[2024] 2V0-51.23 All-in-One Exam Guide Practice To your 2V0-51.23 Exam!
Preparations of 2V0-51.23 Exam 2024 VCP-DTM 2023 Unlimited 62 Questions
VMware 2V0-51.23 Exam is designed for professionals who want to demonstrate their expertise in VMware Horizon 8.x. VMware Horizon 8.x Professional certification exam is intended for candidates who have a solid understanding of virtualization concepts and have experience implementing and administering VMware Horizon environments. Passing 2V0-51.23 exam is a prerequisite for obtaining the VMware Certified Professional - Desktop and Mobility 2021 certification.
VMware Horizon 8.x Professional certification exam is a great way for IT professionals to demonstrate their expertise in virtual desktop infrastructure and showcase their ability to manage complex environments. With this certification, candidates can show that they have the skills necessary to deploy, configure, and manage VMware Horizon environments in a variety of use cases.
NEW QUESTION # 26
An administrator is creating an instant clone desktop pool and needs to enable NVIDIA Grid 3D Rendering.
NVIDIA GRID vGPU and drivers are installed on the physical ESXi hosts.
In Horizon Console, when creating an instant-clone pool, the NVIDIA GRID vGPU option is not available in the 3D Render field.
Which two of the following could be the reason for the issue? (Choose two.)
- A. Instant-clone pools do not support NVIDIA GRID vGPU.
- B. The administrator has selected Shared Direct when editing the Host Graphics Settings for the ESXi host in the vCenter Server.
- C. Horizon 8 does not have an explicit 3D renderer option for instant clone. Select Manage Using vSphere Client in the 3D Render field. Instant-clones inherit the settings configured in the vSphere Client for the golden image.
- D. In Horizon Console, when an instant-clone pool is created, the golden image and snapshot that the administrator selected has not been configured for NVIDIA GRID vGPU.
- E. The administrator has selected Shared when editing the Host Graphics Settings for the ESXi host in the vCenter Server.
Answer: C,D
Explanation:
Explanation
To enable an instant-clone pool to use NVIDIA GRID vGPU, the administrator needs to do the following:
Install NVIDIA GRID vGPU in the physical ESXi hosts and select Shared Direct in the Host Graphics Settings12.
Prepare a golden image with NVIDIA GRID vGPU configured, including selecting the vGPU profile to use12.
Take a snapshot of the golden image12.
In Horizon Console, when creating an instant-clone pool, select Manage Using vSphere Client in the 3D Render field. Instant-clones inherit the settings configured in the vSphere Client for the golden image12.
Therefore, the possible reasons for the issue are:
The administrator has selected Shared instead of Shared Direct when editing the Host Graphics Settings for the ESXi host in the vCenter Server. This option is for vSGA, not vGPU3.
The golden image and snapshot that the administrator selected has not been configured for NVIDIA GRID vGPU. The administrator needs to verify that the correct vGPU profile is selected and that the NVIDIA drivers are installed in the golden image4.
The other options are not valid because:
Horizon 8 does have an explicit 3D renderer option for instant clone, but it is Manage Using vSphere Client, not NVIDIA GRID vGPU12.
Instant-clone pools do support NVIDIA GRID vGPU as long as the ESXi hosts and the golden image are properly configured12.
References := 1: VMware Horizon 8 Documentation: Enable NVIDIA GRID vGPU for Instant-Clone Pools 2:
VMware Horizon 8 Documentation: Configuring 3D Rendering for Automated Instant Clone Farms 3:
VMware Horizon 8 Documentation: Types of Graphics Acceleration 4: VMware Horizon 8 Documentation: Prepare a Virtual Machine to Use Accelerated 3D Graphics
NEW QUESTION # 27
An administrator is preparing to upgrade Horizon Connection Servers in parallel.
What action must first be performed to ensure that there are no issues with Horizon LDAP replication within the Pod?
- A. Execute vdmadmin.exe -S.
- B. Execute repadmin.exe/showrepl localhost:389.
