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| Section | Objectives |
|---|---|
| Topic 1: Install | - Hardware setup and cabling requirements - Initial configuration and system bring-up procedures - Confirm system readiness before production deployment - Validate prerequisites and connect components |
| Topic 2: Pre-Install | - Document pre-flight checks to minimize downtime and risk - Plan capacity and assess current infrastructure - Validate site-survey data prior to installation - Prepare migration strategies - Determine if best practices are met for deployment readiness - Identify compatibility requirements - Evaluate existing workloads and determine upgrade paths |
| Topic 3: Upgrade | - Purity upgrade procedures and version management - Hardware component swaps and shelf upgrades - Controller and drive firmware upgrades |
| Topic 4: Post-Install/Upgrade | - Optimize configuration settings - Confirm FlashArray meets performance targets - Establish monitoring baselines - Integrate with existing storage networks - Verify system performance and validate data integrity |
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NEW QUESTION # 216
Which power cable receptacle type does the FlashArray//X accessory kit contain?
Answer: A
Explanation:
During the physical racking and stacking of a Pure Storage FlashArray, ensuring correct power delivery is a foundational step. The standard 3U FlashArray models-which include the //X10, //X20, //X50, //X70, and
//X90-operate using highly efficient power supply units (PSUs) that do not require massive industrial power draws.
According to the official Pure Storage FlashArray Installation Guide, the standard accessory kit shipped with every new 3U array includes C13 to C14 power cables . The C13 end of the cable plugs directly into the C14 receptacle located on the power supplies at the rear of the array chassis, while the C14 end plugs into a standard C13 output receptacle on the datacenter's rack Power Distribution Unit (PDU).
It is important for an Implementation Engineer to differentiate this from the much larger FlashArray//XL platform. The 5U //XL chassis houses significantly more powerful components and up to 40 DirectFlash Modules. Because of its higher power requirements, the //XL relies on heavy-duty C19 to C20 power cables.
However, for the standard FlashArray//X series referenced in this question, C13 to C14 is the correct and provided baseline standard.
NEW QUESTION # 217
Which power cable receptacle type does the FlashArray//X accessory kit contain?
Answer: A
Explanation:
Standard enterprise data center power distribution units (PDUs) typically use C13 or C19 outlets. The FlashArray//X series power supplies utilize C14 inlets (the male connector on the chassis side). Therefore, the standard accessory kit included with a FlashArray//X ships with C13 to C14 power cables.
The C13 connector plugs into the array's power supply (matching the C14 inlet), and the C14 connector on the other end is designed to plug into a standard rack PDU (which typically has C13 outlets). This is the industry- standard "jumper cord" for rack-mounted server and storage hardware.
It is important for the Implementation Engineer to verify this during the pre-install phase. If the customer's facility uses non-standard PDUs (like those with C19 outlets or wall-style plugs), the standard kit cables will not fit, and the engineer must ensure the correct cables were ordered separately or provided by the customer.
However, for the exam and standard BOM validation, the correct answer is the ubiquitous C13 to C14 cable type.
=========
NEW QUESTION # 218
What command will view NVRAM install and update status?
Answer: A
Explanation:
The command purehw list --all is the correct CLI instruction to view the comprehensive status of all hardware components, including the NVRAM modules .
* Command Scope: While purehw list provides a general hardware summary, the --all flag (or specifying --type nvram) ensures that granular details about the NVRAM modules-such as their presence, health status, and firmware/update status-are displayed.
* NVRAM Context: In FlashArray models that utilize dedicated NVRAM modules (like the FA-400,
//M, or specific //X configurations), these components are critical for write acknowledgement. During an upgrade or installation, verification that these modules are "healthy" and "idle" (not destaging) is mandatory.
* Incorrect Options:
* purearray list (Option A) displays high-level array attributes like the array name, ID, and overall OS version, but not component-level hardware status.
* puredrive list (Option B) is specifically for managing the storage media (SSDs/DirectFlash Modules) and does not report on the non-volatile RAM cache modules housed in the controller or chassis.
NEW QUESTION # 219
An Implementation Engineer is installing a FlashArray//XL chassis with two DirectFlash Shelves.
What is the minimum rack space required for this installation?
Answer: D
Explanation:
When planning the physical installation and rack space for a Pure Storage FlashArray//XL deployment, it is critical to understand the precise dimensions of the specific hardware components. Unlike the standard FlashArray//X series (which uses a 3U chassis), the FlashArray//XL utilizes a massive, high-density 5U chassis to accommodate its extreme performance architecture, high-wattage power supplies, and up to 40 DirectFlash Module with Distributed NVRAM (DFMD) slots.
When a customer needs to scale beyond the internal chassis capacity, they attach external DirectFlash Shelves (DFS). Regardless of the generation, a standard Pure Storage DirectFlash Shelf occupies 3U of rack space.
Therefore, to calculate the absolute minimum continuous rack space required for this specific deployment, the Implementation Engineer must add the footprint of the main chassis and the two expansion shelves:
* FlashArray//XL Chassis: 5U
* DirectFlash Shelf 1: 3U
* DirectFlash Shelf 2: 3U
Total Rack Space = 11U . Failing to secure at least 11U of contiguous space prior to the physical installation will result in racking delays and fragmented backend cable routing.
NEW QUESTION # 220
An Implementation Engineer is performing a hardware NDU from a fully populated FlashArray//X90R3 to a FlashArray//XL that already contains 20 DFM-Ds. The drive transfer is complete, and the //XL is still in SPM (Shelf Personality Mode).
What is the next step the Implementation Engineer should take to continue the upgrade?
Answer: A
Explanation:
Upgrading from a fully populated FlashArray//X90 R3 to a FlashArray//XL introduces a unique set of hardware migration challenges. To facilitate this massive transition, Pure Storage utilizes a feature called Shelf Personality Mode (SPM). In SPM, the legacy //X90 controllers temporarily act as a "dumb" NVMe-oF expansion shelf attached to the new //XL controllers, allowing the capacity drives to be transparently migrated without external swing hardware.
However, DirectMemory Modules (DMMs)-which are high-speed Storage Class Memory (SCM) drives used strictly for read caching-are handled differently than standard capacity DirectFlash Modules (DFMs).
DMMs do not hold persistent, uniquely resilient user data; they hold a volatile copy of hot read blocks.
While the system is still operating in Shelf Personality Mode, the official Hardware NDU procedure dictates that the Implementation Engineer cannot simply yank the DMMs out, nor can they be migrated collectively as a "data pack." Instead, the engineer must evacuate and remove each DMM one-by-one, and set them aside
. By initiating a manual evacuation on a DMM, Purity gracefully flushes the read cache mapping for that specific module. Once fully evacuated, the drive is safely removed from the legacy //X90 chassis. After the HWNDU is completely finished and the //XL is operating independently, the engineer can then re-insert those compatible DMMs into specific designated slots (typically slots 20-39) on the new //XL chassis to rebuild the cache tier.
NEW QUESTION # 221
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