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SG0-001 · Question #112

An application's characteristics are write/read intensive, random access, and small data objects. In this situation, which of the following disk types would be BEST suited?

The correct answer is B. FC- 300 GB. 15k RPM. For write/read intensive, random access with small data objects, Fibre Channel (FC) drives with higher RPMs (e.g., 15k RPM) are best suited due to their superior performance, particularly in terms of IOPS.

Storage Components

Question

An application's characteristics are write/read intensive, random access, and small data objects. In this situation, which of the following disk types would be BEST suited?

Options

  • ASAS -450 GB, 10k RPM
  • BFC- 300 GB. 15k RPM
  • CSATA-1TB, 7.2k RPM
  • DFC-450GB, 15kRPM

How the community answered

(23 responses)
  • A
    4% (1)
  • B
    74% (17)
  • C
    9% (2)
  • D
    13% (3)

Why each option

For write/read intensive, random access with small data objects, Fibre Channel (FC) drives with higher RPMs (e.g., 15k RPM) are best suited due to their superior performance, particularly in terms of IOPS.

ASAS -450 GB, 10k RPM

SAS 10k RPM drives are good performers but generally fall short of 15k RPM FC drives in terms of raw IOPS, which is critical for the described workload.

BFC- 300 GB. 15k RPMCorrect

Fibre Channel (FC) drives, especially those with 15,000 RPM, offer high performance, low latency, and excellent IOPS, making them ideal for applications with intensive random write/read operations and small data objects. The 300GB capacity is suitable given the focus on performance over raw capacity for this workload.

CSATA-1TB, 7.2k RPM

SATA 7.2k RPM drives are designed for high capacity and cost-effectiveness, not for high-performance, write/read intensive, random access workloads due to their lower rotational speed and IOPS.

DFC-450GB, 15kRPM

While an FC 450GB 15k RPM drive also offers high performance, option B, an FC 300GB 15k RPM drive, is equally well-suited for the specified characteristics where IOPS is the primary concern, making it a best fit among the choices.

Concept tested: Disk type selection for specific workloads

Source: https://learn.microsoft.com/en-us/windows-server/administration/performance-tuning/subsystem/disk-performance

Topics

#Disk drive types#Workload matching#Performance optimization#FC drives

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