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NEW QUESTION # 131
What hardware should the Implementation Engineer find in the upgrade kit in order to perform an //X to //XL NDU?
Answer: B
Explanation:
For a Non-Disruptive Upgrade (NDU) from a FlashArray//X to a FlashArray//XL, the upgrade kit typically contains 4 QSFP cables, 2 Mellanox cards, and 20 DFMD blanks (or modules).
2 Mellanox Cards: The FlashArray//X (source) likely requires the installation of 100GbE RoCE adapters (Mellanox) into its controllers to establish the high-speed replication link with the new FlashArray//XL (which has 100GbE native). One card is installed per //X controller.
4 QSFP Cables: To ensure a redundant, high-bandwidth connection between the two arrays during the data migration phase, 2 cables are used per controller pair (CT0-to-CT0 and CT1-to-CT1), totaling 4 cables.
20 DFMDs (Blanks/Fillers): The FlashArray//X typically holds 20 DirectFlash Modules. The FlashArray//XL chassis has 40 slots. When the 20 data drives are physically moved from the //X to the //XL, the //XL will still have 20 empty slots. These must be filled with DirectFlash blanking modules (DFMD blanks) to maintain proper chassis airflow and thermal pressure. Thus, the kit includes these 20 fillers.
NEW QUESTION # 132
Which enablement feature will cause Mirrored Write statistics to appear in the Analysis section of the FlashArray Purity 6.x GUI?
Answer: C
Explanation:
ActiveCluster (AC) is the enablement feature that introduces Mirrored Write statistics into the Analysis section of the Purity GUI.
ActiveCluster provides synchronous replication (active-active) between two FlashArrays. In this configuration, every write request from a host must be committed to the NVRAM of both arrays before an acknowledgement is sent back to the host. This ensures zero Recovery Point Objective (RPO). Because this synchronous process introduces a latency component related to the network round-trip and the remote array's acknowledgement, Purity exposes a specific metric called "Mirrored Write" latency.
This metric allows administrators to distinguish between the local array's write processing time and the time spent waiting for the replication partner. It is critical for troubleshooting performance in stretched-cluster environments; if write latency spikes, the "Mirrored Write" stat helps determine if the bottleneck is the inter-site link (WAN) or the remote array. Neither FA File (NAS services) nor ActiveDR (asynchronous/near-sync replication) generate this specific synchronous write metric in the Analysis dashboard.
NEW QUESTION # 133
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: C
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.
NEW QUESTION # 134
What is the redundancy of the FlashArray//XL PSUs?
Answer: B
Explanation:
The FlashArray//XL features a robust 2+2 power supply unit (PSU) redundancy configuration. Unlike the smaller FlashArray//X chassis (3U), which typically utilizes two power supplies in a 1+1 redundancy setup, the FlashArray//XL utilizes a larger 5U chassis designed for higher performance and density, requiring a more substantial power infrastructure.
The //XL chassis is equipped with four physical Power Supply Units. These are configured to operate in an N+2 mode (effectively 2+2), meaning the system requires two PSUs to support the full electrical load of the chassis, while the other two provide redundancy. This architecture allows the array to survive the simultaneous failure or loss of input power to up to two power supplies without any interruption to service.
This design ensures maximum availability even in scenarios where an entire power grid feed (A-side or B-side) fails, or if multiple hardware components malfunction simultaneously. Options A (1+1) applies to the standard //X series, and Option C (3+1) is not a supported configuration for the FlashArray//XL. The 2+2 design is critical for maintaining the "Always-On" reliability standards required for the mission-critical workloads that the //XL platform supports.
NEW QUESTION # 135
An Implementation Engineer has completed cabling a DirectFlash Shelf (DFS) to the FlashArray. Which command should the Implementation Engineer run to verify that the cabling was completed correctly?
Answer: B
Explanation:
Verifying the physical SAS or RoCE cabling topology is a mandatory step before initializing a new shelf. The FlashArray provides a specific engineering-level Python script for this purpose: storage_view.py enclosures.
This script queries the backend fabric and visualizes the connection topology between the controllers and the shelves.
It confirms that both controllers (CT0 and CT1) have redundant paths to the shelf (IOM0 and IOM1).
It verifies that the shelf is visible on the expected ports.
It checks for cabling errors, such as "crossed" cables (connecting a primary port to a secondary port incorrectly) or missing links.
Using this tool ensures that the physical layer is perfectly redundant before data is ever placed on the shelf.
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NEW QUESTION # 136
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