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| Certification Vendor: | Pure Storage |
|---|---|
| Exam Name: | Pure Storage Certified FlashArray Implementation Specialist |
| Exam Number: | FAIS |
| Certificate Validity Period: | 3 years |
| Real Exam Qty: | 75 |
| Available Languages: | English |
| Exam Price: | USD $300 |
| Passing Score: | Not publicly disclosed by Pure Storage |
| Exam Duration: | 120 minutes |
| Exam Format: | Multiple Choice (three or four options, one to two correct answers) |
| Related Certifications: | Pure Storage FlashArray Implementation Specialist Certification |
| 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 # 132
A customer wants to expand the capacity of their FlashArray//X10 from 5/5 to 11/11. Which is the correct action to take?
Answer: B
Explanation:
To expand a FlashArray//X10 from a 5/5 (fully populated chassis with two 5TB equivalent packs) to an 11/11 (two 11TB equivalent packs) configuration, the correct action is to install a swing shelf with loan capacity.
The Constraint: The "5/5" notation implies the chassis slots are already occupied by the existing media. Since the customer is replacing the existing packs with larger ones (Capacity Consolidation) rather than just adding new ones, the engineer needs a place to put the data during the swap.
Why Swing Shelf: The FlashArray//X10 chassis has limited slots. You cannot simply pull a pack (Option A) if the remaining pack doesn't have enough free space to hold all the data (which is typical in upgrade scenarios). A Swing Shelf (temporary external SAS or NVMe shelf provided by Pure) is attached to the array. The data is evacuated from the internal drives to this shelf. Once the internal slots are empty, the new 11TB packs are installed. The data is then moved back from the shelf to the new packs, and the shelf is removed.
NEW QUESTION # 133
What is the speed of the Ethernet ports to connect a FlashArray //E to a DFS?
Answer: A
Explanation:
The FlashArray//E connects to its DirectFlash Shelves (DFS) using 25Gb Ethernet (RoCE) .
The FlashArray//E is the "Capacity Optimized" member of the FlashArray family, designed to replace spinning disk repositories with all-flash efficiency. While the high-performance FlashArray//XL utilizes
100GbE for its backend NVMe-oF connectivity to maximize throughput for mission-critical databases, the //E prioritizes cost-efficiency, density, and power consumption.
* Architecture: To maintain this efficiency balance, the backend connectivity for expansion shelves on the //E platform is standardized on 25GbE . This provides ample bandwidth for the QLC-based workloads (typically unstructured data, repository, or Tier 2 block) without the higher cost and power draw of 100GbE optics and controllers.
* Comparison: Option A (40G) is a legacy QSFP standard not used in modern Pure backend designs.
Option C (100G) is reserved for the performance-tier //XL and high-end //X models.
NEW QUESTION # 134
During a FlashArray//X to FlashArray//XL hardware upgrade, when should the Implementation Engineer insert the DFMd modules into the FlashArray//XL?
Answer: A
Explanation:
Upgrading from a FlashArray//X to a FlashArray//XL involves a significant architectural change, often requiring a data migration or a specific "chassis replacement" workflow known as a Data-in-Place upgrade where the new chassis temporarily acts as an expansion shelf. In this specific procedure, the new FlashArray
//XL chassis is not immediately populated with its final drives (DFMDs) before power-on because it first needs to be configured to accept data or join the cluster in a controlled state.
The procedure requires the Implementation Engineer to boot the FlashArray//XL chassis first and configure it into Shelf Mode (SPM) . Only after the chassis is successfully running in this mode-effectively acting as a passive SAS/Ethernet attached shelf to the existing controllers-are the DirectFlash Modules (DFMd) inserted.
Inserting them earlier could cause the array to attempt a full boot sequence or initialize a new array instance, complicating the upgrade logic. By waiting until Shelf Mode is confirmed, the engineer ensures that the modules are recognized correctly as part of the migration target resources, allowing Purity to manage the layout and data redistribution correctly from the source array.
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NEW QUESTION # 135
On a FlashArray//X50 R2/R3 Fibre Channel (FC) array, what is the default type and placement of the PCIe FC card?
Answer: C
Explanation:
For the FlashArray//X50 R2 and R3 models, the default Fibre Channel (FC) configuration utilizes a 4-port PCIe Fibre Channel card installed in Slot 0.
The hardware architecture of the FlashArray//X series differentiates slot usage based on the model controller chassis.
FlashArray//X10 and //X20: These lower-end models utilize Slot 2 for host connectivity (Fibre Channel or iSCSI) because Slots 0 and 1 are typically reserved or occupied by onboard controllers/mezzanine cards. The standard card for these models is often a 2-port card.
FlashArray//X50, //X70, and //X90: These mid-to-high-range models feature a different PCIe bus layout. Slot 0 is the primary designated slot for Host I/O connectivity. To support the higher performance capabilities and port density requirements of the X50, Pure Storage defaults to 4-port FC cards (typically 16Gb or 32Gb).
Therefore, identifying the model number is crucial. Since the question specifies the X50 (R2/R3), the correct placement is Slot 0, and the correct card type is the 4-port model. Option A is incorrect because the 2-port card is not the standard default for the performance-tier X50. Option B describes the configuration for an X20, not an X50.
NEW QUESTION # 136
An Implementation Engineer is getting ready to install four DFMs into a 16-module efficiency bundle and notices that the new modules are DFMDs while the installed modules are DFMs.
What should the Implementation Engineer do to get the array using a 20-module wide write group?
Answer: B
Explanation:
Understanding the strict hardware boundaries of Pure Storage capacity expansion is critical. DirectFlash Modules (DFMs) and DirectFlash Modules with Distributed NVRAM (DFMDs) are fundamentally different hardware components. Standard DFMs contain only raw NAND flash and rely entirely on centralized, dedicated NVRAM modules located in the array chassis to protect write cache. DFMDs, however, feature their own onboard non-volatile memory to distribute the cache load across the capacity drives (primarily utilized in //XL and //XR4 architectures).
Pure Storage architecture explicitly dictates that drives operating within a single efficiency bundle or Wide Write Group (WWG) must be of the exact same hardware classification to ensure predictable parity calculation, wear leveling, and cache distribution. Mixing legacy DFMs with newer DFMDs within the same
20-module write group creates a severe hardware imbalance and is a strictly unsupported configuration.
While internal engineering tunables (like those suggested in Option A) occasionally exist to force overrides in lab environments, applying them in a customer's production array to bypass physical hardware incompatibility violates all implementation best practices. The only correct and safe action for the Implementation Engineer is to halt the physical installation, flag the Bill of Materials (BOM) mismatch, and work with the account
/logistics team to RMA the DFMDs and ship the correct standard DFMs.
NEW QUESTION # 137
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