- C. Execute vdmexport.exe -f Myexport.lDF.
- D. Execute ViewDBChk.cmd --scanMachines.
Answer: B
Explanation:
Explanation
The action that must first be performed to ensure that there are no issues with Horizon LDAP replication within the Pod is to execute repadmin.exe/showrepl localhost:389. This command will display the replication status of the local Connection Server instance and show any errors or warnings that might affect the replication process1. The administrator should run this command on each Connection Server instance in the Pod before upgrading them in parallel, and resolve any issues that are reported.
The other options are not valid or feasible because:
Executing ViewDBChk.cmd --scanMachines will not check the Horizon LDAP replication status, but rather scan the vCenter Server inventory for virtual machines that are managed by Horizon and report any inconsistencies or errors2. This command is useful for troubleshooting virtual machine issues, but not for verifying LDAP replication.
Executing vdmexport.exe -f Myexport.lDF will not check the Horizon LDAP replication status, but rather export the Horizon LDAP configuration data to a file named Myexport.lDF3. This command is useful for backing up or restoring the Horizon LDAP data, but not for verifying LDAP replication.
Executing vdmadmin.exe -S will not check the Horizon LDAP replication status, but rather display the health status of the Connection Server instances in the Pod4. This command is useful for monitoring the Connection Server performance and availability, but not for verifying LDAP replication.
References:
Repadmin Examples1
ViewDBChk Tool2
Back Up Horizon Configuration Data3
Display Health Status Information4
NEW QUESTION # 28
Refer to the exhibit.
Drag and drop the appropriate firewall ports in support of the Blast Extreme protocol into the correct locations in the diagram on the right.
Two options will not be used.
Answer:
Explanation:
Explanation
NEW QUESTION # 29
An administrator needs to deploy an application to specific users in their instant-clone desktop environment with the following characteristics:
* The application needs to be updated very frequently.
* The application needs to be installed as soon as possible.
* The application is not multi-user aware.
Which solution would meet the requirements?
- A. VMware App Volumes
- B. VMware Dynamic Environment Manager
- C. VMware Horizon Published Application
- D. VMware ThinApp
Answer: A
Explanation:
Explanation
VMware App Volumes is a real-time application delivery system that allows administrators to assign applications to users and groups in Horizon. App Volumes uses virtual disks called packages to store and deliver applications. When a user logs on to a desktop, the App Volumes agent attaches the assigned packages to the desktop and merges them with the OS disk. The user can then access the applications as if they were natively installed.
App Volumes is a suitable solution for deploying an application to specific users in an instant-clone desktop environment with the following characteristics:
The application needs to be updated very frequently: App Volumes allows administrators to update applications in real time by using the update or push-image operations. These operations replace the existing packages with new ones that have the latest updates applied, without affecting the user data or settings. The updated packages are delivered to the users at the next login or refresh.
The application needs to be installed as soon as possible: App Volumes allows administrators to install applications quickly and easily by using a clean packaging system and capturing the application installation process. The resulting package can be assigned to users or groups immediately, without requiring any recomposing or rebooting of the desktops.
The application is not multi-user aware: App Volumes allows administrators to deliver applications that are not multi-user aware by using writable volumes. Writable volumesare user-specific virtual disks that store user-installed applications, data, and settings. Writable volumes can be attached to desktops along with application packages, and they can isolate the user-installed applications from the system-installed applications.
The other options are not suitable for meeting the requirements:
VMware Horizon Published Application: This option allows administrators to publish applications from RDS hosts to users in Horizon. However, this option requires a separate RDS infrastructure and licensing, and it does not support instant updates or writable volumes for user-installed applications.
VMware Dynamic Environment Manager: This option allows administrators to manage user profiles and policies in Horizon. However, this option does not deliver or update applications, and it does not support writable volumes for user-installed applications.
VMware ThinApp: This option allows administrators to package applications into portable executables that can run on any Windows system without installation. However, this option requires a separate packaging process and licensing, and it does not support instant updates or writable volumes for user-installed applications.
