Question 6 of 122
Refer to the exhibit.
Exam HPE0-J68: Question 6 - Image 1
You are designing a new Primera solution and demonstrating performance numbers to the customer. The customer reviews the configuration and requests a change to the configuration that will increase Random Write IOPS.
Which action will satisfy the customer request?
    Correct Answer: A

    To increase Random Write IOPS, adding more disks of smaller capacity is the most effective action. This is because adding more physical disks to the RAID array increases the number of spindles, which improves the ability to handle more IOPS due to the parallelization of disk operations. Increasing the capacity of the SSDs or upgrading the base model would not directly address the need for increased IOPS, and adding more FC ports would primarily affect the data transfer rate rather than the IOPS. Therefore, option A is the correct choice to satisfy the customer's request.

Question 7 of 122
Which of the following are part of the SimpliVity Data Virtualization Platform architecture? (Choose two.)
    Correct Answer: A, D

Question 8 of 122
A customer is implementing a new high performance database environment.
What type of storage should you recommend?
    Correct Answer: A

Question 9 of 122
You are designing a new enterprise array solution. The customer is interested in a caching tier that provides extremely low-latency and persistent storage at the same time. They also need to support more than 500GB.
Which technology should you recommend?
    Correct Answer: C

    The appropriate technology to recommend for an enterprise array solution that requires extremely low-latency and persistent storage with support for more than 500GB is NVMe SCM. DRAM and SRAM are very fast but do not provide persistent storage. NAND SSD offers persistent storage but generally has higher latency compared to NVMe SCM. NVMe SCM, or Storage Class Memory, combines low latency and persistent storage, making it suitable for the requirements specified.

Question 10 of 122
A customer is implementing an SAP HANA environment and is looking for an alternative to an entirely in-memory database.
Which storage technology should you recommend?
    Correct Answer: D