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| Certification Vendor: | Pure Storage |
|---|---|
| Exam Name: | Pure Storage Certified FlashArray Implementation Specialist |
| Exam Number: | FAIS |
| Related Certifications: | Pure Storage FlashArray Implementation Specialist Certification |
| Available Languages: | English |
| Exam Format: | Multiple Choice (three or four options, one to two correct answers) |
| Exam Duration: | 120 minutes |
| Exam Price: | USD $300 |
| Real Exam Qty: | 75 |
| Passing Score: | Not publicly disclosed by Pure Storage |
| Certificate Validity Period: | 3 years |
| Sample Questions: | Pure Storage FlashArray-Implementation-Specialist Sample Questions |
| Exam Way: | Online (proctored via examslocal.com) |
| Pre Condition: | Recommended hands-on experience with Pure Storage FlashArray systems. Targeted at internal Pure Storage Support Specialists, Partner Support Specialists with root level access, and Enterprise or Dark Site customers with root level access. |
| Official Syllabus URL: | https://academy.purestorage.com/student/page/2164533-certification-fais |
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NEW QUESTION # 110
An Implementation Engineer is performing a capacity consolidation on an X50R3.
Which command is needed for the engineer to determine whether the customer's FlashArray supports SAS Flash Modules?
Answer: A
Explanation:
To determine whether a specific FlashArray configuration, such as the FlashArray//X50R3, supports or is currently equipped to handle SAS Flash Modules, the command purehw list --type drive --all is the correct diagnostic tool. While the FlashArray//X series is architected as a 100% NVMe platform using DirectFlash Modules (DFMs) in the base chassis, it retains the capability to support legacy SAS Flash Modules (SSDs) through the attachment of external SAS expansion shelves.
The purehw list --type drive --all command provides a comprehensive enumeration of the physical drive hardware components recognized by the system. Unlike the puredrive list command, which focuses on the logical status, capacity, and admission state of the drives, the purehw command with the --type drive flag exposes the hardware-level details, including the interface protocol (SAS vs. NVMe) and the physical location of the drive bays.
By running this command, an Implementation Engineer can verify if the array is communicating with any SAS-based drive hardware. If SAS modules or SAS-compatible drive bays in an external shelf are listed, support is confirmed. Conversely, option A is syntactically incorrect for this purpose, and option B (purehw list --type controller) focuses on the compute node specifications rather than the storage media interfaces.
Therefore, listing the drive hardware components is the definitive method to validate the presence and support of SAS Flash media within the specific array configuration during a capacity consolidation.
NEW QUESTION # 111
FlashArray//C and //E models use which flash storage architecture, identifiable by gray tabs on the DirectFlash Module carriers?
Answer: B
Explanation:
Pure Storage differentiates its product lines based on the type of NAND flash used, optimizing for either performance or capacity/cost.
FlashArray//X uses TLC (Triple-Level Cell) flash for high performance and endurance. These modules typically have orange tabs.
FlashArray//C and FlashArray//E are designed for high-capacity, capacity-optimized workloads. They utilize QLC (Quad-Level Cell) flash.
QLC flash stores 4 bits per cell, offering higher density at a lower cost per terabyte, but with different endurance characteristics managed by the DirectFlash software. To help engineers and customers physically distinguish these modules, QLC DirectFlash Modules feature gray release tabs on the carrier. Identifying these tabs confirms that the correct media type is being installed into the capacity-oriented //C or //E chassis.
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NEW QUESTION # 112
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: A
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 # 113
What command should be used to check the shelf cable connections?
Answer: A
Explanation:
To specifically verify the shelf cable connections and validate the SAS topology during an installation, the correct command is storage_view.py config.
While standard Purity CLI commands like purehw list (Option B) can show the presence and general status of enclosures, they often do not provide the granular, low-level details of the SAS cabling map required to troubleshoot or verify physical redundancy paths (Side A vs. Side B connectivity).
storage_view.py is a specialized Python utility script included in the Purity operating system, primarily intended for use by Implementation Engineers and Support. Running storage_view.py config (or similar arguments like enclosures) outputs a visual or tabular representation of the backend cabling, explicitly showing how the controllers are chained to the expansion shelves. This allows the engineer to confirm that the cabling matches the strict "stacking" rules (e.g., verifying that the SAS loops are closed and redundant) and to identify issues like cross-cabling or disconnected paths that a simple "status=healthy" flag might miss during the initial build.
NEW QUESTION # 114
During a FlashArray//XR5 upgrade, when should the Implementation Engineer run start_ndu controller-ndu to set the HWNDU specific tunable?
Answer: B
Explanation:
When executing a Hardware Non-Disruptive Upgrade (HWNDU) to a new chassis generation, such as moving to a FlashArray//XR5, the new controllers must be properly prepped to join the existing, older- generation cluster. The correct sequence of operations is critical to prevent the cluster from rejecting the mismatched hardware.
Once the new //XR5 controller is physically inserted into the slot of the removed older controller, the Implementation Engineer must first install the correct target version of the Purity//FA operating system locally using the pureinstall command via the KVM console. After Purity is successfully installed, but strictly before the controller is logically initialized to join the cluster (via the puresetup secondary command), the engineer must execute the start_ndu controller-ndu script.
This script applies specific internal HWNDU tunables-such as relaxing hardware mismatch checks, bypassing specific alert monitors, and adjusting heartbeat timeouts. Setting these tunables ensures that when the controller is finally initialized, the surviving primary controller safely accepts it as a valid secondary partner without triggering a system fault, hardware rejection, or disrupting active host I/O.
NEW QUESTION # 115
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