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1Y0-401 – Designing Citrix XenDesktop 7.6 Solutions

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Showing 13–15 of 20 questions

Question 13 (Designing and Documenting the Infrastructure)

Scenario:

Each XenServer host has four 10GB network cards - two bonded for storage and management separated by separate VLAN, and the two bonded for guest VM networks. The CIO would like to see network traffic distributed across all links to maximize their utilization. Switches to which the Hypervisors will connect to support 802.3ad.

How should the architect configure the guest VM network?

Select an option, then click Submit answer.

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    Using active-active bonding
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    Using active-passive bonding
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    Using XenSever MPIO redundancy
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    Using LACP bonding
Question 14 (Designing an Integrated Virtualization Solution)

Scenario:

CGE needs to define its management process for desktop image releases. Some groups need a process for version control that includes thorough testing prior to production.

Why does using Hypervisor templates and leveraging PowerShell scripts help manage the image versioning process?

Select an option, then click Submit answer.

  • ○

    It allows for automatic, scripted upgrades of the deployment template.
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    It provides centralized, automated, single-image management.
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    It facilitates consistent deployment of base images.
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    It allows for scripts to be executed from the same network share as the deployment template.
Question 15 (Designing an Integrated Virtualization Solution)

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?

Select an option, then click Submit answer.

  • ○

    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.
  • ○

    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.
  • ○

    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.
  • ○

    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.