Free Citrix 1Y0-A16 Exam Dumps Questions & Answers

Why does the deployment, which includes four Merchandising Servers, best meet the business requirements in this scenario?

• A.  It provides both fault tolerance and a distributed architecture for a higher degree of performance.
• B.  It provides both a distributed architecture for a higher degree of performance and high security.
• C.  It provides both a distributed architecture for ahigher degree of performance and lowest administrative overhead.
• D.  It provides both fault tolerance and high security.

Why should the architect use a monitoring script to connect to the XenApp server?

• A.  The architect will be able to gather the ICA latency metrics between the end user device and the virtual desktop.
• B.  The architect will be able to gather performance metrics of the XML broker, which can indicate performance issues for the end user.
• C.  The architect will be able to gather performance metrics of the XenApp data store,which can indicate problems for the virtual desktops at an early stage.
• D.  The architect will be able to gather application performance metrics of published applications that are delivered in the virtual desktops.

Healthy Helping Hands is going to use Provisioning Services for the virtual desktops.
How should the architect design the Provisioning Services component of the environment?

• A.  Two Provisioning Services servers, one in San Francisco and one in New York, should be used.
• B.  Eight Provisioning Services servers, two each in San Francisco, New York, London and Hong Kong, should be used.
• C.  Six Provisioning Services servers, twoin San Francisco, two in New York, one in London and one in Hong Kong, should be used.
• D.  Four Provisioning Services servers, two in San Francisco and two in New York, should be used.

Why should all workloads be evenly distributed in the resource pool?

• A.  This design ensures that virtual desktops are close to their backend resources, such as databases.
• B.  This design provides the most flexibility to adjust resource requirements as necessary, for example during end-of-month reporting when more users will log on to the desktops at the same time.
• C.  This design provides all workloads with the required resources and the flexibility to move workloads between servers with large memory and servers with fast CPUs as necessary, benefitting virtual desktop users working with the CAD application for example.
• D.  This design leverages all aspects of XenServer and resource allocation as necessary for server workloads and virtual desktops for optimal performance.

Why is this the best design for the XenServer resource pools?

• A.  This design is the most suitable since it ensures simple setup with redundancy.
• B.  The resource pools are based on roles, and workloads can be moved from one resource pool to another in case of maintenance as well as for disaster recovery purposes.
• C.  This design addresses all requirements of the customer by ensuring appropriate design of resource pools, high availability for critical workloads, such as the database server, as well as incorporating the new storage solution for disaster recovery purposes.
• D.  This design is best suitable to the customer requirements because the separation of server workloads and virtual desktop workloads in different resource pools optimizes the performance and high availability.