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| Section | Objectives |
|---|---|
| Topic 1: Installation and Initial Configuration | - System setup
|
| Topic 2: Monitoring, Performance, and Troubleshooting | - Troubleshooting
|
| Topic 3: FlashArray Architecture and Core Concepts | - FlashArray hardware and architecture overview
|
| Topic 4: Data Protection and Availability | - Snapshot and protection strategies
|
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NEW QUESTION # 93
Which PCI cards must be validated on the Bill of Materials (BOM) to allow an Implementation Engineer to attach a DirectFlash Shelf to a FlashArray//XL130R5?
Answer: B
Explanation:
When expanding a Pure Storage FlashArray//XL130 R5 with an external DirectFlash Shelf (DFS), the backend connection between the shelf controllers and the main chassis relies on massive 100GbE bandwidth via the NVMe-oF (RoCE) protocol. Validating the Bill of Materials (BOM) before an onsite installation is a critical preparatory step to ensure the correct internal hardware was shipped to support this connection.
According to the official Pure Storage hardware matrix, the supported PCIe expansion card required for //XL series shelf connectivity is the FA-XL-100G Ethernet/RoCE 2-Port CX6 . This card utilizes the modern Mellanox/Nvidia ConnectX-6 (CX6) chipset, which is explicitly engineered to provide the necessary 100GbE RDMA capabilities to maintain ultra-low latency, NVMe-level speeds across the external storage fabric.
Option B (the CONNECTX-5 card) is an older, End-of-Sale component generally associated with legacy deployments or specific frontend iSCSI requirements, not the modern //XL backend loop. Option C (a 200G CX7 card) is not the standard validated BOM component for a single DFS loop on an //XL130 R5.
Confirming the presence of the 100G CX6 card ensures the engineer has the exact hardware required to successfully cable the 100GbE backend ports.
NEW QUESTION # 94
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: B
Explanation:
When performing a hardware non-disruptive upgrade (NDU) from a FlashArray//X70 R2 to a FlashArray
//X70 R4, the Implementation Engineer must understand which components govern the compute upgrade and which house the actual customer data and state. A standard NDU kit for this specific inter-generational upgrade strictly includes the new //XR4 controllers and updated Power Supply Units (PSUs).
The //XR4 controllers utilize significantly more powerful Intel processors and PCIe Gen4 architecture compared to the older //XR2 models. Consequently, they draw considerably more power, necessitating a mandatory upgrade from the older //XR2 PSUs to the higher-wattage units included with the //XR4.
However, the existing NVRAM modules, chassis midplane, and DirectFlash Modules (capacity drives) currently serving data must absolutely remain in place. The legacy NVRAM holds the active, unwritten write cache for the array. If an engineer mistakenly uses the entire shipped //XR4 array (swapping NVRAM modules or migrating drives prematurely without a swing shelf procedure), they risk severe data corruption and an unrecoverable cache loss event. Thus, to safely complete the NDU while preserving data, only the controllers and the power supplies should be harvested from the newly shipped chassis.
NEW QUESTION # 95
Which enablement feature will cause Mirrored Write statistics to appear in the Analysis section of the FlashArray Purity 6.x GUI?
Answer: A
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 # 96
A customer has submitted a Pure Engagement Request (PER) / Implementation Workbook (IWB) and the stated array name is "123". What is the issue With this array name?
Answer: B
Explanation:
The Pure Engagement Request (PER) or Implementation Workbook (IWB) is the planning document where customers specify their desired configuration parameters. Validating these parameters against Purity requirements before arriving onsite is a critical step for the Implementation Engineer.
Regarding the array name "123": Array names cannot start with a digit.
Purity naming conventions follow standard DNS hostname RFC guidelines to ensure compatibility with network services and scripts.
While numbers are allowed within the name (e.g., array123), the first character must be a letter.
A name composed entirely of numbers (like "123") or starting with a number (like "1array") can cause ambiguity for parsers that might mistake the name for an IP address, a specific ID, or an integer value in scripts.
The engineer must flag this in the PER and request the customer provide a compliant name (e.g., flasharray-123) to avoid errors during the puresetup initialization process.
NEW QUESTION # 97
When using FA File, where can the Implementation Engineer manage directories?
Answer: C
Explanation:
FlashArray File Services (FA File) brings unified block and file storage capabilities directly into the Purity operating system, allowing customers to provision high-performance SMB and NFS shares alongside their traditional Fibre Channel and iSCSI volumes.
Once the initial FA File networking (Virtual Interfaces) and DNS/Active Directory integrations are configured, the Implementation Engineer must actually create the file structures for the customer. In the Pure Storage Purity GUI, the logical hierarchy for file storage requires the administrator to first create a "File System," which acts as the top-level container, and then create "Directories" within it that will be exported to clients.
To manage, create, or modify these directories, the Implementation Engineer must navigate through the left- hand navigation pane to Storage > File Systems . Clicking into a specific File System reveals the
"Directories" tab. From this central pane, the engineer can create new managed directories, apply specific export policies (defining which IPs or users have read/write access), and configure directory-level snapshot schedules. Option B (Settings > Access > Directory Services) is a common distractor, but that menu path is used exclusively for configuring the array's connection to Active Directory or LDAP for administrative login authentication, not for managing storage directories.
NEW QUESTION # 98
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