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Pure Storage FlashArray-Implementation-Specialist Exam Syllabus Topics:

TopicDetails
Topic 1
  • 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.
Topic 2
  • 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 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
  • 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.

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Pure Storage Certified FlashArray Implementation Specialist Sample Questions (Q87-Q92):

NEW QUESTION # 87
An Implementation Engineer is performing a hardware NDU from a fully populated FlashArray//X90R3 to a FlashArray//XL that already contains 20 DFM-Ds. The drive transfer is complete, and the //XL is still in SPM (Shelf Mode). What is the next step the Implementation Engineer should take to continue the upgrade?

Answer: B

Explanation:
When upgrading from a FlashArray//X to a FlashArray//XL, the hardware migration often involves handling DirectMemory Modules (DMMs) differently than standard data drives. DMMs are high-performance cache modules that reside in the controller chassis.
In this specific scenario-migrating a fully populated //X90R3 to an //XL that already has its own set of DirectFlash Modules (DFM-Ds)-the DMMs from the old chassis need to be moved to the new chassis to preserve their cache function or be properly decommissioned.
The correct procedure is to Evacuate DMMs as a datapack then install into any slot in //XL.
DMMs cannot be simply "hot-swapped" randomly while the system is live in a way that disrupts the cache map.
They must be logically grouped and evacuated (conceptually "vacated" of active data) so they can be safely removed from the old chassis.
Once removed, they can be installed into the new //XL chassis. The //XL architecture supports DMMs in specific slots, and Purity will detect and re-incorporate them into the cache pool.
This ensures that the expensive SCM (Storage Class Memory) hardware is reused in the new system without causing data integrity issues during the transition.
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NEW QUESTION # 88
How many chassis capacity drive slots come standard on a FlashArray//X Gen 2 chassis?

Answer: B

Explanation:
Understanding the physical chassis layout of the Pure Storage FlashArray is essential for capacity planning and hardware installation. The FlashArray//X Gen 2 (and Gen 3) utilizes a highly efficient 3U chassis design.
When looking at the front of a standard //X chassis, there are a total of 24 physical module bays. However, these bays serve fundamentally different architectural purposes:
* Capacity Drive Slots: There are exactly 20 slots strictly dedicated to capacity drives (DirectFlash Modules, or DFMs). These are numbered 0 through 19 and are where the data packs are installed to provide raw storage capacity.
* NVRAM Slots: The remaining 4 slots, located centrally in the chassis, are dedicated exclusively to NVRAM modules (NVB0, NVB1, NVB2, and NVB3). These provide the highly available, non-volatile write cache for the array and cannot be used for capacity expansion.
Therefore, when an Implementation Engineer is assessing the chassis for data pack expansion or module upgrades, there are exactly 20 standard capacity drive slots available before an external DirectFlash Shelf (DFS) must be added. (Note: FlashArray//XL utilizes a larger 5U chassis with 40 capacity slots, but the standard //X remains at 20).


NEW QUESTION # 89
An Implementation Engineer is installing the first DirectFlash Shelf (DFS) on a FlashArray//XR4 controller.
Which ports should the Implementation Engineer use for the connection?

Answer: B

Explanation:
When adding external capacity to a Pure Storage FlashArray via a DirectFlash Shelf (DFS), Implementation Engineers must adhere to strict, high-speed networking port assignments to ensure maximum backend throughput. Unlike older Fibre Channel or basic SAS expansion shelves that use dedicated SAS cabling, a modern DFS relies on massive 50GbE or 100GbE bandwidth using the NVMe-oF (RDMA over Converged Ethernet - RoCE) protocol to maintain NVMe-level speeds across the external fabric.
According to the official FlashArray//XR4 Port Usage and Definitions hardware matrix, the onboard 100GbE RoCE ports explicitly dedicated to the first loop of a DirectFlash Shelf are physically located on the controllers and identified within the Purity operating system as ETH 18 and ETH 19 .
These specific ports are hardware-optimized to handle the extreme backend IOPS generated by the external DirectFlash Modules communicating back to the primary chassis. Utilizing standard 1GbE/10GbE management/replication ports (such as ETH 0/1) or other generic PCIe Ethernet host interfaces (such as ETH
10/11) is unsupported for the primary DFS backend loop. Plugging the shelf into the wrong ports will result in cabling validation failures during the hardware_check.py execution, preventing the new capacity from being recognized by the array.


NEW QUESTION # 90
What is the default FlashArray//XLR5 - FC configuration shipped for new installs?

Answer: C

Explanation:
The FlashArray//XL series has a specific, validated slot population rule for its PCIe cards to ensure optimal performance and thermal management. For a standard Fibre Channel (FC) configuration on a FlashArray//XLR5, the factory default shipment includes a specific arrangement of host I/O cards and offload engines.
The correct default configuration is:
PCIe Slot 3: 4-Port 32Gb FC card.
PCIe Slot 5: 2-Port 32Gb FC card.
PCIe Slot 6: DirectCompress Accelerator (DCA).
This layout (Option B) adheres to the //XL's architecture where specific slots are prioritized for frontend host I/O (like slots 3 and 5) and others for offload functions or backend connectivity. Implementation Engineers must verify cards are in these exact slots during the visual inspection. If cards are moved to incorrect slots (like slot 1 or 4 for primary FC in this specific config), the array may not boot or may fail to initialize the FC services correctly due to BIOS enumeration orders.
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NEW QUESTION # 91
A customer has a DirectFlash Shelf installed on a FlashArray//X90R4. The 208V rack PDUs are full, but there are five 120V connections available at the top of the rack. What should the Implementation Engineer understand about powering the DirectFlash Shelf in this scenario?

Answer: A

Explanation:
Pure Storage DirectFlash Shelves (DFS) are designed with high-efficiency, enterprise-grade power supply units (PSUs). These PSUs are "auto-ranging," meaning they can accept a wide range of input voltages, typically from roughly 90V to 264V AC.
While data centers often prefer 208V-240V power sources for better efficiency (less heat loss and lower amperage draw for the same wattage), the hardware is fully validated and supported to operate on standard 110V/120V circuits. There is no "temporary only" restriction or hardware lockout that prevents operation on 120V.
Therefore, if the customer's high-voltage PDUs are full, the Implementation Engineer can safely connect the DirectFlash Shelf to the available 120V outlets. The shelf will function normally, provided the circuit has sufficient amperage capacity (amps) to handle the slightly higher current draw that results from using a lower voltage. This configuration is supported for the entire service life of the shelf.
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NEW QUESTION # 92
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