References: App Volumes Architecture, Updating Applications in Real Time, Writable Volumes Overview, and [VMware Horizon 8.x Professional Course]
NEW QUESTION # 30
Refer to the exhibit.
An administrator prepared a golden image based on a Windows Server Operating System. They plan to use this image to create a single-session virtual desktop pool. The installation is completed, the virtual machine is turned off, and the snapshot has been created. When the administrator creates the desktop pool, they are unable to select the created image and snapshot. They do see other previously created golden images, based on Desktop Operating Systems.
The administrator has opened the Horizon Console.
Mark the correct menu option where the administrator can enable Windows Server Operating Systems to be used as single-session desktops by clicking on it.
Answer:
Explanation:
NEW QUESTION # 31
An administrator needs to enable Session Collaboration in the VMware Horizon environment. What will be used as a requirement to enable Session Collaboration?
- A. PCoIP protocol
- B. floating Instant Clone pool
- C. BLAST protocol
- D. dedicated Instant Clone pool
Answer: C
Explanation:
Explanation
Collaboration is a feature that allows users to invite other users to join an existing Windows or Linux remote desktop session with both screen sharing and audio out features enabled. A remote desktop session that is shared in this way is called a collaborative session. The user that shares a session with another user is called the session owner, and the user that joins a shared session is called a session collaborator. A Horizon administrator must enable the Session Collaboration feature for the desktop pool or farm that contains the remote desktops that support collaboration.
One of the requirements to enable Session Collaboration is to use the VMware Blast display protocol for the remote desktops. VMware Blast is a protocol that provides high-performance, high-quality graphics and multimedia delivery over LAN or WAN networks. VMware Blast supports Session Collaboration by allowing multiple users to view and interact with the same remote desktop session simultaneously. Other display protocols, such as PCoIP or RDP, do not support Session Collaboration and will not allow users to share or join collaborative sessions.
Therefore, to enable Session Collaboration in the VMware Horizon environment, the administrator needs to use the BLAST protocol as arequirement. References: Configuring Session Collaboration, Sharing Remote Desktop Sessions, and [VMware Horizon 8.x Professional Course]
NEW QUESTION # 32
Drag and drop the TLS Configuration steps on the left into the correct sequential order on the right.
Answer:
Explanation:
Explanation
To correctly sequence the TLS Certificate Configuration Steps:
Get a new signed TLS certificate from a CA.Before making any modifications or importing the certificate, you'll first need to obtain a new signed TLS certificate from a Certificate Authority (CA). So, this should beStep 1.
Import the TLS certificate into the Windows local computer certificate store.After obtaining the new signed TLS certificate, the next logical step is to import this certificate into the Windows local computer certificate store. This would beStep 2.
Modify the certificates/ friendly names to vdm and reflect the current active certificate.Once the certificate is imported, the next step is to modify its friendly names to ensure the Horizon Service recognizes and uses this certificate. This becomesStep 3.
Restart Horizon Service.Finally, after all the modifications and configurations are done, you should restart the Horizon Service to apply the changes. This isStep 4.
In summary:
NEW QUESTION # 33
Refer to the exhibit.
Drag and drop the labels on the left for the authentication flow for smart cards into the correct location in the diagram on the right.
Answer:
Explanation:
NEW QUESTION # 34
Refer to the exhibit.
An administrator wants to configure a central SYSLOG server.
Mark the correct menu option by clicking on it.
Answer:
Explanation:
NEW QUESTION # 35
What are two best practices for Windows Golden Image Optimization? (Choose two.)
- A. Disable power options.
- B. Turn on automatic Windows Updates.
- C. Turn on automatic Windows maintenance (scheduled tasks).
- D. Disable unnecessary services.
- E. Activate Windows OS paging.
