HP HP0-815 Online Practice Questions and Exam Preparation

HP HP0-815 Online Questions & Answers

• Question 71:

  What are the business benefits of a SAN infrastructure?

  A. reducing staff skills across distributed geographical locations
  B. adaptability to meet changing business requirements allowing faster application deployment
  C. reducing Total Cost of Ownership (TCO) by eliminating staff associated with SANs
  D. reducing Total Cost of Ownership (TCO) by hiring staff for management tasks
  B. adaptability to meet changing business requirements allowing faster application deployment

• Question 72:

  What are three characteristics of the M-series (McDATA) High Availability Fabric Manager? (Choose three.)

  A. multiple switch management
  B. is embedded in theMcDATA switch/director firmware
  C. single switch management
  D. provides out-of-band management
  E. provides in-band management
  F. is a separate software package
  A. multiple switch management
  D. provides out-of-band management
  F. is a separate software package

• Question 73:

  What is the most important thing to do when implementing a backup/restore solution?

  A. size the backup solution
  B. ensure that the storage arrays can replicate data between two arrays
  C. purchase licenses for the servers
  D. select the backup device technology, DLT or LTO
  A. size the backup solution

• Question 74:

  Which SAN implementation provides high availability but in the event of a failure may experience reduced bandwidth?

  A. using a single fully meshed, multi-trunked fabric topology
  B. using dual storage paths to the same switch in transparent failover mode
  C. using dual fabrics implemented with multiple storage paths
  D. using a minimum of two SMAs for SAN management with Command View
  C. using dual fabrics implemented with multiple storage paths

• Question 75:

  What are two benefits of migrating from one SAN topology to another SAN topology? (Choose two.)

  A. The management of the SAN is simplified.
  B. The SAN can scale to support additional storage devices and applications servers.
  C. Zone conflicts and limitations are resolved.
  D. Many smaller switches are consolidated into fewer large fabric switches.
  B. The SAN can scale to support additional storage devices and applications servers.
  D. Many smaller switches are consolidated into fewer large fabric switches.

• Question 76:

  In many cases, the growth pattern for a storage installation is difficult or impossible to predict. To accommodate this unpredictability, the SAN architect should allow for growth within a predefined design that _____.

  A. uses the initial installation as a subset of a larger pre-designed configuration
  B. uses the cascaded switch topology as the initial installation
  C. is a subset of the mesh for a smaller configuration
  D. uses the ring switch topology as the initial installation
  A. uses the initial installation as a subset of a larger pre-designed configuration

• Question 77:

  A SAN administrator plans on migrating the existing SAN topology. What two factors should be considered to prepare for this process? (Choose two.)

  A. application I/O profile
  B. the RAID level of the storage systems
  C. data locality
  D. number of storage systems
  A. application I/O profile
  C. data locality

• Question 78:

  A SAN administrator must implement a new SAN and is told that the primary data access will be one-to-one. Which two SAN topologies are optimized for this data access pattern? (Choose two.)

  A. ring
  B. cascaded
  C. meshed
  D. tree backbone
  A. ring
  B. cascaded

• Question 79:

  Click the Task button.

  A SAN architect plans to implement a managed SAN infrastructure.

  Arrange the steps in the order that they would be performed.

  Select and Place:

  

  

• Question 80:

  Why do customers want to extend the SAN?

  A. to connect geographically distributed data centers
  B. to make SANs more manageable
  C. to increase the speed of data transport
  D. to scale SANs with more switches
  A. to connect geographically distributed data centers