A customer is planning to use the JetMirror functionality on their Hitachi NAS Platform. Which two are required from the customer to plan the implementation? (Choose two.)

A. the size of the storage pools in use

B. the number of files used

C. the distance to the destination system

D. if systems are managed by a common SMU

A customer with a Hitachi NAS Platform 3100 wants to implement anti-virus scanning. In which Hitachi NAS Platform related document do you find information about supported anti-virus scan engine software?

A. the Access Control List (ACL)

B. the Administration Guide

C. the Independent Software Vendor (ISV) list

D. the Hardware Compatibility List (HCL)

A customer would like to implement network load balancing from a Hitachi NAS Platform node to a single Ethernet switch. Which network technology is required?

A. Hot Standby Router (HSRP)

B. Link Aggregation (LAG)

C. Link Aggregation Control Protocol (LACP)

D. MPIOX

Your customer is interested in using thin provisioning at the file system level and wants to know how the auto-expansion function works on the Hitachi NAS Platform. Which two statements are true? (Choose two.)

A. A storage pool will automatically expand reaching the high watermark.

B. A thin file system will allocate space as needed until the maximum size is reached.

C. A thin file system will automatically expand to 10% beyond the high watermark.

D. A thin file system can be created with a larger maximum size than the storage pool size.

A customer has purchased a 2-node Hitachi NAS platform 3080 cluster. The customer would like to optimize the design of their network for Windows clients accessing files stored on the 3080. Which three factors must be considered? (Choose three.)

A. the number of anti-virus scanning servers with the 3080

B. the make and model of the customer Fibre Channel switches

C. the current and planned use of VLANs

D. the use of clustered read caching

E. the use of 1 GbE versus 10 GbE connections from the 3080

A customer is asking for a detailed description of clustering technology on the Hitachi NAS Platform cluster with multiple GbE ports in the aggregates. Which two statements describe the automatic failover behavior? (Choose two.)

A. Only the EVS affected by a problem will failover to another node.

B. All EVS will failover when a GbE port in an aggregation fails.

C. An EVS will failover when all GbE ports in an aggregation used by an EVS fail.

D. An EVS will not failover when all GbE ports used by an EVS fail.

An enterprise customer has purchased a Hitachi NAS platform to perform a server consolidation. The environment consists of 28 Microsoft Windows file servers integrated with DFS and 7 Samba servers that provide multi-protocol access to large graphics files used by Macintosh users. Which three potential points of contention should be considered when planning your solution design? (Choose three.)

A. the number of concurrent users for each server being consolidated

B. NTFS ACLs used by Samba

C. name services integration

D. DFS integration with CNS

E. the number of Active Directory domains

A customer wants to install the two nodes of a Hitachi NAS Platform cluster 125 meters apart. What are two prerequisites? (Choose two.)

A. The cluster interconnect XFPs must be longwave laser extended.

B. The multimode fiber optic media must comply with the OM3 standard.

C. A DWDM is required.

D. The SMU containing the Quorum must have network access to both nodes.

A customer recently purchased a Hitachi NAS Platform 3090 and a Hitachi AMS2300 for back-end storage. The customer is concerned about back-end performance. What are two considerations? (Choose two.)

A. Do not share storage ports with another other host.

B. Do not mix SAS and SATA in the same storage pool.

C. Do not exceed 8 SATA LUNS per FC port.

D. Do not use Brocade M-Series switches.

You are asked to design a Hitachi NAS Platform solution with a requirement to replicate data across a distance of 300 km. Which two replication technologies are suitable? (Choose two.)

A. TrueCopy

B. Intelligent Data Replication

C. ShadowImage

D. Hitachi Universal Replicator