Answer: A,D
Explanation:
Explanation
Windows golden image optimization is the process of reducing the size and improving the performance of the Windows OS image that is used as the base for the desktop pools. Some of the best practices for Windows golden image optimization are:
Disable unnecessary services: Services that are not required for the desktop functionality or user experience should be disabled to reduce the resource consumption and potential security risks. For example, services such as Windows Search, Windows Defender, Windows Update, and Superfetch can be disabled for better performance and stability.
Disable power options: Power options such as hibernation and sleep mode should be disabled to free up disk space and avoid potential issues with the desktop state. Hibernation can consume a large amount of disk space by creating a hiberfil.sys file that stores the system memory contents when the desktop is powered off. Sleep mode can cause problems with network connectivity and user sessions when the desktop is resumed from a low-power state.
Other best practices for Windows golden image optimization include:
Activate Windows OS paging: Paging is a mechanism that allows the OS to use a portion of the disk as virtual memory when the physical memory is insufficient. Paging can improve the performance and stability of the desktops by preventing out-of-memory errors and reducing memory contention.
However, paging can also increase disk I/O and wear, so it should be configured with caution and monitored regularly.
Turn off automatic Windows maintenance (scheduled tasks): Automatic Windows maintenance is a feature that runs various tasks such as disk defragmentation, disk cleanup, security scanning, and system diagnostics in the background. These tasks can consume a lot of CPU, memory, and disk resources and interfere with the user experience and desktop performance. Therefore, it is recommended to turn off automatic Windows maintenance and run these tasks manually or on a scheduled basis when the desktops are not in use.
Turn off automatic Windows Updates: Automatic Windows Updates is a feature that downloads and installs updates for the OS and other Microsoft products in the background. These updates can consume bandwidth, disk space, and CPUresources and cause compatibility issues with some applications or drivers. Therefore, it is recommended to turn off automatic Windows Updates and manage the updates manually or through a centralized tool such as VMware Update Manager or Microsoft WSUS.
References: [Optimizing Your VMware Horizon View 7.x Golden Image] and [VMware Horizon 8.x Professional Course]
NEW QUESTION # 36
An administrator is configuring load-balancing settings in Horizon Console for a RDSH Farm. Which two check boxes can be selected to influence the load balancing behavior? (Choose two.)
- A. The Horizon DRS setting for fully automated vSphere load balancing.
- B. The use custom script setting for customized RDSH load balancing.
- C. The floating dynamic host profile setting, created in the vSphere profile section.
- D. The Include Session Count setting to include the session count on the RDSH for load balancing.
Answer: B,D
Explanation:
Explanation
Load balancing is a feature that allows administrators to distribute the load of published desktop and application sessions across multiple RDS hosts in a farm. Load balancing can improve the performance and availability of the sessions and the hosts. Horizon offers two ways of configuring load balancing for RDS hosts: using load balancing settings in Horizon Console or using custom load balancing scripts.
The load balancing settings in Horizon Console allow administrators to define how Horizon calculates the server load index, which indicates the load on each RDS host. The server load index can range from 0 to 100, where 0 represents no load and 100 represents full load. A server load index of -1 indicates that load balancing is disabled. Horizon uses the server load index to determine which RDS host is the best candidate for placing a new session request.
The load balancing settings in Horizon Console include the following check boxes that can be selected to influence the load balancing behavior:
The use custom script setting for customized RDSH load balancing: This setting allows administrators to override the default behavior of the load balancing settings and control the placement of new sessions by writing and configuring custom load balancing scripts. The custom scripts must write the server load index to a specific registry key on each RDS host. Horizon will use the value from the registry key instead of calculating it from the other settings.
The Include Session Count setting to include the session count on the RDSH for load balancing: This setting allows administrators to include the number of sessions (connected, pending, and disconnected) on each RDS host as a factor in calculating the server load index. By default, Horizon uses the following formula to calculate the server load index based on the session count: (connected sessions + pending sessions + disconnected sessions)/ (maximum session count). If the maximum session count is configured as unlimited, Horizon falls back to using the absolute number of total sessions.
