Pure Storage FlashArray-Implementation-Specialist Desktop Practice Exam Dumps

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Pure Storage FlashArray-Implementation-Specialist Exam Syllabus Topics:

Topic	Details
Topic 1	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 2	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 3	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 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 (Q78-Q83):

NEW QUESTION # 78
When executing a FlashArray upgrade from the FA-405 to a FA-X Series, into which slot on CT1 must the 2 Port InfiniBand Card be installed?

A. 0
B. 1
C. 2

Answer: C

Explanation:
When performing a specific legacy upgrade from a FlashArray FA-405 to a FlashArray//X Series, the 2-Port InfiniBand card must be installed in PCIe Slot 3 of the target controller (CT1).
Upgrade Architecture: The legacy FA-400 series utilized InfiniBand (IB) for its high-speed cluster interconnect. The modern FlashArray//X series utilizes PCIe/NTB over an internal midplane or different interconnects. However, during a non-disruptive upgrade (NDU) or data migration where the new //X controller is temporarily clustered with the old FA-405 controller to transfer state and data, they must share a compatible link.
Slot Reservation: The FlashArray//X hardware guide and upgrade procedures strictly designate Slot 3 (the top slot on the riser in many //X chassis configurations) as the reserved location for this temporary InfiniBand interconnect card. Installing it in Slot 0 or 2 would conflict with the primary Host I/O or backend connectivity paths, potentially causing the controller to fail the upgrade pre-checks or preventing the cluster from forming.

NEW QUESTION # 79
An Implementation Engineer is onsite to add a new 91TB (10 x 9.1TB) data pack to a FlashArray that includes a DirectFlash Shelf. The chassis currently contains two write groups, one 45TB (10 x 4.5TB) and one 91TB (10 x 9.1TB). The shelf contains a single 45TB (10 x 4.5TB) write group. The customer requests that the new data pack be added as part of a wide write group. How should the Implementation Engineer meet this request?

A. Add the drives to the shelf and then run puredrive admit --wide-write-group to admit them into the same write group in the shelf.
B. Have support set a tunable to allow the wide write group to extend between the chassis and shelf; then add the drives to the shelf to extend the write group from the chassis.
C. Move the chassis write group of 45TB (10x4.5TB) to the shelf and then add the new data pack to the chassis.

Answer: C

Explanation:
FlashArray performance and capacity management rely on "Write Groups"-logical groupings of drives that Purity uses to stripe data. A "Wide Write Group" typically consists of roughly 20 drives and offers better performance and capacity efficiency than smaller groups. However, Purity generally requires write groups to be contained within a single physical enclosure (chassis or shelf) to maintain failure domain boundaries and performance predictability.
In this scenario, the customer wants the new 91TB pack to form a wide write group. The chassis already has a 91TB group and a 45TB group. The shelf has one 45TB group. To create a wide write group with the new 91TB pack, it is best to pair it with an existing matching or compatible group in the same enclosure. Since the chassis is full (20 drives), you cannot simply add the new pack there without moving something.
The correct procedure is to move the 45TB write group from the chassis to the shelf. This frees up 10 slots in the chassis. The shelf now holds two 45TB groups (which is valid). The chassis now has the original 91TB group and 10 empty slots. The engineer can then install the new 91TB data pack into those empty chassis slots. Purity will then be able to merge or manage these two 91TB packs (the existing one and the new one) as a highly efficient configuration, potentially forming the requested wide write group or at least balancing the high-capacity drives within the controller chassis where bandwidth is highest. This physical rearrangement is necessary because write groups cannot span across the chassis-shelf interconnect.
=========

NEW QUESTION # 80
Which I/O card type is compatible across all FlashArray models?

A. iSCSI
B. 10GBaseT
C. FC

Answer: C

Explanation:
Fibre Channel (FC) I/O cards are compatible across all FlashArray models, providing consistent SAN connectivity regardless of array generation.

NEW QUESTION # 81
Which default speed FC SFPs are shipped in FlashArray//XCR4 FC arrays?

A. 0
B. 1
C. 2

Answer: A

Explanation:
FlashArray//X R4 (and the associated //C R4) models, introduced with the PCIe Gen 4 architecture, feature support for 64Gb Fibre Channel (FC) connectivity. The default Fibre Channel Host Bus Adapters (HBAs) and the accompanying SFPs shipped with this generation are 64Gb capable, marking a significant performance leap from the 32Gb standard of the R3 generation.
While the HBAs are backward compatible with 32Gb and 16Gb SAN infrastructures, the R4 platform is explicitly marketed and technically defined by its ability to drive 64Gb line speeds to match the increased throughput of the backend PCIe Gen 4 bus and DirectFlash Modules. For an Implementation Engineer verifying the bill of materials or configuring the switch ports, it is critical to know that the R4 optics are native 64Gb. If the customer's switch infrastructure is only 16Gb or 32Gb, the ports will auto-negotiate down, but the shipped default hardware is the 64Gb standard (Option C). Option A (16Gb) and Option B (32Gb) refer to the default standards for the older //M and //X R2/R3 generations respectively.

NEW QUESTION # 82
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?

A. There is a hardware fault that needs to be corrected.
B. The drives exceed the max space supported for the controller model.
C. The drives have not yet been logically admitted into the array.
D. The Purity version of the FlashArray/DFS is incompatible with the new 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 # 83
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