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| Section | Objectives |
|---|---|
| Topic 1: Post-Install/Upgrade | - Verify system performance and validate data integrity - Integrate with existing storage networks - Establish monitoring baselines - Confirm FlashArray meets performance targets - Optimize configuration settings |
| Topic 2: Upgrade | - Controller and drive firmware upgrades - Hardware component swaps and shelf upgrades - Purity upgrade procedures and version management |
| Topic 3: Pre-Install | - