When are new RecoverPoint licenses added to a new cluster?
C
Explanation:
Deployment Manager Overview: The Deployment Manager is a tool used to install and configure
RecoverPoint clusters. It guides users through various steps to ensure the proper setup and
configuration of the system.
Prepare New Cluster for Connection: During this step, the Deployment Manager prepares the new
cluster for connection to the existing infrastructure. This involves several sub-steps, including
network configuration, validation of the environment, and ensuring that all necessary components
are in place.
Adding Licenses: As part of the “Prepare New Cluster for Connection” step, new RecoverPoint
licenses are added to the cluster. This is crucial because the licenses enable the functionality of the
RecoverPoint system, allowing it to perform replication and recovery tasks.
Verification: After adding the licenses, the Deployment Manager verifies that the licenses are
correctly applied and that the cluster is ready for the next steps in the deployment process.
Reference: This information is verified based on the official Dell RecoverPoint documentation, which
outlines the steps and procedures for deploying and configuring RecoverPoint clusters12
.
A storage administrator wants the ability to have the same point-in-time image across multiple
Consistency Groups. If a RecoverPoint system uses vRPAs to protect data
stored on VNX arrays, which feature provides this functionality?
A
Explanation:
Understanding Group Sets: Group Sets in Dell RecoverPoint allow administrators to create a
consistent point-in-time image across multiple Consistency Groups. This is particularly useful in
environments where data consistency across different applications or databases is critical.
Functionality: When using Group Sets, a single bookmark can be applied to multiple Consistency
Groups simultaneously. This ensures that all the groups are synchronized to the same point in time,
providing a consistent recovery point across different data sets.
Implementation:
Step 1: Access the RecoverPoint Management Application.
Step 2: Navigate to the Group Sets section.
Step 3: Create a new Group Set and select the Consistency Groups that need to be included.
Step 4: Apply a bookmark to the Group Set. This action will create a consistent point-in-time image
across all selected Consistency Groups.
Verification: After setting up the Group Set and applying the bookmark, verify that the point-in-time
image is consistent across all included Consistency Groups. This can be done by checking the
bookmarks and ensuring they are synchronized.
Reference: This information is verified based on the official Dell RecoverPoint documentation, which
details the use and configuration of Group Sets for achieving consistent point-in-time images across
multiple Consistency Groups12
.
You are deploying RecoverPoint and need to configure zoning for a Brocade switch. How can the RPA
WWNs / PWWNs be retrieved?
D
Explanation:
Accessing the RPA: To retrieve the WWNs / PWWNs, you need to log into each RecoverPoint
Appliance (RPA) individually.
Step 1: Use an SSH client to connect to the RPA.
Step 2: Log in with the boxmgmt user credentials.
Navigating to SAN Diagnostics: Once logged in, navigate to the SAN Diagnostics menu.
Step 3: From the main menu, select the option for SAN Diagnostics. This menu provides various
diagnostic tools and information related to the SAN environment.
Retrieving WWNs / PWWNs: Within the SAN Diagnostics menu, you can retrieve the WWNs /
PWWNs.
Step 4: Select the option to display the initiators. This will list the WWNs / PWWNs associated with
the RPA.
Verification: Ensure that the retrieved WWNs / PWWNs are correct and correspond to the intended
RPAs. This information is crucial for configuring zoning on the Brocade switch.
Reference: This process is verified based on the official Dell RecoverPoint documentation, which
outlines the steps for accessing and retrieving WWNs / PWWNs from the RPAs12
.
Which RPA type(s) supports replication of XtremIO volumes?
D
Explanation:
Understanding RPA Types: RecoverPoint Appliances (RPAs) come in different generations, each with
varying capabilities. Gen 6 RPAs and virtual RPAs (vRPAs) are the latest models that support
advanced features and integrations.
XtremIO Integration: XtremIO is a high-performance, all-flash storage array designed for enterprise
environments. It requires robust replication capabilities to ensure data protection and disaster
recovery.
Supported RPA Types:
Gen 6 RPAs: These are the latest physical RPAs that support replication of XtremIO volumes. They
offer enhanced performance and scalability compared to previous generations.
vRPAs: Virtual RPAs are software-based appliances that provide similar functionality to physical RPAs.
They are flexible and can be deployed in virtual environments, making them suitable for XtremIO
replication.
Implementation:
Step 1: Ensure that the RecoverPoint system is running the appropriate version that supports
XtremIO replication.
Step 2: Configure the Gen 6 RPAs or vRPAs within the RecoverPoint system.
Step 3: Set up the replication policies and Consistency Groups to include the XtremIO volumes.
Step 4: Verify the replication setup to ensure that data is being replicated correctly between the
XtremIO arrays.
Verification: After configuring the RPAs and setting up replication, monitor the system to ensure that
the XtremIO volumes are being replicated as expected. Use the RecoverPoint Management
Application to check the status and health of the replication.
Reference: This information is verified based on the official Dell RecoverPoint documentation, which
details the supported RPA types and their capabilities for XtremIO replication12
.
A VPLEX distributed device has been configured as a production copy in a MetroPoint Consistency
Group. However, a fracture has occurred between the two VPLEX
clusters.
What is the expected behavior of the RecoverPoint replication?
B
Explanation:
Understanding MetroPoint Consistency Groups: MetroPoint is a configuration that combines VPLEX
Metro and RecoverPoint to provide continuous data protection and disaster recovery across multiple
sites. A distributed device in this context means that the data is mirrored across two VPLEX clusters.
Fracture Scenario: A fracture between the two VPLEX clusters indicates a disruption in the
communication or synchronization between the clusters. This can happen due to network issues,
hardware failures, or other disruptions.
Replication Behavior:
Step 1: When a fracture occurs, VPLEX determines a “winner” site based on the configured policies
and the state of the clusters.
Step 2: RecoverPoint continues replication through the VPLEX winner site. This means that the
replication process will proceed using the site that is still operational and accessible.
Step 3: The losing site will not receive updates until the fracture is resolved. Once the connection is
restored, the system will resynchronize the data between the sites.
Verification:
Step 4: Monitor the RecoverPoint Management Application to ensure that replication is continuing
through the winner site. Check the status of the Consistency Groups and the health of the replication
process.
Step 5: After the fracture is resolved, verify that the data is resynchronized and that both sites are
back in sync.
Reference: This information is verified based on the official Dell RecoverPoint and VPLEX
documentation, which outlines the behavior of MetroPoint Consistency Groups and the expected
replication behavior during a fracture12
.
You are deploying a new RecoverPoint cluster using a VPLEX array; however, you need to determine
where to locate the Repository volume. What is the recommended
location for the Repository volume?
D
Explanation:
Understanding the Repository Volume: The Repository volume in a RecoverPoint system is crucial for
storing configuration and metadata information. It must be highly available and resilient to ensure
the proper functioning of the RecoverPoint system.
Recommended Location:
Step 1: The recommended location for the Repository volume is on the VPLEX as a virtual volume.
This setup leverages the high availability and redundancy features of VPLEX, ensuring that the
Repository volume is protected and accessible.
Step 2: Avoid using a VPLEX distributed volume for the Repository volume, as this is not supported
and can lead to issues with data consistency and availability1
.
Implementation:
Step 3: Provision a virtual volume on the VPLEX array. Ensure that the volume is not thin-provisioned;
it should be a thick or traditional RAID LUN to provide the necessary performance and reliability.
Step 4: Assign the virtual volume to the RecoverPoint cluster during the deployment process. This
can be done through the Deployment Manager or manually via the VPLEX management interface.
Verification:
Step 5: After assigning the Repository volume, verify that it is correctly recognized by the
RecoverPoint system. Check the status and health of the volume using the RecoverPoint
Management Application.
Step 6: Monitor the system to ensure that the Repository volume is functioning as expected and that
there are no issues with data accessibility or performance.
Reference: This information is verified based on the official Dell RecoverPoint documentation, which
outlines the best practices for locating and configuring the Repository volume in a VPLEX
environment231
.
An organization is hosting storage protection solutions for multiple companies. Their solutions are
based on a single VNX array. What is the maximum number of
RecoverPoint clusters that can be deployed by the organization?
C
Explanation:
Understanding RecoverPoint Clusters: RecoverPoint clusters are groups of RecoverPoint Appliances
(RPAs) that work together to provide data protection and replication services. Each cluster can
manage multiple Consistency Groups and replication sets.
VNX Array and RecoverPoint Integration: The VNX array is a storage solution that supports
integration with RecoverPoint for data replication and protection. When deploying RecoverPoint
clusters with a VNX array, it is important to consider the limitations and best practices for
configuration.
