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Which option would you consider best practice to accurately configure these LUNs, prior to creating the partit

You are a designer for ABC.com. ABC.com wants their Windows server to be attached to an
existing CX700 array. You have completed the appropriate design, which allows for this server to
attach and receive two LUNs from the CX700, and to use SnapView Clones for data protection.
These LUNs will be configured as basic disks within Windows. Which option would you consider
best practice to accurately configure these LUNs, prior to creating the partitions within the
Windows operating system?

What information must you collect if you have to determine the number of HBAs that ABC.com will require in eac

The ABC.com environment comprises 35 UNIX servers using a combination of direct attached
storage, as well as a small SAN storage system that supports 10 servers. The SAN offers single
port access to the servers. The EMC sales team is eager to replace the existing SAN storage
vendor and increase the utilization of SAN storage for ABC.com. The team proposes redundant
fabrics and the use of PowerPath. What information must you collect if you have to determine the
number of HBAs that ABC.com will require in each server?

What is a disadvantage of using host-based volume mirroring for the migration?

An HP-UX 9000/800 host currently uses multi-pathed storage provisioned from a Symmetrix 8830.
All LUNs are presented to the host application using Veritas Volume Manager. The storage array
is being replaced by a DMX1000. This will require a data migration effort. The host is running
several 24×7 applications and needs to be online during the migration.
Two approaches are being considered host-based mirror/split of the Veritas volumes or arraybased SRDF. What is a disadvantage of using host-based volume mirroring for the migration?

what is the minimum number of 2Gbit array ports into a single array would you suggest to handle both this work

ABC.com is running four applications (A, B, C, and D) daily as follows: “A” has its consistent peak
workload of 65K IOPS with an average 4KB blocksize for 4 hours from 9am. “B” has its consistent
peak workload of 20K IOPS with an average 8KB blocksize for 3 hours from 8am. “C” has its
consistent peak workload of 50K IOPS with an average 4KB blocksize for 4 hours from 10am. “D”
has its consistent peak workload of 10K IOPS with an average 8KB blocksize for 2 hours from
11am. From a performance viewpoint, what is the minimum number of 2Gbit array ports into a
single array would you suggest to handle both this workload and 25% growth?