, which can be saved to a file.
Analyze the Data: Open the saved file in a spreadsheet application to review the data and create
graphs as needed.
This command is particularly useful for administrators who need to monitor and analyze the
performance of their RecoverPoint environment over a specific period1
.
In Unisphere for RecoverPoint, which system analysis tool can verify that Consistency Groups are
replicating efficiently or provide recommendations if user action is required?
A
Explanation:
The “Detect Bottlenecks” tool in Unisphere for RecoverPoint is designed to analyze the performance
of Consistency Groups and identify any potential bottlenecks that may be affecting replication
efficiency. If the tool detects issues that require user action, it will provide recommendations on how
to address them. The steps involved in using this tool are:
Access Unisphere for RecoverPoint: Log into the Unisphere interface.
Navigate to System Analysis Tools: Locate the section for system analysis tools.
Select ‘Detect Bottlenecks’: Choose this option to start the analysis.
Review Results: Examine the output for any identified bottlenecks and follow the recommendations
provided to resolve any issues and optimize replication performance1
.
This tool is an essential part of the RecoverPoint system analysis suite, helping administrators
maintain efficient replication and ensure data protection1
.
Why is Image Access instantaneous when testing a copy with XtremlO arrays?
D
Explanation:
When using XtremIO arrays with RecoverPoint, Image Access is instantaneous because there is no
need to roll the Journal forward or backward. This is due to the way XtremIO handles snapshots,
which are used by RecoverPoint during the Image Access process:
Snapshot Creation: XtremIO creates snapshots very efficiently, without the need for a full copy of the
data. These snapshots are pointer-based, meaning they reference the original data without
duplicating it.
Instant Access: When Image Access is initiated, RecoverPoint can immediately present a snapshot to
the host because it’s simply a matter of accessing the pointers to the existing data, rather than
having to roll data forward or backward in the Journal.
Continuous Replication: Even while Image Access is in use, replication and distribution continue
unaffected, ensuring that protection of the production data is maintained1
.
This capability is part of what makes XtremIO an effective storage solution for environments
requiring rapid access to multiple data points for testing, development, or recovery purposes1
.