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Pure Storage FlashArray-Implementation-Specialist Exam Syllabus Topics:

TopicDetails
Topic 1
  • Installation: This section of the exam measures the skills of Enterprise Infrastructure Technicians and focuses on executing a successful installation of FlashArray systems. It tests the ability to perform physical setup, cabling, configuration of network settings, and the application of initial system configurations necessary for full deployment.
Topic 2
  • Post-Installation
  • Upgrade: This section of the exam measures the skills of FlashArray Implementation Specialists and evaluates how professionals confirm system functionality after installation or an upgrade. It involves validating connectivity, running health checks, confirming configurations, and ensuring that the deployment meets operational expectations.
Topic 3
  • Upgrades: This section of the exam measures the skills of FlashArray Implementation Specialists and focuses on tasks involved in managing firmware and software upgrades. Candidates must demonstrate knowledge of upgrade planning, verification steps, and rollback procedures, ensuring that systems are updated with minimal disruption to service.
Topic 4
  • Pre-Installation
  • Upgrade: This section of the exam measures the skills of Enterprise Infrastructure Technicians and covers all preparation activities before deploying or upgrading a Pure Storage FlashArray. It includes understanding environmental requirements, verifying prerequisites, checking compatibility, and validating system readiness through appropriate tools and documentation.

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Pure Storage Certified FlashArray Implementation Specialist Sample Questions (Q40-Q45):

NEW QUESTION # 40
Which Purity command can be used to validate I/O is balanced across initiators?

Answer: C

Explanation:
The purehost iobalance --check command validates whether I/O is balanced evenly across initiators, helping ensure optimal performance and distribution.


NEW QUESTION # 41
When adding a data pack into a FlashArray chassis or a DFS shelf, the drives show "unrecognized" status when running puredrive list.
What is the cause of this status on the newly inserted drives?

Answer: D

Explanation:
When expanding capacity on a Pure Storage FlashArray, it is critical to understand the distinction between normal drive insertion states and hardware fault states. As established in previous deployment steps, when a standard, supported DirectFlash Module (DFM) is inserted into a healthy array, it typically enters an
"unadmitted" state. This means the hardware is fully recognized, but the system is securely waiting for the administrator to manually claim the drives using puredrive admit.
However, if an Implementation Engineer inserts a new data pack and the puredrive list command reports the status strictly as "unrecognized," this indicates a deeper software-to-hardware mismatch.
The Purity//FA operating system relies on an internal hardware dictionary (including specific drivers and firmware profiles) to communicate with the custom NVMe flash modules. If a customer purchases a newly released, next-generation DFM (for example, a higher-density QLC drive or a newly manufactured DFM with an updated internal NAND controller), an older version of Purity simply will not know how to interact with it.
Because the older OS lacks the required hardware definitions, it flags the drive as "unrecognized." To resolve this issue and proceed with the capacity expansion, the Implementation Engineer must first perform a non- disruptive upgrade of the Purity operating system to a version that officially supports the new drive's Bill of Materials (BOM).


NEW QUESTION # 42
An Implementation Engineer is onsite to replace a 22TB data pack with a new 91TB (10 x 9.1TB) data pack in a FlashArray//X90R5 Gen 2. The array is at 90% capacity. It currently has 22TB (10 x 2.2TB) in slots 0-9 and 63TB (14 x 4.5TB) in slots 10-23, configured as two separate write groups.
What is a supported method to proceed with the planned capacity migration?

Answer: C

Explanation:
When executing a capacity migration or consolidation on a highly utilized Pure Storage FlashArray (such as an //X90 Gen 2 at 90% capacity), physical and logical space limitations dictate the required procedure. The FlashArray chassis only contains 24 front-facing capacity drive bays. In this scenario, the chassis is fully populated with 10 drives in slots 0-9 and 14 drives in slots 10-23.
Because all physical chassis slots are occupied, there is nowhere to physically insert the new 91TB (10 x 9.1 TB) DirectFlash Modules. Furthermore, because the array is at 90% capacity, there is insufficient logical free space remaining to evacuate the 22TB data pack into the existing 63TB pack's free capacity. Standard evacuation requires the system to non-disruptively move data off the target drives before they can be safely removed, which is mathematically impossible here without external capacity.
To resolve this, the officially supported method is to install a temporary "swing shelf" (Option B). A swing shelf acts as a temporary expansion vessel. The Implementation Engineer physically racks the swing shelf, connects it to the array, and inserts the new 91TB data pack into it. Purity can then safely evacuate the data from the old 22TB chassis data pack onto the new drives in the swing shelf. Once the evacuation completes, the old drives are decommissioned and removed, the new 91TB drives are seamlessly relocated into the chassis slots 0-9, and the swing shelf is removed and returned.


NEW QUESTION # 43
What hardware should the Implementation Engineer find in the upgrade kit in order to perform an //X to //XL NDU?

Answer: A

Explanation:
For a Non-Disruptive Upgrade (NDU) from a FlashArray//X to a FlashArray//XL, the upgrade kit typically contains 4 QSFP cables, 2 Mellanox cards, and 20 DFMD blanks (or modules).
2 Mellanox Cards: The FlashArray//X (source) likely requires the installation of 100GbE RoCE adapters (Mellanox) into its controllers to establish the high-speed replication link with the new FlashArray//XL (which has 100GbE native). One card is installed per //X controller.
4 QSFP Cables: To ensure a redundant, high-bandwidth connection between the two arrays during the data migration phase, 2 cables are used per controller pair (CT0-to-CT0 and CT1-to-CT1), totaling 4 cables.
20 DFMDs (Blanks/Fillers): The FlashArray//X typically holds 20 DirectFlash Modules. The FlashArray//XL chassis has 40 slots. When the 20 data drives are physically moved from the //X to the //XL, the //XL will still have 20 empty slots. These must be filled with DirectFlash blanking modules (DFMD blanks) to maintain proper chassis airflow and thermal pressure. Thus, the kit includes these 20 fillers.


NEW QUESTION # 44
What is the rack unit height of a FlashArray//XR2/3?

Answer: A

Explanation:
The FlashArray//XR2 and //XR3 models each occupy 3 rack units (RU) in height. This is specified in the FlashArray//XR2 and //XR3 Site Planning Guide, which outlines the physical requirements for rack space, clearance, and weight for these models.


NEW QUESTION # 45
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