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NEW QUESTION # 156
An Implementation Engineer needs to run the puresetup replace procedure on the FlashArray//X during a controller upgrade. Which command should the Implementation Engineer run on the new controller to determine its model?
Answer: B
Explanation:
To determine the specific model of a replacement controller while in the puresetup or manufacturing shell (before the controller has joined the cluster), the correct command is hwconfig --model.
During a controller replacement procedure, the engineer often connects to the new controller via serial or a temporary IP. At this stage, the full Purity CLI (and thus purearray list) may not be fully available or relevant because the controller is in a "setup" or "unconfigured" state.
hwconfig: This is a lower-level utility used to read the Field Replaceable Unit (FRU) data directly from the hardware VPD (Vital Product Data).
--model: This flag specifically filters the output to display the model string (e.g., FA-X50R3-CT0). Verifying this string is a critical safety step to ensure the replacement hardware matches the existing cluster node before attempting the software join process (puresetup replace).
NEW QUESTION # 157
An Implementation Engineer is planning to add a DirectFlash Shelf to a FlashArray//XL with an existing DirectFlash Shelf. Which PCIe slot must be used for shelf connectivity?
Answer: B
Explanation:
When adding a second DirectFlash Shelf to a FlashArray//XL, the connectivity utilizes PCIe Slot 6 (in conjunction with Slot 0).
FlashArray//XL Architecture: The //XL chassis distributes its backend NVMe-oF (100GbE RoCE) connectivity across two dedicated PCIe slots to ensure redundancy and maximum bandwidth. As established in hardware diagrams, Slot 0 (lower riser) and Slot 6 (upper riser) are the designated slots for the 2-port 100GbE backend cards.
Expansion Logic:
First Shelf: Typically connects to Port 0 of the card in Slot 0 and Port 0 of the card in Slot 6 (providing HA).
Second Shelf: Connects to the remaining ports (Port 1) on the same cards in Slot 0 and Slot 6.
Exam Context: In the context of "which slot must be used" for the expansion or specifically highlighting the secondary backend slot distinct from the primary host slots, Slot 6 is the correct identifier for the backend expansion capability on the //XL. Options A (Slot 0) is the primary, but C (Slot 6) is often the specific answer required to demonstrate knowledge of the //XL's unique split-riser backend layout compared to legacy arrays.
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NEW QUESTION # 158
An Implementation Engineer is performing a capacity consolidation on an X50R3.
Which command is needed for the engineer to determine whether the customer's FlashArray supports SAS Flash Modules?
Answer: A
Explanation:
To determine whether a specific FlashArray configuration, such as the FlashArray//X50R3, supports or is currently equipped to handle SAS Flash Modules, the command purehw list --type drive --all is the correct diagnostic tool. While the FlashArray//X series is architected as a 100% NVMe platform using DirectFlash Modules (DFMs) in the base chassis, it retains the capability to support legacy SAS Flash Modules (SSDs) through the attachment of external SAS expansion shelves.
The purehw list --type drive --all command provides a comprehensive enumeration of the physical drive hardware components recognized by the system. Unlike the puredrive list command, which focuses on the logical status, capacity, and admission state of the drives, the purehw command with the --type drive flag exposes the hardware-level details, including the interface protocol (SAS vs. NVMe) and the physical location of the drive bays.
By running this command, an Implementation Engineer can verify if the array is communicating with any SAS-based drive hardware. If SAS modules or SAS-compatible drive bays in an external shelf are listed, support is confirmed. Conversely, option A is syntactically incorrect for this purpose, and option B (purehw list --type controller) focuses on the compute node specifications rather than the storage media interfaces. Therefore, listing the drive hardware components is the definitive method to validate the presence and support of SAS Flash media within the specific array configuration during a capacity consolidation.
NEW QUESTION # 159
When adding a data pack into a FlashArray chassis or a DFS shelf, the drives show "unrecognized" status when running List. What is the cause of this status on the newly inserted drives?
Answer: C
Explanation:
The status "unrecognized" on a drive module typically indicates that the physical hardware is detected by the chassis midplane, but the operating system (Purity) does not have the necessary driver definition or firmware logic to interact with it.
This most commonly occurs when newer generation DirectFlash Modules (e.g., larger capacity drives or newer NAND revisions) are inserted into an array running an older version of Purity. The hardware identifier of the new drive is unknown to the older software .
To resolve this, the Implementation Engineer must verify the Purity Compatibility Matrix for the specific drive part number. The array will likely need a Purity software upgrade to a version that supports the new media before the drives can be successfully admitted and used. It is rarely a hardware fault (which would show as "failed" or "missing") or a capacity limit (which would prevent admission but usually identify the drive correctly).
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NEW QUESTION # 160
A customer has submitted a Pure Engagement Request (PER) / Implementation Workbook (IWB) and the stated array name is "123". What is the issue With this array name?
Answer: C
Explanation:
The Pure Engagement Request (PER) or Implementation Workbook (IWB) is the planning document where customers specify their desired configuration parameters. Validating these parameters against Purity requirements before arriving onsite is a critical step for the Implementation Engineer.
Regarding the array name "123": Array names cannot start with a digit.
Purity naming conventions follow standard DNS hostname RFC guidelines to ensure compatibility with network services and scripts.
While numbers are allowed within the name (e.g., array123), the first character must be a letter.
A name composed entirely of numbers (like "123") or starting with a number (like "1array") can cause ambiguity for parsers that might mistake the name for an IP address, a specific ID, or an integer value in scripts.
The engineer must flag this in the PER and request the customer provide a compliant name (e.g., flasharray-123) to avoid errors during the puresetup initialization process.
NEW QUESTION # 161
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