Free FAIS sample questions

Correct answer: Perform a non-disruptive Purity upgrade on the existing R2 chassis to the minimum required version, then proceed with the chassis swap.

The correct procedure is to first bring the software to a compatible level before introducing new hardware. The Purity//FA software on the existing R2 chassis must be upgraded to the minimum version that supports the R4 hardware before the physical chassis swap occurs. Attempting to bring up the R4 chassis with an unsupported Purity version on the DFMs will result in failure. Upgrading after the swap is not possible if the controllers cannot boot with the old software version.

Correct answer: The SAS cables connecting the controllers to the first expansion shelf are reversed.

A 'shelf mismatch' error during initial boot often indicates an improper SAS cabling connection between the controllers and the expansion shelves. Reversing the SAS cables (e.g., connecting a controller's 'out' port to another controller's 'in' port, or mis-cabling the shelf loop) is a common installation error that would prevent the controllers from correctly discovering and identifying the attached shelves, thus halting the setup process.

Correct answer: Contact the project manager and customer network team to explain the best practice for replication redundancy and request a second IP on a different subnet.

The correct action is to proactively address the discrepancy between the customer's provisioned resources and Pure Storage's best practices. The specialist should communicate the need for a second, separate IP address and subnet for the second replication interface to ensure high availability and prevent a single point of failure in the replication network. Proceeding with a non-redundant configuration would be a disservice to the customer.

Correct answers: A synchronous replication license applied to both arrays.; A third-site cloud-based or on-premises mediator for automatic failover.

Correct answer: False

This statement is false. While data evacuation is one method, it is not always required. If the FlashArray has sufficient free space and available drive slots, capacity consolidation can often be performed non-disruptively by adding the new, larger data packs, allowing Purity to rebalance data onto them, and then removing the older, smaller data packs one by one. A data evacuation is typically only necessary in scenarios with very high capacity utilization or when a full chassis swap is required.

Correct answer: purearray phonehome --test

The `purearray phonehome --test` command is the specific Purity CLI tool used to send a test transmission to Pure Storage Support. A successful result from this command confirms that the array's network configuration, firewall rules, and phone-home settings are all correct, and that diagnostic data can be sent successfully.

Correct answer: The rack's static and dynamic load rating.

The FlashArray//E is designed for high capacity and is significantly heavier than other models. Verifying the rack's load rating, as well as the load-bearing capacity of the raised floor tiles beneath it, is the most critical factor. Failure to do so could result in damage to the equipment or the data center infrastructure. While power and cooling are important for all models, the exceptional weight of a fully populated //E chassis makes structural support the primary concern.

Correct answer: The Cisco switch has not been enabled for N_Port ID Virtualization (NPIV), which is required by the FlashArray.

Pure Storage FlashArrays require N_Port ID Virtualization (NPIV) to be enabled on the SAN fabric switches. NPIV allows a single physical Fibre Channel port to register multiple WWPNs on the fabric, which is how the FlashArray presents itself. If NPIV is disabled, the switch will only recognize the physical port's WWN and not the virtual WWNs used for host communication, leading to the exact symptom described: the host and array are in a zone, but LUN masking fails because the correct target ports are not visible. Verifying and enabling NPIV is a critical step in troubleshooting this type of connectivity issue.

Correct answer: At the bottom of the rack, starting from the lowest possible U-position.

The industry-standard and vendor-recommended best practice is to install the heaviest equipment at the bottom of the rack. This provides the lowest center of gravity, ensuring maximum stability and preventing the rack from becoming top-heavy and posing a tipping hazard. The FlashArray chassis should be installed first, at the bottom, followed by any expansion shelves above it.

Correct answer: Create a 1TB volume, attach it to a host, copy 100GB of highly compressible data (e.g., a database export or VDI gold image), and point to the 'Data Reduction' ratio on the main Dashboard.

The most effective way to demonstrate data reduction is to use a data set that is known to be highly compressible. Copying a VDI gold image or a text-based database export to a new volume will quickly result in a high data reduction ratio. The overall 'Data Reduction' number on the Purity Dashboard is the most prominent and easily understood metric to show the customer, as it reflects the total efficiency of the array.