Scenario:
CGE decided to virtualize its infrastructure workloads and provide a virtual solution to all end users. The
infrastructure workloads include Delivery Controllers, StoreFront servers, License Servers, and Microsoft
SQL Servers for databases.
Why is creating resource pools comprising a maximum of eight XenServer hosts, performing daily backups
of the infrastructure workloads, and using third-party backups for the desktops the best design solution?
A. It addresses all customer requirements by ensuring appropriate design of resource pools, high availability for critical workloads, and a new storage solution for disaster recovery purposes. In addition, it accounts for Server OS and Desktop OS machine characteristics.
B. It ensures simple setup with redundancy and meets the requirement of separating OS types.
C. It bases resource pools on roles, and facilitates the movement of workloads from one resource pool to another in the event of maintenance or disaster recovery.
D. It ensures the separation of infrastructure and virtual desktop workloads and optimizes performance and high availability.
Scenario:
CGE decided to virtualize its infrastructure workloads and provide a virtual solution to all end users. The
infrastructure workloads include Delivery Controllers, StoreFront servers, License Servers, and Microsoft SQL Servers for databases. Why is creating a resource pool comprising a maximum of 16 XenServer hosts, using a shared storage repository to provide XenMotion and high availability, and replicating meta information to the disaster recovery site the best design solution?
A. It addresses all customer requirements by ensuring appropriate design of resource pools, high availability for critical workloads, and a new storage solution for disaster recovery purposes.
B. It ensures simple setup with a built-in failover design.
C. It allows virtual workloads to fail over to a failover site for disaster recovery purposes.
D. It optimizes performance and provides centralized management.
Scenario: CGE decided to virtualize its infrastructure workloads and provide a virtual solution to all end users. The infrastructure workloads include Delivery Controllers, StoreFront servers, License Servers, and Microsoft SQL Servers for databases. Why is creating a resource pool comprising a maximum of 24 XenServer hosts, using a storage repository for virtual disks to provide XenMotion and high availability, and performing daily backups of the infrastructure workloads the best design solution?
A. It ensures the logical separation of infrastructure and virtual desktop workloads, and facilitates easier management and expansion capabilities.
B. It provides workload flexibility to more efficiently leverage available resources within a resource pool, and facilitates expansion options. In addition, daily backups create minimal downtime for critical workloads.
C. It separates infrastructure and virtual desktop workloads according to resource usage characteristics to avoid conflicts. In addition, it provides critical database services with sufficient workload-specific resources and failover capabilities.
D. It ensures the logical separation of all workloads and virtual desktops. In addition, the backup solution reduces the risk of data loss and minimizes downtime.
Scenario:
CGE decided to virtualize its infrastructure workloads and provide a virtual solution to all end users. The
infrastructure workloads include Delivery Controllers, StoreFront servers, License Servers, and Microsoft
SQL Servers for databases.
Why is creating a resource pool comprising a maximum of eight XenServer hosts, backing up virtual
workloads on a daily basis, and using third-party backups for the desktops the best design solution?
A. It ensures the logical separation of infrastructure and virtual desktop workloads, and facilitates easier management and expansion capabilities.
B. It provides workload flexibility to more efficiently leverage available resources within a resource pool, and facilitates expansion options. In addition, daily backups create minimal downtime for critical workloads.
C. It separates infrastructure and virtual desktop workloads according to resource usage characteristics to avoid conflicts. In addition, it provides critical database services with sufficient workload-specific resources and failover capabilities.
D. It ensures the logical separation of all workloads and virtual desktops. In addition, the backup solution reduces the risk of data loss and minimizes downtime.
Scenario:
CGE decided to virtualize its infrastructure workloads and provide a virtual solution to all end users. The
infrastructure workloads include Delivery Controllers, StoreFront servers, License Servers, and Microsoft
SQL Servers for databases.
Why is using a maximum of 32 XenServer hosts, using a shared virtual disk storage repository for XenMotion, high availability, and the replication and backup of meta information the best design for the resource pools?
A. It addresses all customer requirements by ensuring appropriate design of resource pools, high availability for critical workloads, and a disaster recovery process that leverages a backup solution.
B. It ensures simple setup with redundancy.
C. It bases resource pools on roles, and facilitates the movement of workloads from one resource pool to another in the event of maintenance or disaster recovery.
D. It ensures the separation of infrastructure and virtual desktop workloads, which optimizes performance and high availability.
Scenario:
CGE decided to virtualize its infrastructure workloads and provide a virtual solution to all end users. The
infrastructure workloads include Delivery Controllers, StoreFront servers, License Servers, and Microsoft
SQL Servers for databases.
Why is using a maximum of 16 XenServer hosts, using a shared virtual disk storage repository for
XenMotion, high availability, and replication to the failover site the best design for the resource pools?
A. It addresses all customer requirements by ensuring appropriate design of resource pools, high availability for critical workloads, and a new storage solution for disaster recovery purposes. In addition, it accounts for Server OS and Desktop OS machine characteristics.
