Hitachi HQT-6740 Online Practice Questions and Exam Preparation

Hitachi HQT-6740 Online Questions & Answers

• Question 71:

  If all volumes are unallocated from a host, which two dialog options are available using Hitachi Device Manager? (Choose two.)

  A. Return Capacity to Pool
  B. Delete Volume
  C. Shred Volume
  D. Delete Host Group
  B. Delete Volume
  D. Delete Host Group

• Question 72:

  Which two statements regarding the Hitachi Dynamic Link Manager Round Robin algorithms are true? (Choose two.)

  A. The Round Robin algorithm distributes I/Os by alternating requests across two data paths.
  B. The Round Robin algorithm distributes I/Os by alternating requests across all available data paths.
  C. The Extended Round Robin algorithm distributes I/Os to paths depending on whether the I/O involves sequential or random access.
  D. The Extended Round Robin algorithm distributes sequential I/Os to a set of paths and random I/Os to another set of paths.
  B. The Round Robin algorithm distributes I/Os by alternating requests across all available data paths.
  C. The Extended Round Robin algorithm distributes I/Os to paths depending on whether the I/O involves sequential or random access.

• Question 73:

  A storage administrator wants to provision storage from a VSP to a Windows 2008 host using Hitachi Device Manager (HDvM). Which two tasks must be completed first? (Choose two.)

  A. Create a host group for the host on the VSP.
  B. Add the host to HDvM.
  C. Add the storage system to HDvM.
  D. Add the storage to a logical group in HDvM.
  B. Add the host to HDvM.
  C. Add the storage system to HDvM.

• Question 74:

  Which three Hitachi storage systems would be used to virtualize external storage? (Choose three.)

  A. HUS
  B. VSP
  C. USP V
  D. 9900V
  E. USP
  B. VSP
  C. USP V
  E. USP

• Question 75:

  Which Hitachi Command Suite product would be installed on a server different from the one where the Hitachi Device Manager software resides?

  A. Tiered Storage Manager
  B. Tuning Manager
  C. Partition Manager
  D. Replication Manager
  B. Tuning Manager

• Question 76:

  You want to create a Hitachi Dynamic Provisioning pool on a VSP using Hitachi Device Manager. Which two conditions apply? (Choose two.)

  A. Drive types cannot be mixed.
  B. LDEVs must be selected.
  C. Parity groups must be selected.
  D. The maximum pool number cannot exceed 127.
  C. Parity groups must be selected.
  D. The maximum pool number cannot exceed 127.

• Question 77:

  A storage manager needs to add a new server to the Hitachi Device Manager (HDvM) database. As an alternative to running a host scan, which two actions are available to discover and identify the new server? (Choose two.)

  A. Use the Host Data Collector.
  B. Install HDvM Agent on the host.
  C. Execute the AddNewHost CLI command.
  D. Run the Import Hosts utility.
  A. Use the Host Data Collector.
  B. Install HDvM Agent on the host.

• Question 78:

  A manufacturing company wants to centrally manage all their multi-pathing software using Hitachi Global Link Manager (HGLM). Which two types of multi-pathing software are supported? (Choose two.)

  A. HDLM
  B. HP-UX Multipathing
  C. PowerPath
  D. SDD
  A. HDLM
  B. HP-UX Multipathing

• Question 79:

  You use Hitachi Device Manager to provision storage. During the provisioning process, what information must you provide? (Choose two.)

  A. the name of the host being provisioned from the storage system
  B. the WWN of the FC port of the storage system connected to the host's HBA
  C. the FC port name of the storage system connected to the host's HBA
  D. the FC path priority settings
  A. the name of the host being provisioned from the storage system
  C. the FC port name of the storage system connected to the host's HBA

• Question 80:

  A customer would like to deploy Hitachi Global Link Manager (HGLM) to monitor for path errors on their SAN hosts running Hitachi Dynamic Link Manager (HDLM). Which method is used by the host to alert the HGLM server?

  A. SNMP
  B. SMTP
  C. SMS
  D. SIM
  A. SNMP