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| Section | Weight | Objectives |
|---|---|---|
| Topic 1: Installation | 23% | - Network and storage setup - System initialization and configuration - Physical installation procedures |
| Topic 2: Post-Installation / Post-Upgrade | 20% | - Validation and verification procedures - Troubleshooting and issue resolution - Configuration optimization |
| Topic 3: Upgrades | 32% | - Firmware and component updates - Purity version interoperability - Controller and shelf upgrades - Non-disruptive upgrades (NDU) |
| Topic 4: Pre-Installation / Pre-Upgrade | 25% | - Environment and configuration prerequisites - Planning and preparation steps - Hardware and software compatibility verification |
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NEW QUESTION # 66
When using FA File, where can the Implementation Engineer manage directories?
Answer: C
Explanation:
FlashArray File Services (FA File) brings unified block and file storage capabilities directly into the Purity operating system, allowing customers to provision high-performance SMB and NFS shares alongside their traditional Fibre Channel and iSCSI volumes.
Once the initial FA File networking (Virtual Interfaces) and DNS/Active Directory integrations are configured, the Implementation Engineer must actually create the file structures for the customer. In the Pure Storage Purity GUI, the logical hierarchy for file storage requires the administrator to first create a "File System," which acts as the top-level container, and then create "Directories" within it that will be exported to clients.
To manage, create, or modify these directories, the Implementation Engineer must navigate through the left- hand navigation pane to Storage > File Systems . Clicking into a specific File System reveals the
"Directories" tab. From this central pane, the engineer can create new managed directories, apply specific export policies (defining which IPs or users have read/write access), and configure directory-level snapshot schedules. Option B (Settings > Access > Directory Services) is a common distractor, but that menu path is used exclusively for configuring the array's connection to Active Directory or LDAP for administrative login authentication, not for managing storage directories.
NEW QUESTION # 67
Prior to installing a new FlashArray controller, which terminal display settings must the Implementation Engineer configure?
Answer: A
Explanation:
Establishing a serial console session is a fundamental step for initializing a new FlashArray or troubleshooting boot issues. To successfully communicate with the FlashArray controllers via the DB9 or Micro-USB serial port, the terminal emulator (such as PuTTY or TeraTerm) must be configured with specific parameters.
The verified standard settings for all modern FlashArray controllers are:
Baud Rate: 115,200 (This is faster than the legacy 9600 standard used on older network gear).
Data Bits: 8
Parity: None (N)
Stop Bits: 1
Flow Control: Xon/Xoff (Software flow control is preferred over hardware RTS/CTS).
Configuring these settings incorrectly (e.g., wrong baud rate) will result in garbled text ("garbage characters") or a completely blank screen when connecting to the console, preventing the engineer from running the puresetup initialization script.
NEW QUESTION # 68
A FlashArray arrives with Purity 5.3.8 applied out of the factory. The account team requests that the array be configured with Purity 6.1.21. Which steps should the Implementation Engineer select to meet this requirement?
Answer: A
Explanation:
To meet the requirement of deploying a specific, newer Purity version (6.1.21) on a factory-fresh array that arrived with older code (5.3.8), the most efficient and correct procedure for an Implementation Engineer is to create a bootable USB stick with the target 6.1.21 ISO and reimage the controllers.
The "Factory Reset" or re-imaging process is a supported method for initial installation when the desired software baseline differs significantly from what is pre-loaded. Since the array contains no customer data yet, re-imaging is non-destructive to business operations and avoids the time-consuming process of initializing the array on old code, registering it, and then performing a multi-step software upgrade (Option C).
Procedure: The engineer downloads the specific Purity ISO from the Pure Storage Support portal, uses a tool like Rufus or Etcher (or the pureinstall utility) to create the bootable media, and boots the controllers from this USB to lay down the fresh image.
Option B is incorrect because copying .ppkg files is part of an online upgrade workflow for running systems, not a re-imaging process for a raw box.
NEW QUESTION # 69
Prior to running the puresetup newarray command, which command should an Installation Engineer run on a new install of an //XR4 array?
Answer: B
Explanation:
On a new FlashArray//XR4 installation, the Implementation Engineer must run the cobalt_check.py script before executing puresetup newarray.
The FlashArray//XR4 represents a significant hardware architectural shift (internally codenamed or associated with the "Cobalt" platform generation). This platform introduces new PCIe layouts, NVMe backplanes, and controller components that require specific validation beyond the standard legacy checks. The cobalt_check.
py script is a specialized hardware diagnostic tool pre-loaded on the manufacturing image of //XR4 controllers.
Its purpose is to verify that the specific hardware components of the R4 platform-such as the status of the internal NVMe interconnects, the correct population of the chassis, and the health of the new controller mainboard-are functioning within strict tolerances. Running this check ensures that the physical layer is
100% healthy before the Purity operating system attempts to initialize the database and claim the storage media. Option A (pureboot list) checks boot versions but not hardware health, and Option C (purehw list) is a general command that might not catch the specific low-level architectural issues the cobalt_check.py script is designed to identify on this specific generation.
NEW QUESTION # 70
Which Purity command can be used to validate I/O is balanced across initiators?
Answer: C
Explanation:
Validating multipath I/O balance is a critical post-configuration step. The FlashArray CLI provides a specific monitoring tool for this purpose under the purehost command suite.
purehost monitor --balance is the correct command.
monitor: This keyword initiates a real-time display of performance metrics (IOPS, bandwidth, latency).
--balance: This flag breaks down the metrics per initiator (per HBA/path) for the specified host(s).
The output allows the engineer to see if I/O is flowing evenly across all paths. If one path shows 0 IOPS while others are active, it indicates a zoning, cabling, or multipathing configuration issue that must be resolved to ensure high availability.
NEW QUESTION # 71
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