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NEW QUESTION # 69
Which I/O card type is compatible across all FlashArray models?
Answer: C
Explanation:
Fibre Channel (FC) I/O cards are compatible across all FlashArray models, providing consistent SAN connectivity regardless of array generation.
NEW QUESTION # 70
During a hardware NDU from a FlashArray//X20R3 to an X20R4-LL (low-line) model, the Implementation Engineer encounters a failure during the power supply check. Voltage readings are correct. What is a likely cause of this failure?
Answer: A
Explanation:
The FlashArray//X20R4-LL (Low-Line) model is a specific configuration designed for lower capacity and power entry points. Unlike the standard //X or //XL models which can support fully populated chassis and shelves, the "Low-Line" configurations often come with strict hardware limitations regarding power draw and drive count. A known constraint for specific Low-Line chassis upgrades, particularly when moving to the X20R4-LL, is a limitation on the number of DirectFlash Modules (drives) supported due to the power supply unit (PSU) capacity or thermal design targeted for that specific SKU.
In this scenario, if the source array (X20R3) was populated with more drives than the target X20R4-LL supports-specifically more than 10 drives-the upgrade validation checks (such as those performed by the upgrade script or Purity health checks) will flag a failure. Even though the voltage readings are technically correct (indicating the PDUs are providing power), the check fails because the hardware configuration exceeds the supported power budget for that specific chassis model.
Implementation Engineers must verify the drive count of the source array against the specifications of the target "Low-Line" array during the planning phase. If the source array has 11 or more drives, the target hardware cannot be an LL model; it would require a standard model to support the additional power load of the extra drives. This check prevents the array from booting into a state where it might experience power contention or thermal shutdown under load.
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NEW QUESTION # 71
An Implementation Engineer is upgrading a FlashArray//X50R3 to an //X50R4. The array has 10 SAS and 10 DirectFlash modules in the chassis.
What type of controller is required to complete the upgrade?
Answer: B
Explanation:
When executing a cross-generational Hardware Non-Disruptive Upgrade (HWNDU) for a customer who has been with Pure Storage for several years, an Implementation Engineer will often encounter legacy storage media. Early generations of the FlashArray relied on SAS-based Solid State Drives (SSDs) before the industry entirely shifted to the much faster NVMe protocol (DirectFlash Modules).
Pure Storage is famous for its Evergreen architecture, which allows customers to upgrade their controllers without having to rip and replace their existing drives. However, a standard modern //XR4 controller natively communicates strictly via NVMe and PCIe lanes. If a customer is upgrading an array that still contains legacy SAS drives (in this scenario, 10 SAS drives mixed with 10 NVMe drives), a standard NVMe-only controller will not be able to read the SAS media, leading to immediate data unavailability.
To solve this, Pure Storage manufactures specific controller configurations. The SE (SAS-Enabled) controller models are explicitly designed with the necessary internal SAS Host Bus Adapters (HBAs) and routing logic to support legacy SAS media alongside modern NVMe drives. Conversely, the NS (Non-SAS) controllers strictly support NVMe media. Because this specific chassis still houses 10 SAS modules, the Implementation Engineer must verify that the Bill of Materials (BOM) shipped for the upgrade is explicitly the "FLASHARRAY//X50 R4, SE" variant to ensure a safe, non-disruptive migration.
NEW QUESTION # 72
When installing a FlashArray//XR5, at a minimum, which slots will use NVRAM?
Answer: C
Explanation:
The FlashArray//XR5 (and //E family) introduces a significant architectural shift regarding Non-Volatile RAM (NVRAM). In previous generations (like R2/R3), NVRAM was provided by dedicated PCIe modules installed in specific "NVB" slots in the chassis.
In the //XR5 architecture, Pure Storage moved to Distributed NVRAM. The NVRAM functionality is integrated directly into the DirectFlash Modules (specifically the DFMDs - DirectFlash Module with Distributed NVRAM). This allows the NVRAM capacity to scale with the storage and removes the bottleneck of dedicated slots.
For a system to function correctly, a minimum number of these NVRAM-equipped modules must be present to form the initial write buffer and system quorum. The standard installation requirement for an //XR5 is that the first 10 slots (Slots 0-9) are populated with these specific DFMDs. This ensures there is sufficient distributed NVRAM capacity to boot the Purity operating environment and handle incoming writes safely. The Implementation Engineer must populate these slots first before adding standard DFMs in the remaining slots.
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NEW QUESTION # 73
What is the maximum number of DirectFlash Shelves supported for FlashArray//XL?
Answer: C
Explanation:
The FlashArray//XL currently supports a maximum of 2 DirectFlash Shelves (DFS).
The FlashArray//XL is a high-density, performance-optimized platform housed in a 5U chassis.
Rack Unit Math: According to the FlashArray//XL specifications and site planning guide, the system supports a maximum configuration footprint of 11 Rack Units (11U).
The base controller chassis occupies 5U.
Each DirectFlash Shelf occupies 3U.
Therefore: 5U (Base) + 3U (Shelf 1) + 3U (Shelf 2) = 11U.
Capacity: Because the //XL chassis itself holds 40 DirectFlash Modules (compared to 20 in a standard //X), and each shelf holds 28 modules, a fully populated system with two shelves provides nearly 100 drives of capacity (40 + 28 + 28 = 96 drives). This massive density reduces the need for "daisy-chaining" large numbers of shelves like legacy SAS architectures. Adding a third shelf would push the total height to 14U, exceeding the current platform definition.
NEW QUESTION # 74
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