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These Pure Storage Certified FlashArray Implementation Specialist (FlashArray-Implementation-Specialist) practice exams contain all the FlashArray-Implementation-Specialist questions that clearly and completely elaborate on the difficulties and hurdles you will face in the final Pure Storage Certified FlashArray Implementation Specialist (FlashArray-Implementation-Specialist) exam. Pure Storage Certified FlashArray Implementation Specialist (FlashArray-Implementation-Specialist) practice test is customizable so that you can change the timings of each session. ITPassLeader desktop Pure Storage FlashArray-Implementation-Specialist Practice Test questions software is only compatible with windows and easy to use for everyone.
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>> FlashArray-Implementation-Specialist Exam Certification <<
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NEW QUESTION # 196
Which enablement feature will cause Mirrored Write statistics to appear in the Analysis section of the FlashArray Purity 6.x GUI?
Answer: B
Explanation:
Mirrored Write statistics appear in the Purity GUI's Analysis section when ActiveCluster is enabled, as it tracks synchronous replication activity between clusters.
NEW QUESTION # 197
What is the minimum supported capacity requirement for a FlashArray//XL170R5?
Answer: C
Explanation:
The Pure Storage FlashArray//XL170 R5 is the highest-tier array in the //XL lineup, engineered specifically for maximum performance density, aggressive OLTP database consolidation, and massive throughput.
Because of its incredibly powerful Intel processors and high-bandwidth PCIe Gen 4 architecture, it demands a specific minimum storage footprint. If an array has too few drives, the backend flash media becomes a bottleneck, effectively starving the controllers of I/O.
According to Pure Storage configuration limits and sizing tools, the minimum supported capacity requirement for an //XL170 R5 chassis is 135TB .
This minimum baseline is typically provisioned using three separate 45TB data packs (represented in official BOM configurations as 135TB-45/45/45/0). The //XL architecture relies exclusively on DirectFlash Modules with Distributed NVRAM (DFMDs). To properly distribute the write cache, maintain N+2 high availability across the flash media, and deliver the extreme IOPS expected of an //XL170, the chassis requires this robust baseline population of DFMDs. Attempting to deploy an //XL170 with a smaller capacity (such as 90TB) violates the performance sizing guidelines. Customers requiring smaller baseline capacities are generally steered toward the FlashArray//XL130 or the //X90 series.
NEW QUESTION # 198
An Implementation Engineer performs a controller upgrade. What command should the Implementation Engineer run to check I/O health?
Answer: C
Explanation:
During a Hardware Non-Disruptive Upgrade (HWNDU), such as a controller swap, ensuring that the frontend host multi-pathing is perfectly healthy before taking a node offline is the single most critical safety check. If an Implementation Engineer initiates a failover while host I/O is unbalanced or single-pathed, it will cause an immediate All-Paths-Down (APD) event and crash the customer's applications.
While standard commands like pureport list --initiator are excellent for verifying that the physical fibre channel or iSCSI links are logged in, they do not confirm that data is actively flowing across them. To truly validate I/O health and multipath distribution, the engineer must run the purehost monitor --balance command.
This specialized CLI tool forces the FlashArray to take a brief, active sample of incoming read and write commands (defaulting to a 5-second interval) across all host initiators. It calculates the traffic distribution and displays the relative percentage of I/Os for each initiator path. A well-balanced, healthy host utilizing proper MPIO policies (like VMware's Round Robin) will show traffic evenly distributed across all available paths within a few percentage points. If the output reveals that 100% of the traffic is pinned to a single controller's port, the engineer immediately knows there is a zoning or host-side MPIO misconfiguration that must be resolved before proceeding with the upgrade.
NEW QUESTION # 199
In a situation where FC cards need to be re-used during a controller upgrade, which is a valid transfer path?
Answer: A
Explanation:
A valid transfer path for re-using Fibre Channel (FC) cards during a controller upgrade includes moving cards from a FlashArray//M to a FlashArray//XR2 or //XR3.
The FlashArray hardware compatibility matrix supports the migration of specific legacy hardware components to ensure investment protection for customers. The 16Gb Fibre Channel PCIe cards originally deployed in FlashArray//M controllers are physically and electrically compatible with the PCIe risers found in the FlashArray//X R2 and R3 generations.
When performing a "Stateless" upgrade (where the chassis/controllers are replaced but data drives or cards might be retained), the Implementation Engineer can physically transfer these FC HBAs from the retiring //M chassis into the new //X chassis (assuming the target chassis has the appropriate open slots and the cards meet the minimum speed requirements, typically 16Gb or 32Gb). Option B is the most comprehensive correct answer recognized by the exam, confirming that the //M series cards can land in either of the specified //X generations (R2 or R3). Option C is also physically possible but the specific exam context for "reuse" highlights the inter-generational leap from M to X.
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NEW QUESTION # 200
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: D
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 # 201
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