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NEW QUESTION # 199
What is the required PSU wattage for a FlashArray// X70R2/R3 or X90R2/R3 array?
Answer: B
Explanation:
The FlashArray//X70 (R2/R3) and FlashArray//X90 (R2/R3) require 1600W Power Supply Units (PSUs).
Pure Storage equips its FlashArray//X chassis with different power supply capacities based on the compute load of the installed controllers:
Performance Tier (X70/X90): These models utilize high-core-count Intel Xeon processors and support the maximum density of NVMe DirectFlash Modules. To support the peak power draw of these components while maintaining N+1 redundancy (where one PSU can support the entire load), the 1600W units are mandatory.
Entry/Mid Tier (X10/X20/X50): Lower-end models often ship with 1000W or 1200W PSUs (though X50 often uses 1600W in later revisions or specific configs).
Identification: Implementation Engineers can identify these PSUs by the label on the rear handle (often color-coded or explicitly marked "1600W"). Installing an X90 controller into a chassis with older 1200W PSUs (e.g., during an improper upgrade attempt) would likely trigger a hardware alert or prevent the controllers from booting due to insufficient power budget.
NEW QUESTION # 200
Prior to running the puresetup newarray command, which command should an Implementation Engineer run on a new install of a FlashArray//XR4 array?
Answer: D
Explanation:
The introduction of the FlashArray//XR4 and FlashArray//CR4 models represented a massive internal redesign for Pure Storage. Internally, this new hardware generation and its corresponding Baseboard Management Controller (BMC) architecture are codenamed "Cobalt" .
Because the Cobalt architecture leverages a highly complex, modular PCIe Gen4 midplane and swappable OCP 3.0 networking cards, validating that all internal hardware is seated correctly before logically forming the cluster is mandatory. If an NVRAM module, direct-attach backend cable, or OCP card is inserted into the wrong slot, the Purity operating system will fail to map its internal topology correctly, leading to unstable initialization.
To prevent this, Pure Storage engineering developed a specialized pre-flight validation script specifically for the //XR4 and //CR4 platforms. Before an Implementation Engineer executes the puresetup newarray command to define the management IPs and form the cluster, they must log into the local KVM console as the puresetup user and run cobalt_check.py .
This Python script interrogates the motherboard, scans the physical PCIe lanes, verifies the OCP module firmware, and checks the chassis topology against the expected Bill of Materials (BOM). If the script returns a clean "PASS," the engineer is cleared to run puresetup. (Note: Older generations like the //XR3 used a generic hardware_check.py script, but cobalt_check.py is the specific, required tool for the //XR4 family).
NEW QUESTION # 201
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 # 202
What is the required PSU wattage for a FlashArray// X70R2/R3 or X90R2/R3 array?
Answer: B
Explanation:
The FlashArray//X70R2 and //X90R2 models are equipped with dual 1600W power supplies, each rated for 1600 watts. These high-wattage power supplies are designed to support the increased performance and capacity demands of these models. The power supplies operate in an N+1 redundancy configuration, ensuring continuous operation even if one power supply fails.
NEW QUESTION # 203
Once the new Purity firmware has been installed using the pureinstall command, what step is required to commit the new version?
Answer: B
Explanation:
The Purity upgrade process involves two main phases: installing the software image (placing the bits on the boot drive) and then activating it (booting into the new kernel).
After the pureinstall command has successfully unpacked and staged the new Purity version, the changes are not live until the system reboots. In a Non-Disruptive Upgrade (NDU), this is done one controller at a time.
The required step to commit and run the new version is to Reboot the controller.
The pureinstall workflow typically prompts for or automatically initiates this reboot.
The secondary controller reboots first, loads the new Purity version, and rejoins the cluster.
Then, the primary controller fails over services to the updated secondary, reboots, and updates itself.
A full "Reboot the array" (simultaneous reboot) would be disruptive and is not the standard procedure for an NDU. "Logging out" has no effect on the system state.
NEW QUESTION # 204
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