Maximum Number of Clusters:
Step 1: According to Dell RecoverPoint documentation, a single VNX array can support up to eight
RecoverPoint clusters, provided that each LUN (Logical Unit Number) is attached to only one cluster
at a time12
.
Step 2: This configuration ensures that the LUNs are not shared across multiple clusters, which could
lead to conflicts and data consistency issues.
Implementation:
Step 3: When setting up the clusters, ensure that each LUN is assigned to a specific cluster and not
shared with others. This can be managed through the VNX management interface and the
RecoverPoint Deployment Manager.
Step 4: Configure the clusters to handle the replication and protection tasks for their assigned LUNs.
This involves setting up Consistency Groups, replication policies, and monitoring the system for any
issues.
Verification:
Step 5: After deploying the clusters, verify that each LUN is correctly attached to only one cluster. Use
the RecoverPoint Management Application to check the status and health of the clusters and their
associated LUNs.
Step 6: Monitor the system to ensure that the replication and protection processes are functioning as
expected.
Reference: This information is verified based on the official Dell RecoverPoint documentation, which
outlines the maximum number of clusters supported by a single VNX array and the best practices for
configuration12
.
A RecoverPoint administrator is implementing a RecoverPoint/EX cluster using a VNX splitter. The
zoning between the RPAs and the VNX ports is completed and the RPA
ports are available in the connectivity status on the VNX.
What is the next step to complete?
D
Explanation:
After completing the zoning between the RPAs and the VNX ports and ensuring the RPA ports are
available in the connectivity status on the VNX, the next step is to create a storage group on the VNX
for RecoverPoint. This step is crucial to logically group the LUNs that will be managed and replicated
by the RecoverPoint system.
Reference:
Dell RecoverPoint for Virtual Machines 6.0.1 vSphere HTML5 Plugin Administrator's Guide, Chapter
on implementing RecoverPoint/EX clusters using VNX splitters.
A company has an existing RecoverPoint configured for replication and now wanted to add an RPA
node to the existing cluster. What is the impact on the existing
replication while adding the RPA node?
D
Explanation:
Understanding RPA Addition: Adding a new RPA node to an existing RecoverPoint cluster is a
common task to enhance the system’s capacity and performance. The process is designed to be non-
disruptive to ensure continuous replication and data protection.
Non-Disruptive Addition:
Step 1: Use the Deployment Manager’s “Add RPA” wizard.
This tool automates the process of adding
a new RPA to the cluster without interrupting ongoing replication1
.
Step 2: Follow the wizard’s instructions to connect the new RPA to the existing cluster. This includes
configuring network settings, updating the cluster configuration, and ensuring that the new RPA is
properly integrated.
Verification:
Step 3: After adding the new RPA, verify that it is correctly recognized by the RecoverPoint system.
Check the status of the new RPA in the RecoverPoint Management Application.
Step 4: Ensure that the existing Consistency Groups and replication processes are functioning as
expected.
There should be no interruption or need for reconfiguration of the Consistency Groups1
.
Monitoring:
Step 5: Monitor the system to ensure that the new RPA is performing correctly and that there are no
issues with replication. Use the management tools to check the health and performance of the entire
cluster.
Reference: This information is verified based on the official Dell RecoverPoint documentation, which
details the steps and procedures for adding RPA nodes to an existing cluster non-disruptively21
.
You complete the installation of a RecoverPoint with VNX(SE) system with two clusters. The
company's storage administrator wants to know how to add an additional
cluster at their new data center.
Which information should be provided to the administrator?
A
Explanation:
Install the new RecoverPoint/EX cluster: Begin by deploying the new RecoverPoint/EX cluster at the
new data center. This involves setting up the physical or virtual appliances that will form the new
cluster.
Add the license to the new cluster: Once the new cluster is installed, the next step is to add the
appropriate licenses. This is crucial as it enables the new cluster’s functionality within the
RecoverPoint environment.
Connect the new cluster to the existing system: After the licensing is in place, the new cluster needs
to be connected to the existing RecoverPoint system. This includes configuring the communication
between the new and existing clusters to ensure proper replication and synchronization.
For detailed guidance on these steps, the RecoverPoint Deployment Manager can be used.
It
provides a suite of wizards that assist with various operations, including modifying cluster settings
and adding new clusters to an existing system1
.
