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NEW QUESTION # 111
What is the default FlashArray//XLR5 - FC configuration shipped for new installs?
Answer: A
Explanation:
The FlashArray//XL series has a specific, validated slot population rule for its PCIe cards to ensure optimal performance and thermal management. For a standard Fibre Channel (FC) configuration on a FlashArray//XLR5, the factory default shipment includes a specific arrangement of host I/O cards and offload engines.
The correct default configuration is:
PCIe Slot 3: 4-Port 32Gb FC card.
PCIe Slot 5: 2-Port 32Gb FC card.
PCIe Slot 6: DirectCompress Accelerator (DCA).
This layout (Option B) adheres to the //XL's architecture where specific slots are prioritized for frontend host I/O (like slots 3 and 5) and others for offload functions or backend connectivity. Implementation Engineers must verify cards are in these exact slots during the visual inspection. If cards are moved to incorrect slots (like slot 1 or 4 for primary FC in this specific config), the array may not boot or may fail to initialize the FC services correctly due to BIOS enumeration orders.
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NEW QUESTION # 112
A customer has purchased a DirectFlash Shelf, but lacks available space in the same rack as the chassis. There is available space in a rack 6m away. What step should be taken prior to implementation?
Answer: B
Explanation:
The correct pre-implementation step is to make space in the rack where the chassis is located.
Cabling Standards: DirectFlash Shelves (DFS) connect to the FlashArray via RoCE (RDMA over Converged Ethernet) using QSFP28 cables. The standard cabling kits provided by Pure Storage typically include short-range Passive DACs (e.g., 1m to 3m) or short Active Optical Cables (AOCs).
Distance Constraint: A distance of 6 meters between racks usually exceeds the length of standard included cables and introduces complexity regarding cable management, signal integrity, and "span" policies. While custom long-range optical cables exist, they are not standard stock and relying on ordering a non-standard "7m" cable (Option B) is a risk.
Best Practice: Pure Storage installation guides explicitly recommend installing expansion shelves in the same rack and contiguous to the controller chassis whenever possible. This ensures optimal airflow, ease of serviceability, and adherence to standard cabling schematics. Moving the entire controller chassis (Option C) is a disruptive and heavy-lift operation, whereas clearing 3U of space (Option A) is the standard facility preparation task required for a successful deployment.
NEW QUESTION # 113
Once the new Purity firmware has been installed using the pureinstall command, what step is required to commit the new version?
Answer: B
Explanation:
The Purity upgrade process involves two main phases: installing the software image (placing the bits on the boot drive) and then activating it (booting into the new kernel).
After the pureinstall command has successfully unpacked and staged the new Purity version, the changes are not live until the system reboots. In a Non-Disruptive Upgrade (NDU), this is done one controller at a time.
The required step to commit and run the new version is to Reboot the controller.
The pureinstall workflow typically prompts for or automatically initiates this reboot.
The secondary controller reboots first, loads the new Purity version, and rejoins the cluster.
Then, the primary controller fails over services to the updated secondary, reboots, and updates itself.
A full "Reboot the array" (simultaneous reboot) would be disruptive and is not the standard procedure for an NDU. "Logging out" has no effect on the system state.
NEW QUESTION # 114
A customer has a FlashArray X20R3 with 22/22 data packs in the chassis at 80% space usage and wishes to swap one of the data packs for a 45TB pack. What step needs to be taken to facilitate this consolidation?
Answer: B
Explanation:
To facilitate a Capacity Consolidation (CapCon) in a chassis that is physically full (both data pack slots occupied) and logically utilized above the threshold to allow internal evacuation, the standard procedure requires temporary external capacity, often referred to as "swing gear." In this scenario, the FlashArray//X20 chassis is fully populated with two 22TB data packs. Since there are no empty slots to insert the new 45TB pack, one of the existing packs must be removed first. However, with the array at 80% usage, the data residing on the pack designated for removal (roughly half the raw capacity) cannot fit into the remaining free space of the other pack.
Therefore, Pure Storage Support will provision a DirectFlash Shelf (DFS) containing temporary capacity (e.g., a 63TB pack as mentioned in Option B). The Implementation Engineer attaches this shelf, adds it to the system, and utilizes it as a destination to evacuate data from the old 22TB pack. Once the old pack is empty and removed, the new 45TB pack is installed into the chassis. Finally, the data is moved from the temporary shelf back into the new chassis capacity, and the temporary shelf is disconnected and returned. Option A is incorrect because an empty shelf provides no storage to offload data, and Option C is operationally unfeasible for most customers.
NEW QUESTION # 115
A customer has purchased a DirectFlash Shelf, but lacks available space in the same rack as the chassis. There is available space in a rack 6m away. What step should be taken prior to implementation?
Answer: A
Explanation:
To connect a DirectFlash Shelf located 6 meters away from the chassis, longer (7-meter) cables should be ordered to ensure proper physical connectivity without relocating equipment.
NEW QUESTION # 116
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