B. It ensures simple setup with redundancy and meets the requirement of separating OS types.
C. It bases resource pools on roles, and facilitates the movement of workloads from one resource pool to another in the event of maintenance or disaster recovery.
D. It ensures the separation of infrastructure and virtual desktop workloads and optimizes performance and high availability.
Scenario:
CGE decided to virtualize its infrastructure workloads and provide a virtual solution to all end users. The
infrastructure workloads include Delivery Controllers, StoreFront servers, License Servers, and Microsoft
SQL Servers for databases.
Why is using a maximum of 24 XenServer hosts, using a virtual disk storage repository for XenMotion and
high availability, and daily backups of the infrastructure workloads the best design for the resource pools?
A. It ensures the logical separation of infrastructure and virtual desktop workloads to prevent interference, and facilitates management and expansion capabilities.
B. It provides workload flexibility to more efficiently leverage available resources within a resource pool, and facilitates expansion options. In addition, daily backups create minimal downtime for critical workloads.
C. It separates infrastructure and virtual desktop workloads according to resource usage characteristics to avoid conflicts. In addition, it provides critical database services with sufficient workload-specific resources and failover capabilities.
D. It ensures the logical separation of all workloads and virtual desktops. In addition, the backup solution reduces the risk of data loss and minimizes downtime.
Scenario:
CGE decided to virtualize its infrastructure workloads and provide a virtual solution to all end users. The
infrastructure workloads include Delivery Controllers, StoreFront servers, License Servers, and Microsoft
SQL Servers for databases.
Why is using a maximum of eight XenServer hosts, with daily backups for the infrastructure workloads and third-party backups for the desktop solution, the best design for the resource pools?
A. It ensures the logical separation of infrastructure and virtual desktop workloads to prevent interference, and facilitates management and expansion capabilities.
B. It provides workload flexibility to more efficiently leverage available resources within a resource pool, and facilitates expansion options. In addition, daily backups create downtime for critical workloads.
C. It separates infrastructure and virtual desktop workloads according to resource usage characteristics to avoid conflicts. In addition, it provides critical database services with sufficient workload-specific resources and failover capabilities.
D. It ensures the logical separation of all workloads and virtual desktops. In addition, the backup solution reduces the risk of data loss and minimizes downtime.
Scenario:
CGE decided to virtualize its infrastructure workloads and provide a virtual solution to all end users. The
infrastructure workloads include Delivery Controllers, StoreFront servers, License Servers, and Microsoft
SQL Servers for databases.
How should the resource pools be designed to host the infrastructure workloads and virtual desktops to
ensure high availability?
A. Separate the workloads by roles and group them as a XenServer resource pool to ensure easier management, fewer workload conflicts, and support for disaster recovery. Each XenServer resource pool should comprise a maximum of eight XenServer hosts. A storage repository needs to be implemented for central storage of virtual disks, as well as for XenMotion, high availability, and backup for disaster recovery purposes.
B. Separate the workloads by roles and group them as a XenServer resource pool to reflect the OU structure of Active Directory. Each XenServer resource pool should comprise a maximum of 24 XenServer hosts. A storage repository needs to be implemented for central storage of virtual disks, as well as for XenMotion, high availability, and backup for disaster recovery purposes.
C. Separate the workloads by roles and group them as a XenServer resource pool. Each XenServer resource pool should comprise a maximum of 16 XenServer hosts. Multiple storage repositories need to be implemented for central storage of virtual disks, as well as for XenMotion and high availability between resource pools and backup for disaster recovery purposes.
D. Separate the workloads by roles and group them as a XenServer resource pool to ensure that the workloads can be streamed by Provisioning Services, including XenServer. Each XenServer resource pool should comprise a maximum of 32 XenServer hosts. Multiple storage repositories need to be implemented for central storage of virtual disks, as well as for XenMotion, high availability between resource pools, and backup for disaster recovery purposes.
Scenario:
CGE decided to virtualize its infrastructure workloads and provide a virtual solution to all end users. The
infrastructure workloads include Delivery Controllers, StoreFront servers, License Servers, and Microsoft
SQL Servers for databases.
How should the resource pools be designed to host the infrastructure workloads and virtual desktops to
ensure high availability?
A. Resource pools comprising a maximum of eight XenServer hosts should be created for the virtual solution. The virtual disks of the infrastructure workloads should be backed up daily, and third-party backup solutions should be implemented for the desktops.
B. Resource pools comprising a maximum of 24 XenServer hosts should be created for the virtual solution. The virtual disks of the infrastructure workloads should be on a storage repository to provide XenMotion and high availability capabilities. The virtual disks of the infrastructure workloads should be backed up daily.
C. Resource pools comprising a maximum of 16 XenServer hosts should be created for the virtual solution. The virtual disks of all workloads should be on a shared storage repository to provide XenMotion and high availability capabilities. Virtual machine meta information and data should be replicated to the failover site by the new storage solution.
D. Resource pools comprising a maximum of 32 XenServer hosts should be created for the virtual solution. The virtual disks of the infrastructure workloads should be on a shared storage repository to provide XenMotion and high availability capabilities. Virtual machine meta information and data should be replicated and backed up.
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