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NEW QUESTION # 27
An Implementation Engineer is performing an inventory for an NDU from a FlashArray//X70R2 to a FlashArray//X70R4 and discovers that a complete FlashArray//X70R4 was shipped instead of an NDU kit. What is the minimum hardware the Implementation Engineer should use from the new array to complete the NDU?
Answer: A
Explanation:
In a Non-Disruptive Upgrade (NDU) scenario, the goal is to replace the compute and control logic of the array while preserving the existing data and minimizing hardware waste. When upgrading from a FlashArray//X70R2 to an //X70R4, the primary components that change are the Controllers themselves. The chassis, power supplies, and NVRAM modules (depending on the specific generation jump and health) can often be reused or are not the primary target of the replacement in a standard NDU kit.
If a complete array is shipped by mistake (often called a "greenfield" or "net-new" array shipment) instead of the specific upgrade kit, the engineer should only extract and use the Controllers from the new shipment. The existing chassis and its passive components (like the midplane and power supplies) are already racked, cabled, and functioning. Swapping the chassis or power supplies would turn the operation into a disruptive migration or a much more complex "chassis replacement" procedure, which is unnecessary for a controller upgrade.
Therefore, the engineer should unpack the new controllers, perform the NDU procedure to replace the old controllers one by one, and leave the rest of the new hardware (chassis, empty slots, etc.) as spare or return it. This approach adheres to the NDU procedure of swapping the "brains" of the storage while keeping the "body" (chassis and drives) intact.
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NEW QUESTION # 28
A customer has filled out the Installation Workbook. The management IP information netmask is specified as "255.255.255.223" and the gateway is specified as "10.24.18.1". What corrective action should be taken to reconcile the IP configuration?
Answer: A
Explanation:
To reconcile the IP configuration, the Implementation Engineer must correct the invalid netmask to the standard Class C subnet mask of 255.255.255.0 (Option B).
The netmask provided in the workbook, 255.255.255.223, is mathematically invalid for a subnet mask. Subnet masks function by having a continuous sequence of binary '1's followed by '0's. The decimal value 223 (binary 11011111) breaks this rule due to the zero bit in the middle of the octet. Therefore, the array initialization script would reject this value as a syntax error.
In most standard implementation scenarios where a gateway of 10.24.18.1 is provided, the intended network is a /24 (255.255.255.0), which allows for hosts 10.24.18.1 through 10.24.18.254. While Option C (/23) is a valid subnet mask, it assumes a larger network scope than is typically implied by a standard typo. Correcting the mask to the standard /24 is the safest and most logical remediation to ensure the array can communicate with the gateway and the management network.
NEW QUESTION # 29
How many power connections are required for the FlashArray//XL chassis?
Answer: A
Explanation:
The FlashArray//XL is a high-performance, 5U storage system designed for massive scale and throughput. To support its powerful processors and high-density DirectFlash modules, the chassis is equipped with four Power Supply Units (PSUs).
Consequently, the installation requires 4 power connections. Each PSU must be connected to a power source to ensure full redundancy and load sharing. Best practice dictates distributing these four connections across two independent Power Distribution Units (PDUs) (e.g., PSUs 1 & 3 to PDU A, PSUs 2 & 4 to PDU B) to survive the loss of a single power feed or PDU failure without interrupting array operations.
This is a key differentiator from the smaller 3U FlashArray//X models, which typically require only two power connections (one per PSU). Implementation Engineers must ensure that the rack has sufficient outlets (4 for the //XL chassis alone, plus additional outlets for any shelves) before beginning the physical installation.
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NEW QUESTION # 30
When should a FlashArray support case be opened?
Answer: A
Explanation:
Opening a support case before starting the installation ensures timely assistance and coordination with support throughout the deployment process.
NEW QUESTION # 31
An Implementation Engineer is beginning a controller upgrade. Which command should be run to stop Purity?
Answer: C
Explanation:
To safely stop the Purity operating environment on a specific controller during a physical controller upgrade (such as upgrading from FlashArray//X to //XL or performing a chassis swap), the correct command is pureadm stop.
This command is a system administration utility located in the Linux shell of the controller (accessible via the puresh prompt when logged into the specific controller's physical IP address). It is designed to stop the local Purity services on the node where the command is executed.
Procedure: In a non-disruptive controller upgrade, the engineer manually fails over primary services to the peer controller. Then, they log into the controller designated for removal (e.g., CT0) and run pureadm stop. This ensures that all Purity processes, I/O handling, and cache operations are cleanly terminated and flushed before the hardware is physically powered down or removed.
Syntax: The pureadm tool generally operates on the local instance. Options B and C utilize invalid flags (--secondary or --controller) for this specific command context. The engineer must be physically logged into the target controller to execute the stop command for that node.
NEW QUESTION # 32
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