Always ensure to use the latest version of the
Deployment Manager and follow the instructions provided within the tool for a non-disruptive
setup1
.
It is also recommended to consult the Dell RecoverPoint for Virtual Machines Installation and
Deployment Guide for comprehensive instructions and best practices2
.
Additionally, for automation
and scripting of deployment tasks, including adding new clusters, refer to the documentation on
RecoverPoint for VMs Deployment Automation3
.
=========================
When manually registering each RPA initiator with the VNX, what is the required configuration?
B
Explanation:
Initiator Type - RecoverPoint Appliance: When registering each RPA initiator with the VNX, it is
essential to specify the initiator type as “RecoverPoint Appliance” to ensure proper identification and
compatibility within the storage network.
Failover Mode - 4 (ALUA): The failover mode should be set to 4, which corresponds to Asymmetric
Logical Unit Access (ALUA).
This mode allows for optimized path failover and is the recommended
setting for RecoverPoint appliances1
.
For more detailed information and guidance on the configuration process, refer to the
documentation provided by Dell, such as the RecoverPoint Deploying VNX and CLARiiON Arrays and
Splitter Technical Note, which outlines the necessary steps for proper RPA initiator registration and
configuration1
.
What is the maximum number of arrays, per cluster, supported with a RecoverPoint/EX license?
B
Explanation:
The RecoverPoint/EX license is designed to support a single array per cluster.
This is in contrast to
the RecoverPoint/SE license, which is limited to two clusters and one array per cluster1
. When
planning the deployment or expansion of a RecoverPoint system, it is important to consider the
licensing limitations to ensure compliance and proper functionality.
For detailed information on licensing requirements and limitations, you can refer to the official Dell
EMC RecoverPoint licensing documentation or contact Dell EMC support for the most accurate and
up-to-date guidance2
.
A RecoverPoint storage administrator needs to protect a mission-critical application. The application
is stored on three volumes provisioned from a new VNX. Once the
Consistency Group is created for the application, how many replication sets will the group contain?
B
Explanation:
Create a Consistency Group for the application: The first step is to create a Consistency Group (CG) in
the RecoverPoint system for the mission-critical application. This CG will manage the replication and
ensure consistency across the volumes.
Determine the number of replication sets: Each volume provisioned from the VNX for the application
will be represented as a separate replication set within the CG. Since there are three volumes, there
will be three replication sets.
Configure replication sets: Each replication set will include the production volume (source) and the
replica volume (target). The replication sets will be managed under the same CG to maintain
consistency across all the application data.
For more detailed information, you can refer to the Dell EMC RecoverPoint documentation, which
provides guidelines on how to configure replication sets within a CG.
It is also advisable to consult
the RecoverPoint Deployment Manager for step-by-step instructions on setting up and managing CGs
and replication sets1
.
A service provider is implementing a VMAX splitter with four RPA RecoverPoint/EX clusters. How
should the RPA and the host FC ports be zoned, and the LUNs masked?
D
Explanation:
Zoning: All RecoverPoint Appliance (RPA) Fibre Channel (FC) ports must be zoned to the same Front-
End (FA) ports as the hosts.
This is to ensure that the RPAs can see the LUNs and perform the
necessary operations1
.
LUN Masking: After zoning, LUN masking must be configured to expose the LUNs to both the hosts
and the RPAs through the same FA ports.
This involves setting up the initiator group, port group, and
storage group correctly1
.
For detailed instructions on zoning and LUN masking with VMAX splitters, it is recommended to refer
to the RecoverPoint Deploying with Symmetrix Arrays Technical Notes document, which provides
comprehensive guidelines for these configurations1
.
A storage administrator wants to implement a new RecoverPoint with VNX(SE) cluster using virtual
RPAs in their VMware environment. The administrator wants to ensure
the highest availability for all communication within the cluster.
What is the recommended number of virtual switches required for this type of configuration?
A
Explanation:
For ensuring the highest availability for all communication within a RecoverPoint with VNX(SE)
cluster using virtual RPAs in a VMware environment, it is recommended to use at least 2 virtual
switches. This setup allows for redundancy and load balancing, which are crucial for maintaining high
availability and preventing single points of failure.
Reference:
Dell RecoverPoint for Virtual Machines 6.0.1 vSphere HTML5 Plugin Administrator's Guide, Chapter
on network configuration and best practices for virtual RPAs.