The other options are not check boxes that can be selected in the load balancing settings in Horizon Console:
The floating dynamic host profile setting, created in the vSphere profile section: This option is not related to load balancing for RDS hosts, but rather to dynamic environment manager for instant-clone desktops. A dynamic host profile is a vSphere profile that contains configuration settings for instant-clone desktops, such as network settings, domain join settings, and customization scripts. A floating dynamic host profile is a type of dynamic host profile that applies to floating desktop pools, where users are assigned a random desktop from a pool at each login.
The Horizon DRS setting for fully automated vSphere load balancing: This option is not related to load balancing for RDS hosts, but rather to distributed resource scheduler (DRS) for vSphere clusters. DRS is a feature that monitors and balances the CPU and memory resources across multiple ESXi hosts in a cluster. DRS can also migrate virtual machines between hosts using vMotion to optimize resource utilization and performance. Horizon DRS is an extension of DRS that integrates with Horizon and provides additional capabilities, such as affinity rules, maintenance mode, and power management.
Horizon DRS can be configured with different automation levels, such as fully automated, partially automated, or manual.
References: Configuring Load Balancing for RDS Hosts in Horizon Console, Load Balancing Settings, Load Balancing Scripts, [Dynamic Host Profiles], and [VMware Horizon 8.x Professional Course]
NEW QUESTION # 37
In a load balanced Horizon POD with three Connection Servers, there are 450 active Blast sessions connected.
What happens if one of these Connection Servers runs into an unplanned outage?
- A. Only the active sessions from the failed Connection Server are disconnected, because HTTPS Secure Tunnel is disabled.
- B. All 450 active session are logged off immediately.
- C. All active sessions will stay connected, because HTTPS Secure Tunnel and Blast Secure Gateway are disabled.
- D. All 450 active sessions are disconnected, and have to re-connect again by the end-user.
Answer: A
Explanation:
Explanation
In a load balanced Horizon POD with three Connection Servers, there are 450 active Blast sessions connected.
If one of these Connection Servers runs into an unplanned outage, only the active sessions from the failed Connection Server are disconnected, because HTTPS Secure Tunnel is disabled. This means that the other two Connection Servers can still handle the remaining sessions without interruption.
The HTTPS Secure Tunnel is a feature that allows Horizon Client devices to establish secure connections to virtual desktops and applications through the Connection Server. When this feature is enabled, all the display protocol traffic is tunneled through the Connection Server, which acts as a proxy between the client and the desktop. This increases the security and simplifies the network configuration, but also adds some overhead and dependency on the Connection Server availability1.
When this feature is disabled, the Horizon Client devices connect directly to the desktops using their IP addresses or hostnames, bypassing the Connection Server. This reduces the load and dependency on the Connection Server, but also requires more network configuration and firewall rules to allow direct access to the desktops2.
The Blast Secure Gateway is a similar feature that allows Horizon Client devices to establish secure connections to virtual desktops and applications using the Blast Extreme protocol through the Connection Server. When this feature is enabled, the Blast Extreme traffic is tunneled through the Connection Server, which acts as a gateway between the client and the desktop. When this feature is disabled, the Horizon Client devices connect directly to the desktops using Blast Extreme3.
In this scenario, both HTTPS Secure Tunnel and Blast Secure Gateway are disabled, which means that the Horizon Client devices connect directly to the desktops using Blast Extreme. Therefore, if one of the Connection Servers fails, only the sessions that were authenticated by that Connection Server are affected. The other sessions can continue without interruption, as long as they can reach their desktops directly4.
The other options are not correct for this scenario:
All 450 active sessions are disconnected, and have to re-connect again by the end-user. This would be true if HTTPS Secure Tunnel or Blast Secure Gateway were enabled, and all the display protocol traffic was tunneled through the Connection Server. In that case, any failure of a Connection Server would disconnect all the sessions that were using it as a proxy5.
All active sessions will stay connected, because HTTPS Secure Tunnel and Blast Secure Gateway are disabled. This would be true if there was no dependency on the Connection Server after authentication.
