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| Section | Weight | Objectives |
|---|---|---|
| Topic 1: Installation | 23% | - Physical installation procedures - System initialization and configuration - Network and storage setup |
| Topic 2: Upgrades | 32% | - Non-disruptive upgrades (NDU) - Controller and shelf upgrades - Firmware and component updates - Purity version interoperability |
| Topic 3: Post-Installation / Post-Upgrade | 20% | - Configuration optimization - Troubleshooting and issue resolution - Validation and verification procedures |
| Topic 4: Pre-Installation / Pre-Upgrade | 25% | - Planning and preparation steps - Hardware and software compatibility verification - Environment and configuration prerequisites |
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NEW QUESTION # 128
In a situation where FC cards need to be re-used during a controller upgrade, which is a valid transfer path?
Answer: C
Explanation:
FC cards from an M-series array can be reused in XR2 or XR3 controllers, allowing hardware continuity during controller upgrades.
NEW QUESTION # 129
An Implementation Engineer attempts to add a FlashArray to a Fusion fleet but receives an error indicating the array cannot be added. The array appears healthy and is connected to Pure1. What is the most likely cause of this issue?
Answer: C
Explanation:
Pure Fusion is a storage-as-code platform that aggregates multiple physical FlashArrays into a single logical "fleet" or cloud-like storage pool. A fundamental rule of the Fusion architecture and registration process is that a specific physical FlashArray can only belong to one Fusion fleet at a time. This exclusivity ensures that the management plane (Fusion) has authoritative control over the resources, placement logic, and workload balancing for that array without conflict from another management entity.
When an Implementation Engineer encounters an error adding an array that is otherwise healthy and successfully connected to the Pure1 cloud (which acts as the mediator for Fusion), the most probable cause is that the array remains registered to a previous or different Fusion fleet. This often happens if an array was used in a proof-of-concept (POC), a lab environment, or a previous deployment and was not cleanly deregistered before attempting to add it to the new production fleet.
To resolve this, the engineer must verify the array's registration status in Pure1 or the Fusion control plane. The array must be explicitly removed or deregistered from the conflicting fleet before it becomes available for claim by the new fleet. While Purity versions are important for compatibility, Fusion supports a range of versions, making "not running the latest" a less likely hard-stop error compared to the binary conflict of existing ownership. Similarly, existing workloads do not prevent an array from joining a fleet; Fusion can often import or manage existing resources depending on the configuration.
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NEW QUESTION # 130
Before starting the HWNDU, the Implementation Engineer discovers that DirectFlash Shelf SH9 is incorrectly cabled to CT0.
What should the Implementation Engineer do?
Answer: B
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 # 131
An Implementation Engineer performs a controller upgrade. What is the command to check I/O health?
Answer: A
Explanation:
The command purehost monitor --balance checks the distribution and health of I/O across hosts and initiators, helping verify balanced I/O after a controller upgrade.
NEW QUESTION # 132
An Implementation Engineer is assigned to install a 4X Module 9.1 TB Conversion Kit in a Flash Array Chassis. Why are there only four Direct Flash Modules?
Answer: B
Explanation:
A "4X Module" kit is specifically designed to widen an existing write group (RAID set).
* Write Group Geometry: In standard FlashArray//X configurations, DirectFlash Modules (DFMs) operate in "Write Groups" (typically 10 modules wide for a standard data pack). However, to offer more flexible entry points or capacity expansion options, Pure Storage allows configurations that start with smaller write groups (e.g., 6 modules).
* Widening: When a customer wants to expand capacity or performance on these smaller configurations without adding a full new 10-pack, they can purchase a widening kit (in this case, 4 modules).
* Process: The Implementation Engineer installs these 4 modules into the empty slots. The Purity operating system then logically integrates these new drives into the existing narrow write group,
"widening" it to the standard width (e.g., 6 + 4 = 10). This operation redistributes parity and data across the full set of 10 drives, improving performance and efficiency.
NEW QUESTION # 133
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