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NEW QUESTION # 164
Before starting the HWNDU, the Implementation Engineer discovers that DirectFlash Shelf SH9 is incorrectly cabled to CT0.
What should the Implementation Engineer do?
Answer: C
Explanation:
During the preparatory phases of a FlashArray Hardware Non-Disruptive Upgrade (HWNDU), validating physical connectivity is a strict prerequisite. If an Implementation Engineer discovers that a DirectFlash Shelf (like SH9) is incorrectly cabled to CT0, the safest and most efficient remediation is to correct the cabling precisely during the physical replacement of that specific controller.
Option A (proceeding and fixing it after) is perilous because leaving the improper cabling in place could compromise backend redundancy when the partner controller assumes the full I/O load, potentially leading to a multi-pathing failure or data unavailability event during the NDU. Option B (rescheduling the entire upgrade) is an unnecessary overreaction that wastes time and resources, as the upgrade procedure itself provides the perfect window for correction.
When the Implementation Engineer initiates the failover and successfully takes CT0 offline to swap the hardware, all active I/O is safely routed through CT1. Because CT0 is completely powered down and physically isolated from the data path at this stage, the engineer can safely disconnect the miswired SAS or NVMe-oF cables and re-cable them correctly into the new CT0 hardware according to the official Pure Storage cabling matrix. This method ensures maximum redundancy is restored the moment the new controller boots, seamlessly resolving the issue without introducing any additional maintenance windows or risks.
NEW QUESTION # 165
If a Technical Support Engineer (TSE) is not available to perform health checks after an installation, what action should the Implementation Engineer take?
Answer: B
Explanation:
Ensuring Remote Assist is enabled allows Support to perform remote health checks, and updating the case keeps all parties informed for follow-up.
NEW QUESTION # 166
When accessing the FlashArray GUI, which management IP address is recommended for use?
Answer: A
Explanation:
FlashArray controllers operate in an Active/Active high-availability cluster. Each controller (CT0 and CT1) has its own physical IP address for hardware-level management. However, Purity configures a Virtual IP (VIP) that floats between the two controllers.
The Virtual management IP is the recommended address for all administrative access, including the GUI, CLI, and API integrations. Using the VIP ensures High Availability (HA) for management sessions. If an Implementation Engineer were to log in directly to CT0's IP and CT0 subsequently rebooted (e.g., during an NDU or failure), the management session would be disconnected.
By contrast, the VIP automatically fails over to the surviving controller (CT1) in the event of a disruption, allowing the management session (and the GUI) to remain accessible. This abstraction layer simplifies administration, as the user does not need to know which controller is currently "primary" for management tasks. Direct controller IPs are typically reserved for specific hardware troubleshooting steps where accessing a specific node is required.
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NEW QUESTION # 167
What is the default FlashArray//XLR5 - FC configuration shipped for new installs?
Answer: B
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 # 168
What is the rack unit height of a FlashArray//XR2/3?
Answer: B
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 # 169
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