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| Section | Weight | Objectives |
|---|---|---|
| Topic 1: Post-Installation / Post-Upgrade | 20% | - Troubleshooting and issue resolution - Configuration optimization - Validation and verification procedures |
| Topic 2: Installation | 23% | - Network and storage setup - Physical installation procedures - System initialization and configuration |
| Topic 3: Pre-Installation / Pre-Upgrade | 25% | - Environment and configuration prerequisites - Planning and preparation steps - Hardware and software compatibility verification |
| Topic 4: Upgrades | 32% | - Non-disruptive upgrades (NDU) - Purity version interoperability - Controller and shelf upgrades - Firmware and component updates |
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NEW QUESTION # 231
Before installing array rails, where should the cage nuts be placed?
Answer: C
Explanation:
When installing rails for a FlashArray in a rack requiring cage nuts (square hole racks that are not using the tool-less mechanism, or specific threaded adaptations), the correct placement for the cage nut is the top square of the lowest Rack Unit (RU) that the rail will occupy.
Pure Storage rail kits typically secure at the bottom of the targeted rack unit.
* The "3-Hole" Rule: A standard Rack Unit (1U) consists of three vertical holes (often referred to as the bottom, middle, and top hole).
* Alignment: The rail flange is designed to align such that the retaining screw or positioning stud engages specific holes to support the weight. For the standard securement point, the documentation specifies installing the cage nut in the top hole of the specific RU where the rail base sits (often the
"lowest" RU if the device spans multiple U's, though the rail itself is 1U high).
* Precision: Placing it in the "Lowest square of the lowest RU" (Option A) would interfere with the rail's shelf lip or the device below it. Correct alignment ensures the rail is level and the chassis slides in without binding.
NEW QUESTION # 232
An Implementation Engineer is onsite to add two 4-port FC cards to a FlashArray//X20R3. In what state should the controller be in before performing the card add procedure?
Answer: B
Explanation:
Before performing a physical card addition (I/O expansion) on a specific controller, it should be in the Secondary state.
The procedure for adding hardware to a FlashArray is a sequential, non-disruptive process. You cannot add a card to the Primary controller because it is actively handling host I/O; opening it would cause a service outage. Therefore, the Implementation Engineer must first verify the cluster health and, if necessary, perform a manual failover (pureadm make --secondary) to ensure the target controller is Secondary.
Once the controller is Secondary (passing no I/O), the engineer proceeds to stop the Purity software (pureadm stop) and/or power down the controller to safely install the PCIe card. While the physical work happens when the controller is powered off/inactive, "Secondary" is the correct operational starting state required to begin the maintenance workflow safely. "Standby" is often used to refer to a controller that is powered on but not running Purity, which is a subsequent step, not the initial prerequisite state relative to the cluster role.
NEW QUESTION # 233
Which NVRAM bays are always populated on the FlashArray//XR2/3?
Answer: C
Explanation:
On standard Pure Storage FlashArray models, including the //XR2 and //XR3 generations, the hardware architecture relies heavily on dedicated, non-volatile memory (NVRAM) modules. These modules are responsible for safely ingesting incoming host writes and protecting data in flight against unexpected power loss or controller failures before the data is ultimately destaged to the capacity flash drives.
To maintain absolute high availability and guarantee there is no single point of failure within the write cache, this NVRAM must always be mirrored across separate physical modules. During the physical hardware installation, the Implementation Engineer populates the dedicated NVRAM bays located centrally on the front bezel of the chassis. According to official Pure Storage implementation guidelines, the primary pair of NVRAM modules must always be installed in the first two designated bays, which are explicitly labeled 0 and 1 (NVB0 and NVB1).
While higher-performance arrays in the series (like the //X70 and //X90) possess enough ingest bandwidth to require populating bays 2 and 3 as well, bays 0 and 1 are the universal minimum baseline that is definitively populated across every array in the series to ensure N+1 cache redundancy.
NEW QUESTION # 234
What is the longest supported cable length for use with DirectFlash shelves?
Answer: C
Explanation:
DirectFlash Shelves (DFS) connect to the FlashArray controllers using high-speed protocols (typically RoCE
- RDMA over Converged Ethernet) that require high-fidelity signal integrity. Due to the high bandwidth (50Gb or 100Gb speeds) and low latency requirements of the NVMe-oF (NVMe over Fabrics) protocol used for backend connectivity, the physical cabling length is strictly limited.
Pure Storage officially supports a maximum cable length of 3 meters for connecting DirectFlash Shelves to the controller or for daisy-chaining shelves (where supported). Cables longer than 3 meters (such as 5m or
7m) introduce signal attenuation and latency that can destabilize the backend fabric, leading to CRC errors, path flapping, or drive disconnections.
Implementation Engineers must ensure that the rack layout allows the shelves to be placed within this 3-meter radius of the controllers. Typically, shelves are racked immediately above or below the controller chassis to minimize cable run distance. Attempting to span across multiple racks using longer, unsupported cables will result in an unsupported configuration and likely immediate I/O errors.
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NEW QUESTION # 235
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: C
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 # 236
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