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Pure Storage FlashArray-Implementation-Specialist Exam Syllabus Topics:

TopicDetails
Topic 1
  • Pre-Installation
  • Upgrade: This section of the exam measures the skills of Enterprise Infrastructure Technicians and covers all preparation activities before deploying or upgrading a Pure Storage FlashArray. It includes understanding environmental requirements, verifying prerequisites, checking compatibility, and validating system readiness through appropriate tools and documentation.
Topic 2
  • Installation: This section of the exam measures the skills of Enterprise Infrastructure Technicians and focuses on executing a successful installation of FlashArray systems. It tests the ability to perform physical setup, cabling, configuration of network settings, and the application of initial system configurations necessary for full deployment.
Topic 3
  • Post-Installation
  • Upgrade: This section of the exam measures the skills of FlashArray Implementation Specialists and evaluates how professionals confirm system functionality after installation or an upgrade. It involves validating connectivity, running health checks, confirming configurations, and ensuring that the deployment meets operational expectations.
Topic 4
  • Upgrades: This section of the exam measures the skills of FlashArray Implementation Specialists and focuses on tasks involved in managing firmware and software upgrades. Candidates must demonstrate knowledge of upgrade planning, verification steps, and rollback procedures, ensuring that systems are updated with minimal disruption to service.

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Pure Storage Certified FlashArray Implementation Specialist Sample Questions (Q52-Q57):

NEW QUESTION # 52
An Implementation Engineer is getting ready to install four DFMs into a 16-module efficiency bundle and notices that the new modules are DFMDs while the installed modules are DFMs. What should the Implementation Engineer do to get the array using a 20-module Wide write group?

Answer: C

Explanation:
FlashArray performance and capacity efficiency are optimized when drives are grouped into "Wide Write Groups" (typically 20 modules). Purity OS generally enforces strict homogeneity within a write group to ensure consistent performance and reliability. Specifically, mixing standard DirectFlash Modules (DFM) with DirectFlash Modules with Distributed NVRAM (DFMD) in the same write group is restricted by default because of the architectural differences in how they handle persistent memory and I/O acknowledgment.
However, in upgrade scenarios where a customer is expanding an existing 16-module DFM group to a 20-module group using newer DFMD spares or expansion packs, Purity includes an engineering tunable to permit this mixed configuration. The correct procedure is to physically install the new DFMDs and run the admission command. Because of the mix, the array might initially hesitate or create a separate group. To force the creation of a single 20-drive Wide Write Group (WWG), the Implementation Engineer must work with Pure Storage Support to apply the specific tunable puretune --set ALLOW_DFMD_IN_DFM_WWG 1. This overrides the default restriction, allowing the system to merge the disparate module types into a single, high-efficiency capacity pool.
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NEW QUESTION # 53
An Implementation Engineer needs to run the puresetup replace procedure on a FlashArray//XR5 during a controller upgrade. What command should the engineer run to identify the array model?

Answer: B

Explanation:
During complex maintenance procedures like a controller upgrade or replacement (puresetup replace), it is often necessary to verify the physical hardware identity of the chassis to ensure compatibility with the new controllers or software image.
The command hwconfig --model is the specific CLI tool used at the engineering/boot level to return the chassis model string (e.g., FA-X50R3 or FA-XL170). This confirms the hardware platform identity.
hwconfig --all would dump a massive amount of verbose configuration data, making it difficult to quickly identify just the model.
pureversion -a displays the version of the Purity operating system software, not the physical hardware model of the chassis.
Therefore, hwconfig --model is the correct and most efficient command for the Implementation Engineer to validate the hardware platform identity during the upgrade workflow.
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NEW QUESTION # 54
A FlashArray arrives with Purity 5.3.8 applied out of the factory. The account team requests that the array configured with Purity 6.1.21. Which steps should the Implementation Engineer select to meet this requirement?

Answer: A

Explanation:
To upgrade from Purity 5.3.8 to 6.1.21 on a new array, the Implementation Engineer should create a bootable USB installer from the target ISO and reimage both controllers to ensure a clean and supported upgrade.


NEW QUESTION # 55
Which ports are used by default for replication on a FlashArray//XR4?

Answer: A

Explanation:
The FlashArray//XR4 maintains the standard port assignment convention established in previous generations for its onboard Ethernet interfaces.
ETH2 and ETH3 are the default ports designated for Replication traffic.
ETH0 and ETH1 are reserved for Management.
ETH2 and ETH3 are configured by Purity defaults to handle the heavy bandwidth of asynchronous or synchronous replication.
While these assignments can be modified in software, the physical ports labeled eth2 and eth3 on the rear of the chassis are the intended primary interfaces for this function. Implementation Engineers should cable these ports to the replication network switches during the initial install.
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NEW QUESTION # 56
After racking a new FlashArray with one data pack, how should DirectFlash modules be installed?

Answer: A

Explanation:
Understanding the strict physical drive population rules is a fundamental requirement for any Pure Storage Implementation Engineer. The front chassis of a standard 3U FlashArray (such as an //X50 or //X70) contains
20 dedicated capacity drive bays, numbered from 0 to 19.
When installing a new FlashArray that has been ordered with a single, baseline data pack-which always consists of exactly 10 DirectFlash Modules (DFMs) or DFMDs-the physical insertion order is not arbitrary.
The official hardware installation guidelines dictate that these 10 drives must be populated sequentially starting in bay 0, from left to right .
By filling bays 0 through 9 continuously, the engineer ensures that the Purity operating system can logically group the physical media into a contiguous, balanced Wide Write Group (WWG) for optimal parity calculation and wear leveling. Leaving gaps between the drives, or starting the installation in the higher- numbered bays (such as bay 10 or bay 19), violates the tested physical airflow characteristics of the chassis and will trigger hardware topology alerts during the hardware_check.py validation phase of the array initialization. If a second data pack is ever purchased for capacity expansion, those subsequent 10 drives would then seamlessly populate bays 10 through 19, again from left to right, completing the primary chassis.


NEW QUESTION # 57
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