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| Section | Objectives |
|---|---|
| Pre-Install | - Plan capacity and assess current infrastructure - Document pre-flight checks to minimize downtime and risk - Identify compatibility requirements - Prepare migration strategies - Evaluate existing workloads and determine upgrade paths - Determine if best practices are met for deployment readiness - Validate site-survey data prior to installation |
| Upgrade | - Controller and drive firmware upgrades - Hardware component swaps and shelf upgrades - Purity upgrade procedures and version management |
| Install | - Hardware setup and cabling requirements - Confirm system readiness before production deployment - Initial configuration and system bring-up procedures - Validate prerequisites and connect components |
| Post-Install/Upgrade | - Integrate with existing storage networks - Establish monitoring baselines - Verify system performance and validate data integrity - Confirm FlashArray meets performance targets - Optimize configuration settings |
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NEW QUESTION # 66
An Implementation Engineer performs a controller upgrade. What command should the Implementation Engineer run to check I/O health?
Answer: C
Explanation:
During a Hardware Non-Disruptive Upgrade (HWNDU), such as a controller swap, ensuring that the frontend host multi-pathing is perfectly healthy before taking a node offline is the single most critical safety check. If an Implementation Engineer initiates a failover while host I/O is unbalanced or single-pathed, it will cause an immediate All-Paths-Down (APD) event and crash the customer's applications.
While standard commands like pureport list --initiator are excellent for verifying that the physical fibre channel or iSCSI links are logged in, they do not confirm that data is actively flowing across them. To truly validate I/O health and multipath distribution, the engineer must run the purehost monitor --balance command.
This specialized CLI tool forces the FlashArray to take a brief, active sample of incoming read and write commands (defaulting to a 5-second interval) across all host initiators. It calculates the traffic distribution and displays the relative percentage of I/Os for each initiator path. A well-balanced, healthy host utilizing proper MPIO policies (like VMware's Round Robin) will show traffic evenly distributed across all available paths within a few percentage points. If the output reveals that 100% of the traffic is pinned to a single controller's port, the engineer immediately knows there is a zoning or host-side MPIO misconfiguration that must be resolved before proceeding with the upgrade.
NEW QUESTION # 67
Which Pure1 app functionality requires that a user is on their internal company network?
Answer: A
Explanation:
The Pure1 mobile app provides convenient access to array monitoring and management features from anywhere. Most features, such as viewing performance telemetry (Option A) or managing support tickets (Option B), are cloud-native and accessible over the public internet via the secure Pure1 connection.
However, Opening Remote Assist (RA) -the feature that creates a secure tunnel for Pure Storage Support to access the array remotely-is a privileged security action. To prevent unauthorized external actors from enabling this access, the Pure1 app often enforces a "proximity" or network validation check. The user must be connected to the internal company network (e.g., via Wi-Fi or VPN) that has visibility to the array's management interface to authorize the Remote Assist session. This requirement ensures that only an authorized administrator physically or logically present within the customer's secure environment can grant external access to the storage system.
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NEW QUESTION # 68
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 # 69
How many chassis capacity drive slots come standard on a FlashArray//X Gen 2 chassis?
Answer: D
Explanation:
Understanding the physical chassis layout of the Pure Storage FlashArray is essential for capacity planning and hardware installation. The FlashArray//X Gen 2 (and Gen 3) utilizes a highly efficient 3U chassis design.
When looking at the front of a standard //X chassis, there are a total of 24 physical module bays. However, these bays serve fundamentally different architectural purposes:
* Capacity Drive Slots: There are exactly 20 slots strictly dedicated to capacity drives (DirectFlash Modules, or DFMs). These are numbered 0 through 19 and are where the data packs are installed to provide raw storage capacity.
* NVRAM Slots: The remaining 4 slots, located centrally in the chassis, are dedicated exclusively to NVRAM modules (NVB0, NVB1, NVB2, and NVB3). These provide the highly available, non-volatile write cache for the array and cannot be used for capacity expansion.
Therefore, when an Implementation Engineer is assessing the chassis for data pack expansion or module upgrades, there are exactly 20 standard capacity drive slots available before an external DirectFlash Shelf (DFS) must be added. (Note: FlashArray//XL utilizes a larger 5U chassis with 40 capacity slots, but the standard //X remains at 20).
NEW QUESTION # 70
Which power cable receptacle type does the FlashArray//X accessory kit contain?
Answer: A
Explanation:
Standard enterprise data center power distribution units (PDUs) typically use C13 or C19 outlets. The FlashArray//X series power supplies utilize C14 inlets (the male connector on the chassis side). Therefore, the standard accessory kit included with a FlashArray//X ships with C13 to C14 power cables.
The C13 connector plugs into the array's power supply (matching the C14 inlet), and the C14 connector on the other end is designed to plug into a standard rack PDU (which typically has C13 outlets). This is the industry-standard "jumper cord" for rack-mounted server and storage hardware.
It is important for the Implementation Engineer to verify this during the pre-install phase. If the customer's facility uses non-standard PDUs (like those with C19 outlets or wall-style plugs), the standard kit cables will not fit, and the engineer must ensure the correct cables were ordered separately or provided by the customer. However, for the exam and standard BOM validation, the correct answer is the ubiquitous C13 to C14 cable type.
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NEW QUESTION # 71
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