However, even with HTTPS Secure Tunnel and Blast Secure Gateway disabled, there is still some communication between the Horizon Client and the Connection Server for session management and heartbeat monitoring. If a Connection Server fails, these communications are lost and the sessions are terminated.
All 450 active session are logged off immediately. This would be true if there was a global setting in Horizon Console to log off users when a Connection Server fails. However, there is no such setting in Horizon Console. The default behavior is to disconnect users when a Connection Server fails, not log them off.
References:
Configuring HTTPS Secure Tunnel
Configuring Network Ports for Direct Connections
Configuring Blast Secure Gateway
Load Balancing Across Multiple Pods
Horizon 7: Monitoring health of Horizon Connection Server using Load Balancer
[Horizon 7 Pods]
[Global Settings for Client Sessions in Horizon Console]
[VMware Horizon Architecture Planning]
NEW QUESTION # 38
The administrator of Windows 10 desktops in a VMware Horizon environment needs to build a new Windows
10 desktop pool. This new pool will be dedicated to training and onboarding new employees. The administrator has created a shortcut on a test machine, which has successfully opened the web browser to the on-boarding applications. After deploying the new desktop pool across the company, the administrator notices that the shortcut placed on desktops is not available to any other user connecting to the desktop pool.
Which two options are available for the administrator to make this shortcut available to all desktop pool users, while minimizing ongoing administrative effort, before updating the desktop pool golden image? (Choose two.)
- A. Configure a Shortcut with Horizon View Client.
- B. Copy the shortcut to the Windows Default Domain Controller Policy.
- C. Copy the shortcut to c:\users\Public\Desktop.
- D. Copy the shortcut during user provisioning to a non-writeable App Volume.
- E. Configure a Shortcut with DEM (Dynamic Environment Manager).
Answer: C,E
Explanation:
Explanation
The two options that are available for the administrator to make the shortcut available to all desktop pool users, while minimizing ongoing administrative effort, before updating the desktop pool golden image are:
Copy the shortcut to c:\users\Public\Desktop. This option will place the shortcut in the public desktop folder, which is shared by all users who log on to the same computer. The public desktop folder is normally a hidden folder, so the administrator needs to enable the option to show hidden files and folders in File Explorer1. This option does not require any additional software or configuration, but it will only work for the existing desktops in the pool. If new desktops are added or refreshed, the shortcut will not be copied automatically.
Configure a Shortcut with DEM (Dynamic Environment Manager). This option will use the DEM console to create a shortcut configuration that will apply the shortcut to the user's desktop during logon2. The administrator needs to install and configure DEM on the Horizon environment, and create a configuration share and a profile archive share for storing the DEM settings3. This option requires more initial setup, but it will work for any desktop in the pool, regardless of whether it is new or refreshed. It also allows more flexibility and control over the shortcut properties and conditions.
The other options are not valid or feasible because:
Copying the shortcut during user provisioning to a non-writeable App Volume will not work because App Volumes are used to deliver applications, not shortcuts. App Volumes are virtual disks that are attached to the virtual machines at runtime, and they contain application files, registry entries, and settings4. Copying a shortcut to an App Volume will not make it appear on the user's desktop.
Copying the shortcut to the Windows Default Domain Controller Policy will not work because this policy is used to configure settings for domain controllers, not desktops. The Default Domain Controller Policy is a Group Policy Object (GPO) that is linked to the Domain Controllers organizational unit (OU) in Active Directory, and it contains security settings that are applied to all domain controllers in the domain5. Copying a shortcut to this policy will not affect any desktops in the Horizon environment.
Configuring a Shortcut with Horizon View Client will not work because Horizon View Client is used to connect to remote desktops and applications, not to create shortcuts. Horizon View Client is a software application that runs on various devices and platforms, and it allows users to access their virtual desktops and applications through a secure connection6. Configuring a shortcut with Horizon View Client will not make it appear on the user's desktop.
