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NEW QUESTION # 141
After racking a new FlashArray with one data pack, how should DirectFlash modules be installed?
Answer: A
Explanation:
Proper airflow and thermal management are critical for the reliability of high-density storage arrays. FlashArray chassis are designed with specific airflow baffles and cooling zones that rely on the drive bays being populated in a specific order.
When installing a new FlashArray with a single data pack (typically 10 drives), the Implementation Engineer must install the DirectFlash Modules starting in bay 0, filling from left to right.
Bay 0 is typically the leftmost slot (when facing the front of the array).
Filling slots 0-9 ensures that the first "cooling zone" is properly pressurized, forcing air through the populated modules and the chassis midplane correctly.
Leaving gaps (e.g., installing in slots 10-19 while 0-9 are empty) can disrupt the airflow path, potentially leading to hotspots or inefficient cooling for the controllers behind the backplane.
Additionally, the software enumeration of drives often expects contiguous population starting from the lowest index for logical clarity, though cooling is the primary physical constraint.
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NEW QUESTION # 142
What is the rack unit height of a FlashArray//XR2/3?
Answer: A
Explanation:
The FlashArray//XR2 and //XR3 (representing the FlashArray//X generation) utilize a standardized 3U (3 Rack Units) chassis form factor.
This 3U chassis is the foundation for the majority of the FlashArray//X line, including the //X10, //X20, //X50, //X70, and //X90 models. It is designed to be compact while providing sufficient airflow and space for the dual controllers, two data packs (up to 20 DirectFlash Modules), and power/cooling infrastructure.
Dimensions: Approximately 5.12 inches (13 cm) in height.
Rack Layout: Implementation Engineers must reserve 3U of contiguous space for the base controller chassis. If expansion shelves are included, they typically require an additional 2U each (for SAS or NVMe shelves).
Option B (4U) is not a standard height for current Pure Storage arrays. Option C (5U) refers to the FlashArray//XL, a larger, performance-optimized platform designed for maximum scale and density, which uses a significantly taller chassis to accommodate more expansion slots and power components. Therefore, for the specified R2/R3 X-series, 3U is the correct height.
NEW QUESTION # 143
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 performing a controller upgrade (Non-Disruptive Upgrade) from an //X50R3 to an //X50R4, the specific hardware configuration of the source array dictates the target bill of materials. The presence of SAS drives in the chassis indicates that the source is a legacy or transitional configuration, as the standard //X R4 platform is optimized for end-to-end NVMe (DirectFlash).
However, the question asks for the specific controller SKU required. In Pure Storage nomenclature for upgrades, the standard controller replacement part is typically the base model code, here FLASHARRAY
//XC50 R4 .
The "XC" designation often refers to the controller component itself in upgrade kits. While special considerations apply to SAS media (which are usually phased out or require specific handling during R4 upgrades since R4 natively drops legacy SAS support on the motherboard), the controller part number itself remains the standard R4 SKU (Option C). Options like "SE" or "NS" (often denoting specific encryption or networking variants) are not the standard identifiers for the base controller upgrade in this context.
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NEW QUESTION # 144
When installing the first DirectFlash Shelf on a FlashArray//XR2/3, what mezzanine ports are used on the controllers?
Answer: C
Explanation:
When installing the first DirectFlash Shelf on a FlashArray//XR2/3, mezzanine ports ETH6 and ETH9 on the controllers are used for connectivity.
NEW QUESTION # 145
An Implementation Engineer is replacing a failing component in a FlashArray//XR4 and must ensure proper service clearance at the front and rear of the array.
What is the required service depth clearance for the front and rear panels of the FlashArray//XR4?
Answer: C
Explanation:
During the site planning and physical rack installation of a Pure Storage FlashArray//XR4, adhering to the strictly defined service clearance requirements is a mandatory step. These clearances guarantee that Implementation Engineers have the physical space necessary to perform break-fix maintenance, hardware non- disruptive upgrades (HWNDUs), and routine component swaps without being obstructed by closed rack doors or narrow datacenter aisles.
The front of the //XR4 chassis houses the protective bezel, the central NVRAM modules, and the capacity DirectFlash Modules (DFMs). Because these components are relatively short in physical length, the required front panel service depth clearance is explicitly documented as 216 mm (8.5 in.) .
However, the rear of the chassis is entirely different. The rear panel provides access to the massive, full-length controller sleds, high-wattage power supply units (PSUs), and delicate PCIe expansion cards. When an engineer needs to physically remove a controller to swap it for a newer generation, the entire heavy compute sled must be pulled straight out of the chassis on its rails before it can be lifted away. To accommodate the physical length of the controller and provide a safe working angle, the official Pure Storage hardware specifications mandate a much deeper rear panel service clearance of 530 mm (20.9 in.) . Option A is the only choice that correctly identifies this asymmetrical clearance requirement.
NEW QUESTION # 146
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