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NEW QUESTION # 220
If drives need to be relocated within an array for an XFORM upgrade, when should this be completed?
Answer: A
Explanation:
If physical drives need to be relocated within the array (e.g., rebalancing shelves or moving packs to specific slots to match the target configuration) as part of an XFORM (Data-in-Place) upgrade, this task should be completed after the upgrade is completed.
Risk Management: The primary objective during the upgrade window is to successfully transition the controllers and software to the new generation (e.g., SAS to NVMe, or //M to //X) while maintaining data availability. Introducing unnecessary physical changes-like moving drives between slots-during the active controller swap adds variables and risk to the critical path.
Procedure: The standard workflow involves:
Perform the Controller Upgrade (XFORM).
Verify the new system is stable, healthy, and handling I/O correctly.
Post-Upgrade: Once the system is stable, the Implementation Engineer performs the physical drive relocation (if required) to optimize the layout or consolidate shelves. This ensures that if any issues arise from the drive movement, they are isolated from the controller upgrade process, making troubleshooting significantly easier and safer.
NEW QUESTION # 221
During an intra-series upgrade from //XR3 to //XR4, which command should the Implementation Engineer run to verify host connectivity before removing the secondary controller?
Answer: C
Explanation:
In a Non-Disruptive Upgrade (NDU), ensuring that the host is correctly multipathed and balancing I/O across all paths is critical before taking a controller down. If a host is only using paths to the controller about to be rebooted (CT0, for example), taking that controller offline would cause an outage.
The command iobalance --sampletime 30 (or its wrapper purehost monitor --balance) is the standard tool used during the upgrade procedure to validate this state.
iobalance: This script samples the I/O throughput on all ports for a specified duration (e.g., 30 seconds).
It analyzes the distribution of I/O. If it detects that I/O is heavily skewed or missing entirely on the "secondary" paths (the ones that will survive the reboot), it flags a warning.
This allows the Implementation Engineer to pause and remediate the host multipathing configuration (e.g., fixing a bad cable or zoning issue) before proceeding with the controller removal, ensuring the NDU remains truly non-disruptive.
NEW QUESTION # 222
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: A
Explanation:
Service clearance is a critical physical installation requirement to ensure that components (like controllers, fans, and drives) can be safely removed and replaced without obstruction.
For the FlashArray//XR4, the specific service depth requirements are:
Front Panel: 216 mm (8.5 in.). This allows sufficient room to open the bezel, unlatch drives, and pull them out of the chassis.
Rear Panel: 530 mm (20.9 in.). This larger clearance is necessary because the controllers themselves (which are long, heavy components) slide out from the rear of the chassis. The engineer needs enough space to fully extract the controller without hitting a wall or another rack door.
Adhering to these clearances prevents situations where a failed controller cannot be replaced because the rack is too close to a wall.
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NEW QUESTION # 223
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 # 224
An Implementation Engineer has installed a data pack and the list command shows the drives in "unadmitted" status. Which command should the Implementation Engineer run to complete the admission?
Answer: B
Explanation:
When new capacity (a data pack) is physically installed into a FlashArray, the drives are detected by the system but are not automatically added to the storage pool to prevent accidental data overwrites or configuration errors. They appear in an "unadmitted" state.
To logically add these drives to the array's capacity, the Implementation Engineer must explicitly admit them.
The command to perform this action is purearray drive admit (or puredrive admit in some contexts, but purearray drive admit is the specific option provided and valid). This command triggers the Purity software to format the new drives, add them to the system's write groups, and begin rebalancing data across the expanded capacity. Without running this admission command, the drives will remain visible but unusable for storage.
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NEW QUESTION # 225
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