References:
How to make a desktop shortcut available for all users in Windows 101
VMware Dynamic Environment Manager (DEM) 2306 - Carl Stalhood2
VMware Tech Zone Antivirus Considerations in a VMware Horizon Environment: exclusions for Horizon View, App Volumes, User Environment Manager, ThinApp3 App Volumes Overview Default Domain Controller Policy5 VMware Horizon Clients Documentation6
NEW QUESTION # 39
An organization with an existing Windows 2012 R2 Server RDSH farm decided to move to Windows Server
2019 as their new standard. Order the steps that need to be taken by the administrator to deploy a RDS desktop pool with this new standard.
Answer:
Explanation:
Explanation
To deploy a RDS desktop pool with the new standard of Windows Server 2019, the steps should be ordered as follows:
Prepare the Windows Server 2019 golden image.This is the first step because you'll need a prepared OS image to base your RDS desktop pool on.
Add an Automated Farm.Once your golden image is ready, you can set up an automated farm for the RDS desktop pool.
Add a RDS desktop pool.Using the automated farm and the prepared golden image, you can now add the RDS desktop pool.
Entitle AD users and/or groups.With the RDS desktop pool in place, the next step is to give Active Directory (AD) users and groups the necessary entitlements to access the desktops.
Launch Horizon Client and verify access to RDS desktop.As the final verification step, launch the Horizon Client to ensure that you can access the newly created RDS desktop pool and that everything is functioning as expected.
So, the sequential order is: Prepare the Windows Server 2019 golden image -> Add an Automated Farm -> Add a RDS desktop pool -> Entitle AD users and/or groups -> Launch Horizon Client and verify access to RDS desktop.
NEW QUESTION # 40
Having configured two standalone Horizon pods, what steps should be taken to join them in a Cloud Pod Architecture (CPA) deployment?
- A. On one pod, initialize the CPA. On the second pod, join the CPA. On one pod, create Cloud Entitlements, and sync pools from each pod. Initialize the CPA on both Pods.
- B. Initialize the CPA on both Pods. On the second pod, sync the CPA. On one pod, create Global Entitlements, and add local pools from each pod.
- C. On one pod, initialize the CPA. On the second pod, join the CPA. On one pod, create Global Entitlements, and add local pools from each pod.
- D. On the second pod, sync the CPA. On one pod, create Cloud Entitlements, and add local pools from each pod.
Answer: C
Explanation:
Explanation
To join two standalone Horizon pods in a Cloud Pod Architecture (CPA) deployment, the administrator needs to perform the following steps:
On one pod, initialize the CPA. This step creates a pod federation and enables global data replication among all pods in the federation. The pod that initializes the CPA becomes the first pod in the federation67.
On the second pod, join the CPA. This step adds an existing standalone pod to an existing pod federation. The pod that joins the CPA inherits the global data from the federation89.
On one pod, create Global Entitlements, and add local pools from each pod. This step allows users to access desktops or applications from any pod in the federation based on their entitlements and load-balancing policies .
The other options are not correct or complete because:
Initializing the CPA on both pods is not necessary or possible. Only one pod can initialize the CPA and create a pod federation. The other pods must join an existing pod federation68.
Syncing the CPA on the second pod is not a valid step. Syncing is a process that occurs automatically among all pods in a pod federation to ensure data consistency and availability.
Creating Cloud Entitlements is not a valid term. The correct term is Global Entitlements, which are used in CPA to entitle users to desktops or applications across multiple pods.
References := 6: VMware Horizon 8 Documentation: Initialize Cloud Pod Architecture 7: VMware Horizon 8 Documentation: Understanding Cloud Pod Architecture in Horizon 8 8: VMware Horizon 8 Documentation:
Join a Pod to an Existing Pod Federation 9: VMware Horizon 8 Documentation: Understanding Cloud Pod Architecture in Horizon 8 : VMware Horizon 8 Documentation: Create a Global Entitlement : VMware Horizon 8Documentation: Understanding Global Entitlements in Cloud Pod Architecture : VMware Horizon 8 Documentation: Understanding Cloud Pod Architecture in Horizon 8
NEW QUESTION # 41
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