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| Section | Objectives |
|---|---|
| Topic 1: Data Protection and Availability | - Replication
|
| Topic 2: Monitoring, Performance, and Troubleshooting | - System monitoring
|
| Topic 3: FlashArray Architecture and Core Concepts | - Storage concepts
|
| Topic 4: Installation and Initial Configuration | - System setup
|
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NEW QUESTION # 99
An Implementation Engineer is deploying a FlashArray//XLR5 with two DirectFlash Shelves. The engineer wants to ensure the shelves are installed in the preferred PCIe slots to achieve optimal performance and support. Which PCIe slots should the Implementation Engineer use for connecting the DFS shelves?
Answer: B
Explanation:
The FlashArray//XL platform features a split-chassis design with a unique PCIe bus layout compared to the standard //X series. To maintain optimal performance and redundancy, the backend connectivity for DirectFlash Shelves (DFS) must be balanced across the specific PCIe root complexes managed by the dual CPUs.
For a configuration involving multiple shelves (specifically targeting the logical shelf identifiers SH8 and SH9, which often correspond to the first pair of backend loops in an //XL deployment), the validated configuration is to use PCIe Slot 0 and PCIe Slot 6. These slots are architecturally designated for the backend NVMe-oF (RoCE) fabric cards.
Using Slot 0 (typically located on the far left) and Slot 6 (located on the right side of the chassis) ensures that the I/O load is distributed across the internal midplane and CPUs correctly. Placing cards in incorrect slots (like Slot 1 or 7, which might be reserved for host I/O or inter-controller links) can result in shelf detection failures or performance bottlenecks where one CPU is overloaded with backend traffic while the other is idle.
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NEW QUESTION # 100
During a FlashArray//X to FlashArray//XL hardware upgrade, when should the Implementation Engineer insert the DFMd modules into the FlashArray//XL?
Answer: A
Explanation:
Upgrading from a FlashArray//X to a FlashArray//XL involves a significant architectural change, often requiring a data migration or a specific "chassis replacement" workflow known as a Data-in-Place upgrade where the new chassis temporarily acts as an expansion shelf. In this specific procedure, the new FlashArray
//XL chassis is not immediately populated with its final drives (DFMDs) before power-on because it first needs to be configured to accept data or join the cluster in a controlled state.
The procedure requires the Implementation Engineer to boot the FlashArray//XL chassis first and configure it into Shelf Mode (SPM) . Only after the chassis is successfully running in this mode-effectively acting as a passive SAS/Ethernet attached shelf to the existing controllers-are the DirectFlash Modules (DFMd) inserted.
Inserting them earlier could cause the array to attempt a full boot sequence or initialize a new array instance, complicating the upgrade logic. By waiting until Shelf Mode is confirmed, the engineer ensures that the modules are recognized correctly as part of the migration target resources, allowing Purity to manage the layout and data redistribution correctly from the source array.
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NEW QUESTION # 101
Which command should the Implementation Engineer use to easily verify connectivity to Pure1 from a FlashArray?
Answer: A
Explanation:
After configuring the management network and proxy settings, it is essential to validate that the FlashArray can successfully transmit logs and telemetry to the Pure1 cloud. The specific command designed to trigger a manual test of this "Phone Home" functionality is purearray phonehome test.
purearray phonehome test: Initiates a test cycle where the array attempts to resolve the Pure1 endpoint, establish a secure connection, and send a sample payload. Success here confirms that DNS, firewall rules, and proxy settings are correct for outbound telemetry.
puresupport phonehome: This is often used to manually send logs (e.g., puresupport phonehome --send), but the test syntax is specifically under purearray.
purearray test pinghome: This is not a valid standard command for this specific validation.
Using the correct command ensures the engineer receives a clear "Success" or "Failure" message to sign off on the installation checklist.
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NEW QUESTION # 102
Which command should the Implementation Engineer run to verify that Remote Assist is working properly?
Answer: B
Explanation:
The puresupport command suite is used to manage and verify the connectivity between the FlashArray and Pure Storage Support (Pure1). Specifically, to test the Remote Assist functionality-which allows Pure Support to securely log in to the array for troubleshooting-the correct command is puresupport test.
While phonehome is a related concept (sending logs out), Remote Assist is a distinct inbound tunnel feature.
purearray test pinghome is often confused with phonehome but is an older or specific test for the log sender.
The puresupport test command runs a comprehensive check of the support channel connectivity, including the ability to establish the Remote Assist tunnel. If this test passes, the Implementation Engineer can be confident that Support can access the array if needed during or after the deployment.
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NEW QUESTION # 103
How can an Implementation Engineer confirm for the customer that data-at-rest encryption is enabled on a newly installed FlashArray?
Answer: A
Explanation:
A frequent question Implementation Engineers receive from security-conscious customers after a new installation is how to verify that data-at-rest encryption is active. Unlike legacy storage arrays where encryption requires a separate software license, specialized self-encrypting drives (SEDs), or complex CLI toggles, Pure Storage FlashArray handles encryption natively and transparently.
There are no commands like puresecurity status or purearray encryption list in the Purity CLI because data-at- rest encryption is an always-on, non-configurable architectural feature . It cannot be turned off by an administrator, support engineer, or malicious actor.
Purity secures data at rest using AES-256 bit encryption (FIPS 140-2 certified). The array uses three dependent layers of internal keys (an Array Key, an SSD Key, and a Data Encryption Key) that are automatically generated, partitioned, and spread across the DirectFlash Modules. Because this process operates continuously in the background without user intervention, the standard and officially documented response for an Implementation Engineer is to explain the always-on nature of the architecture and provide the customer with the official Pure Storage FlashArray Data Security and Compliance whitepaper to satisfy their compliance auditors. (Note: Option C mentions RDL or Rapid Data Locking, which is an external KMIP key management feature, not the base data-at-rest encryption itself).
NEW QUESTION # 104
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