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NEW QUESTION # 112
On a FlashArray//XR20R2/3 Fibre Channel (FC) array, what is the default type and placement of the PCIe FC card?
Answer: C
Explanation:
On a FlashArray//X20 (R2 or R3), the default Fibre Channel configuration is a 2-port FC card installed in Slot 2.
The FlashArray//X hardware architecture differentiates slot usage based on the controller model:
Entry Level (X10/X20): These controllers have a limited number of PCIe lanes and slots available for user expansion. Slots 0 and 1 are often utilized by internal system components or reserved. Therefore, the primary Host I/O card (FC or iSCSI) is standardly installed in Slot 2. Additionally, due to the entry-level positioning, the 2-port card is the standard default (though 4-port is supported).
Performance Level (X50/X70/X90): As seen in previous questions, these models prioritize Slot 0 for Host I/O and typically default to 4-port cards.
The distinction is critical for Implementation Engineers to ensure they are cabling the correct ports. For an X20, cabling Slot 0 (if a port is even visible) would be incorrect; the active host ports are in Slot 2.
NEW QUESTION # 113
During a HWNDU, the Implementation Engineer initializes CT0 and runs health checks. They observe 12 fewer iSCSI connections compared to pre-upgrade results. While reviewing port speed and status, the output shows CT0.ETH14 at 0.00 b/s. What is the first action the Implementation Engineer should take to troubleshoot?
Answer: C
Explanation:
During a hardware upgrade, physical components are often moved or handled, leading to potential connection issues. If a specific port (like CT0.ETH14) that is expected to carry traffic shows 0.00 b/s and "Link Down" or similar status immediately after the controller is initialized, the most likely physical issue is an improperly seated transceiver (SFP) or cable.
The standard troubleshooting hierarchy dictates checking Layer 1 (Physical) first. Therefore, the engineer should ensure the SFP in CT0.ETH14 is fully seated and re-seat it if necessary. SFPs can easily become slightly dislodged during the cable swap from the old controller to the new one. Checking the seating is a quick, non-disruptive step that resolves a high percentage of "dead port" issues during upgrades. Swapping to a management port (Option A) is invalid because management ports often have different speeds or configurations, and asking the customer to reboot hosts (Option B) is premature and potentially disruptive before ruling out the physical array connection.
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NEW QUESTION # 114
An Implementation Engineer needs to upgrade Purity to version 6.9.2 on a FlashArray. The .ppkg file was too large to fit on a USB stick as a single file and has been copied to the array as two split files.
How should the Implementation Engineer join the files into a single file to be installed?
Answer: A
Explanation:
When upgrading PurityOS on a Pure Storage FlashArray, the upgrade package file (.ppkg) is heavily compressed but still quite large, typically ranging between 6GB and 12GB depending on the version. Often, Implementation Engineers use a USB flash drive to transfer these upgrade files directly to the array's controllers, especially in dark sites where network-based file transfers are restricted.
However, standard USB flash drives are usually formatted with the FAT32 file system to ensure broad compatibility across different operating systems. FAT32 has a strict maximum file size limit of 4GB. Because the single Purity .ppkg file exceeds this limitation, engineers must split it into smaller chunks (usually using the Linux split -b command, which generates sequential files with suffixes like aa, ab) before copying them to the USB drive.
Once the split files are successfully transferred into the /home/puresetup/ directory on the FlashArray controller, they must be properly reassembled into the original, functional .ppkg binary. Because Purity runs on a custom Linux kernel, standard Linux CLI utilities apply here. The correct and officially supported method to achieve this is using the cat (concatenate) command. By running cat with the wildcard * on the split file names, the system sequentially reads the chunks in alphabetical order and redirects ( > ) the binary output to recreate the single, unified .ppkg file. Using join, tar, or zip will either fail to execute or corrupt the binary package entirely.
NEW QUESTION # 115
On a FlashArray running Purity 6.9.2+, what is the recommended way to initiate a planned controller failover during a FlashArray//XR5 HWNDU?
Answer: A
Explanation:
During a Pure Storage FlashArray Hardware Non-Disruptive Upgrade (HWNDU), controllers must be seamlessly transitioned to ensure continuous host I/O. The correct procedure to execute a planned controller failover on an array running Purity 6.9.2+ involves using the purewes command suite. "WES" (Wessex) represents the internal architecture and toolset utilized by Pure Storage engineering and support to manipulate high-availability states and controller roles directly.
While standard array management utilizes purecli, HWNDUs require specific, low-level overrides to safely manipulate primary and secondary designations without disrupting active multipathing. To transition the current primary controller (e.g., CT0) to a secondary role, the Implementation Engineer must execute purewes controller setattr --verify-array < host-name > ct0 --mode secondary.
This command initiates a graceful giveback of all backend drive resources and frontend host I/O responsibilities to the partner controller (CT1). Once CT1 fully assumes the primary role, CT0 enters a ready secondary state, making it safe to power down, un-cable, and physically replace. The --verify-array flag ensures that the engineer is targeting the correct array by explicitly requiring the hostname, acting as a critical safeguard against accidental failovers on the wrong system during multi-array engagements. Options B, C, and D introduce fictitious command variations that do not exist within the Purity CLI framework for this specific hardware replacement step.
NEW QUESTION # 116
On FlashArray//XL, which slots support a 4-port FC card?
Answer: D
Explanation:
During the physical installation and cabling of a Pure Storage FlashArray//XL, an Implementation Engineer must adhere to strict PCIe slot population rules to ensure optimal performance, proper cooling, and backend
/frontend redundancy. The FlashArray//XL utilizes a different chassis layout than the standard //X or //C series, and the supported locations for Fibre Channel (FC) Host Bus Adapters (HBAs) are specific.
According to the FlashArray//XL Port Usage and Definitions hardware matrix, the 4-port 32G/64G Fibre Channel expansion cards are officially supported in PCIe slots 1, 5, and 8 . Other slots on the //XL chassis are strictly reserved for different functionalities. For instance, Slot 0, 4, and 6 are generally prioritized for NVMe
/TCP, DirectFlash Shelf (DFS) connectivity, or hardware non-disruptive upgrade (HWNDU) cards. Installing a 4-port FC card in an unsupported slot (such as Slot 2, which requires special Product Management approval) will trigger hardware configuration alerts, prevent the array from passing its pre-installation hardware_check.
py script, and potentially cause multipathing imbalances.
NEW QUESTION # 117
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