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| Certification Vendor: | Pure Storage |
|---|---|
| Exam Name: | Pure Storage Certified FlashArray Implementation Specialist Exam |
| Exam Number: | FlashArray-Implementation-Specialist |
| Passing Score: | 70% |
| Related Certifications: | Pure Storage Certified FlashArray Support Specialist Pure Storage Certified FlashArray Storage Professional |
| Exam Duration: | 120 minutes |
| Real Exam Qty: | 60-75 |
| Exam Format: | Scenario-based questions, Multiple choice |
| Certificate Validity Period: | 3 years |
| Available Languages: | English |
| Exam Price: | $300 USD |
| Recommended Training: | FlashArray Implementation Specialist Study Guide Pure Academy - FlashArray Implementation Specialist Prep Course |
| Exam Registration: | Pure Storage Certification Portal |
| Sample Questions: | Pure Storage FlashArray-Implementation-Specialist Sample Questions |
| Exam Way: | Online proctored exam / Authorized test center |
| Pre Condition: | Recommended: 3–5 years storage industry experience, 6–12 months Pure Storage experience; no mandatory prerequisites |
| Official Syllabus URL: | https://www.purestorage.com/uk/services/certifications/flasharray-implementation-specialist.html |
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NEW QUESTION # 156
Which FlashArray//XL DirectMemory Modules (DMMs) configuration condition is true?
Answer: A
Explanation:
FlashArray//XL architectures offer the ability to leverage DirectMemory Modules (DMMs) to drastically accelerate read-intensive workloads. DMMs are specialized drives built on Storage Class Memory (SCM) technologies, such as Intel Optane. They act as a high-speed read cache tier, sitting seamlessly between the array's ultra-fast NVRAM (which handles incoming writes) and the standard DirectFlash Modules (which provide the bulk capacity).
Because the entire purpose of a DirectMemory Module is to provide the absolute lowest read latency possible, physical proximity to the controller's CPUs and direct access to internal PCIe lanes is mandatory. Therefore, DMMs must be installed directly into the primary FlashArray chassis in specifically designated slots.
Installing DMMs into an external DirectFlash Shelf (DFS) is strictly prohibited and physically unsupported.
Routing read-cache traffic across an external NVMe-oF (RoCE) backend fabric-even at 100GbE speeds- would introduce microsecond latency overheads that completely defeat the performance benefits of Storage Class Memory. Furthermore, DMMs share the exact same physical U.2/NVMe drive slot form factor as standard capacity DFMs (making Option C false), and they are supported across multiple array models beyond just the //XL 170 (making Option B false). An Implementation Engineer must strictly validate the chassis population rules before inserting DMMs to ensure the system recognizes the cache tier correctly upon initialization.
NEW QUESTION # 157
A customer has ordered several FlashArrays and wants to have ActiveCluster configured. What is the maximum quantity of arrays supported with ActiveCluster?
Answer: B
Explanation:
ActiveCluster, Pure Storage's synchronous replication solution for zero RPO/RTO, currently supports a maximum of 2 arrays in a single active-active relationship (often referred to as a "Pod").
Architecture: The ActiveCluster architecture is strictly designed as a 1:1 synchronous pairing between two FlashArrays. This allows both arrays to serve reads and writes for the same volumes simultaneously.
Stretched Clustering: The limit of two arrays ensures that the synchronous acknowledgement (ACK) process for writes remains performant and manageable over the inter-site link. Adding a third array to the synchronous loop would exponentially increase write latency and complexity.
3-Data Center Configurations: While you can configure a "3DC" architecture, this involves one ActiveCluster pair (2 arrays) replicating asynchronously to a third, standalone array (ActiveCluster + ActiveDR or Async). However, the synchronous ActiveCluster domain itself never exceeds 2 arrays.
NEW QUESTION # 158
An Implementation Engineer is installing a second DirectFlash Shelf (DFS) on a FlashArray//XR4 controller.
How should the Implementation Engineer complete the installation?
Answer: A
Explanation:
The FlashArray//XR4 architecture fundamentally changed how external capacity is attached compared to older SAS-based or early NVMe platforms. Because DirectFlash Shelves (DFS) utilize massive 100GbE RDMA over Converged Ethernet (RoCE) for their backend loops to maintain NVMe-level performance, specific port and slot assignments are heavily regulated.
On an //XR4 model (such as the //X70 R4 or //X90 R4), the controllers feature dedicated, integrated 100GbE ports on the motherboard (specifically eth18 and eth19) which are strictly reserved for the first DirectFlash Shelf loop.
However, when an Implementation Engineer needs to install a second DirectFlash Shelf, the integrated onboard ports are already fully saturated. Pure Storage does not support daisy-chaining NVMe-oF RoCE shelves in the same manner as legacy SAS enclosures. Instead, a new dedicated backend fabric loop must be established. To accomplish this, the engineer must install an additional 100GbE RoCE PCIe expansion card.
According to the official //XR4 PCIe Slot Population Matrix, the designated location for this secondary backend expansion card is PCIe Slot 4 . Installing the card into other frontend-designated slots (like Slot 0 or Slot 3) will trigger a topology mismatch during the array's pre-flight hardware checks and prevent the new shelf from initializing.
NEW QUESTION # 159
A customer has purchased a DirectFlash Shelf, but lacks available space in the same rack as the chassis. There is available space in a rack 6m away. What step should be taken prior to implementation?
Answer: B
Explanation:
The correct pre-implementation step is to make space in the rack where the chassis is located.
Cabling Standards: DirectFlash Shelves (DFS) connect to the FlashArray via RoCE (RDMA over Converged Ethernet) using QSFP28 cables. The standard cabling kits provided by Pure Storage typically include short-range Passive DACs (e.g., 1m to 3m) or short Active Optical Cables (AOCs).
Distance Constraint: A distance of 6 meters between racks usually exceeds the length of standard included cables and introduces complexity regarding cable management, signal integrity, and "span" policies. While custom long-range optical cables exist, they are not standard stock and relying on ordering a non-standard "7m" cable (Option B) is a risk.
Best Practice: Pure Storage installation guides explicitly recommend installing expansion shelves in the same rack and contiguous to the controller chassis whenever possible. This ensures optimal airflow, ease of serviceability, and adherence to standard cabling schematics. Moving the entire controller chassis (Option C) is a disruptive and heavy-lift operation, whereas clearing 3U of space (Option A) is the standard facility preparation task required for a successful deployment.
NEW QUESTION # 160
What are the interface names for a 4-port FC card in slot 1 in an XR2/3 array?
Answer: C
Explanation:
On a FlashArray//XR2 or //XR3 equipped with a 4-port Fibre Channel card in Slot 1, the interfaces are named FC4, FC5, FC6, and FC7.
The port enumeration logic on FlashArray controllers follows a sequential order based on the PCIe slot number:
Slot 0: This is the first PCIe slot. If a 4-port card is installed here (which is typical for the primary host I/O card), it claims the first block of names: FC0, FC1, FC2, and FC3.
Slot 1: This is the second PCIe slot. A 4-port card installed here continues the sequence immediately after Slot 0. Therefore, it claims FC4, FC5, FC6, and FC7.
Slot 2: Any card here would start at FC8 (if the previous slots are 4-port).
Option A describes the mapping for Slot 0. Option C describes a non-standard mapping that skips integers or assumes a different starting point. Correctly identifying these interface names is crucial for zoning (SAN configuration) and creating the correct host port definitions during the implementation.
NEW QUESTION # 161
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