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>> Actual FlashArray-Implementation-Specialist Test <<
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NEW QUESTION # 33
An Implementation Engineer completes an installation running 6.x and needs to log back into the array to run final health checks.
After rebooting the controllers, which user account should the Implementation Engineer use to log in?
Answer: A
Explanation:
During the initial deployment of a Pure Storage FlashArray, the Implementation Engineer relies heavily on the puresetup account. This restricted, low-level shell is specifically engineered to handle local KVM tasks like installing the Purity operating system (pureinstall) and defining the baseline network configurations (puresetup newarray).
However, once the initialization script finishes successfully and the controllers reboot, the array transitions from an unconfigured piece of hardware into a fully functional, highly available clustered storage system. At this stage, the puresetup account has served its primary purpose.
To log back into the array via SSH or the web GUI to run final health validations (such as verifying cluster status with pureadm list or checking drive health with puredrive list), the Implementation Engineer must authenticate using the default administrative account: pureuser .
The pureuser account possesses full array administrator privileges and provides unrestricted access to the standard Purity//FA command-line interface. Using pureuser validates that the cluster's internal database is actively authenticating administrative sessions and confirms the array is ready to be handed over to the customer for production workload provisioning. (Note: After logging in as pureuser with the factory default password, a critical post-installation step is immediately changing that password to comply with the customer's security policies). The pureeng account (Option C) is a protected internal account reserved strictly for Pure Storage Support and Escalation Engineering.
NEW QUESTION # 34
What is the minimum supported capacity requirement for a FlashArray//XL170R5?
Answer: D
Explanation:
The Pure Storage FlashArray//XL170 R5 is the highest-tier array in the //XL lineup, engineered specifically for maximum performance density, aggressive OLTP database consolidation, and massive throughput.
Because of its incredibly powerful Intel processors and high-bandwidth PCIe Gen 4 architecture, it demands a specific minimum storage footprint. If an array has too few drives, the backend flash media becomes a bottleneck, effectively starving the controllers of I/O.
According to Pure Storage configuration limits and sizing tools, the minimum supported capacity requirement for an //XL170 R5 chassis is 135TB .
This minimum baseline is typically provisioned using three separate 45TB data packs (represented in official BOM configurations as 135TB-45/45/45/0). The //XL architecture relies exclusively on DirectFlash Modules with Distributed NVRAM (DFMDs). To properly distribute the write cache, maintain N+2 high availability across the flash media, and deliver the extreme IOPS expected of an //XL170, the chassis requires this robust baseline population of DFMDs. Attempting to deploy an //XL170 with a smaller capacity (such as 90TB) violates the performance sizing guidelines. Customers requiring smaller baseline capacities are generally steered toward the FlashArray//XL130 or the //X90 series.
NEW QUESTION # 35
What are the default replication ports on all three rack unit (3U) FlashArray models?
Answer: A
Explanation:
Understanding the default network port assignments on a standard 3U Pure Storage FlashArray (which encompasses models like the //X10, //X20, //X50, //X70, and //X90) is a fundamental requirement for any Implementation Engineer. The rear of the controllers features a standardized set of integrated Ethernet ports that are logically predefined by the Purity operating system upon factory initialization.
The first two ports, explicitly labeled eth0 and eth1 , are 1GbE Base-T copper ports. These are strictly reserved and dedicated by default for management traffic (GUI, CLI, SSH, API, and Call Home telemetry to Pure1). They are not designed to handle high-throughput storage workloads.
The next two ports, eth2 and eth3 , are high-speed 10GbE/25GbE optical/Twinax ports. By default, Purity provisions these specifically for asynchronous and synchronous replication traffic (including ActiveCluster), as well as IP-based block storage protocols like iSCSI if the customer is not using Fibre Channel. Utilizing eth2 and eth3 ensures that heavy data mobility workloads have the required bandwidth and are physically isolated from lightweight management traffic. Ports like eth4 and eth5 (if present via PCIe expansion cards) are typically configured manually for additional frontend host I/O or File Services, rather than acting as the default replication interfaces.
NEW QUESTION # 36
When executing a FlashArray upgrade from the FA-405 to a FA-X Series, into which slot on CT1 must the 2 Port InfiniBand Card be installed?
Answer: B
Explanation:
When performing a specific legacy upgrade from a FlashArray FA-405 to a FlashArray//X Series, the 2-Port InfiniBand card must be installed in PCIe Slot 3 of the target controller (CT1).
Upgrade Architecture: The legacy FA-400 series utilized InfiniBand (IB) for its high-speed cluster interconnect. The modern FlashArray//X series utilizes PCIe/NTB over an internal midplane or different interconnects. However, during a non-disruptive upgrade (NDU) or data migration where the new //X controller is temporarily clustered with the old FA-405 controller to transfer state and data, they must share a compatible link.
Slot Reservation: The FlashArray//X hardware guide and upgrade procedures strictly designate Slot 3 (the top slot on the riser in many //X chassis configurations) as the reserved location for this temporary InfiniBand interconnect card. Installing it in Slot 0 or 2 would conflict with the primary Host I/O or backend connectivity paths, potentially causing the controller to fail the upgrade pre-checks or preventing the cluster from forming.
NEW QUESTION # 37
After racking a new FlashArray with one data pack, how should DirectFlash modules be installed?
Answer: B
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 # 38
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