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| Section | Objectives |
|---|---|
| Data Protection and Availability | - Snapshot and protection strategies
|
| Monitoring, Performance, and Troubleshooting | - Troubleshooting
|
| Installation and Initial Configuration | - Host connectivity
|
| FlashArray Architecture and Core Concepts | - FlashArray hardware and architecture overview
|
>> Pure Storage FlashArray-Implementation-Specialist Reliable Test Answers <<
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NEW QUESTION # 51
On a FlashArray//XR4, which port is enabled for the management service by default?
Answer: D
Explanation:
When configuring the network topology for a new Pure Storage FlashArray//XR4 deployment, the physical Ethernet ports on the rear of the controllers are rigidly mapped to default services by the Purity//FA operating system. This standardized mapping ensures that Implementation Engineers can reliably configure out-of-band management access before any advanced routing or high-speed data fabrics are established.
Across the entire FlashArray product line-including the modern //XR4 and //CR4 architectures-the first onboard 1GbE Base-T copper port, explicitly labeled eth0 , is always enabled and dedicated strictly to the management service by default.
This interface (eth0, along with its highly available partner eth1) is responsible for all non-disruptive administrative access. It handles the web-based GUI traffic (HTTPS), SSH terminal sessions, REST API calls, and the secure outbound tunnel to the Pure1 cloud for Call Home telemetry and Remote Assist. High-speed ports like eth2, eth4, or eth6 (which utilize SFP28 or QSFP optical transceivers) are defaulted to Replication or left unconfigured for frontend host I/O (iSCSI/NVMe-oF). An Implementation Engineer relies on eth0 being the default management port to connect their laptop during the initial serial console setup (puresetup) and validate network reachability.
NEW QUESTION # 52
Which enablement feature will cause Mirrored Write statistics to appear in the Analysis section of the FlashArray Purity 6.x GUI?
Answer: A
Explanation:
ActiveCluster (AC) is the enablement feature that introduces Mirrored Write statistics into the Analysis section of the Purity GUI.
ActiveCluster provides synchronous replication (active-active) between two FlashArrays. In this configuration, every write request from a host must be committed to the NVRAM of both arrays before an acknowledgement is sent back to the host. This ensures zero Recovery Point Objective (RPO). Because this synchronous process introduces a latency component related to the network round-trip and the remote array's acknowledgement, Purity exposes a specific metric called "Mirrored Write" latency.
This metric allows administrators to distinguish between the local array's write processing time and the time spent waiting for the replication partner. It is critical for troubleshooting performance in stretched-cluster environments; if write latency spikes, the "Mirrored Write" stat helps determine if the bottleneck is the inter-site link (WAN) or the remote array. Neither FA File (NAS services) nor ActiveDR (asynchronous/near-sync replication) generate this specific synchronous write metric in the Analysis dashboard.
NEW QUESTION # 53
What upgrade scenario required an upgrade of power supplies?
Answer: B
Explanation:
The upgrade from a FlashArray//X10 (or X20) to a FlashArray//X50 requires a mandatory power supply unit (PSU) upgrade .
While the FlashArray//X series utilizes a shared chassis design (3U) for models X10 through X90, the power requirements differ significantly between the entry-level and performance-tier controllers.
* X10/X20: These models typically ship with 1000W or 1200W power supplies, which are sufficient for their lower-power CPUs and component loads.
* X50/X70/X90: These "Performance" class arrays utilize higher-wattage Intel Xeon processors and often support denser NVMe configurations, necessitating 1600W power supplies to ensure stability and N+1 redundancy.
When a customer performs a Data-in-Place upgrade (swapping controllers) from an X10 to an X50, the existing chassis is retained, but the lower-capacity PSUs must be physically swapped for the high-capacity
1600W units to support the new X50 controllers. Conversely, upgrades like X50 > X70 (Option B) or R2 > R3 (Option C) typically occur within the same power tier, utilizing the existing 1600W PSUs.
NEW QUESTION # 54
An Implementation Engineer is performing a capacity consolidation on an X50R3.
Which command is needed for the engineer to determine whether the customer's FlashArray supports SAS Flash Modules?
Answer: A
Explanation:
To determine whether a specific FlashArray configuration, such as the FlashArray//X50R3, supports or is currently equipped to handle SAS Flash Modules, the command purehw list --type drive --all is the correct diagnostic tool. While the FlashArray//X series is architected as a 100% NVMe platform using DirectFlash Modules (DFMs) in the base chassis, it retains the capability to support legacy SAS Flash Modules (SSDs) through the attachment of external SAS expansion shelves.
The purehw list --type drive --all command provides a comprehensive enumeration of the physical drive hardware components recognized by the system. Unlike the puredrive list command, which focuses on the logical status, capacity, and admission state of the drives, the purehw command with the --type drive flag exposes the hardware-level details, including the interface protocol (SAS vs. NVMe) and the physical location of the drive bays.
By running this command, an Implementation Engineer can verify if the array is communicating with any SAS-based drive hardware. If SAS modules or SAS-compatible drive bays in an external shelf are listed, support is confirmed. Conversely, option A is syntactically incorrect for this purpose, and option B (purehw list --type controller) focuses on the compute node specifications rather than the storage media interfaces. Therefore, listing the drive hardware components is the definitive method to validate the presence and support of SAS Flash media within the specific array configuration during a capacity consolidation.
NEW QUESTION # 55
In a situation where FC cards need to be re-used during a controller upgrade, which is a valid transfer path?
Answer: A
Explanation:
A valid transfer path for re-using Fibre Channel (FC) cards during a controller upgrade includes moving cards from a FlashArray//M to a FlashArray//XR2 or //XR3.
The FlashArray hardware compatibility matrix supports the migration of specific legacy hardware components to ensure investment protection for customers. The 16Gb Fibre Channel PCIe cards originally deployed in FlashArray//M controllers are physically and electrically compatible with the PCIe risers found in the FlashArray//X R2 and R3 generations.
When performing a "Stateless" upgrade (where the chassis/controllers are replaced but data drives or cards might be retained), the Implementation Engineer can physically transfer these FC HBAs from the retiring //M chassis into the new //X chassis (assuming the target chassis has the appropriate open slots and the cards meet the minimum speed requirements, typically 16Gb or 32Gb). Option B is the most comprehensive correct answer recognized by the exam, confirming that the //M series cards can land in either of the specified //X generations (R2 or R3). Option C is also physically possible but the specific exam context for "reuse" highlights the inter-generational leap from M to X.
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NEW QUESTION # 56
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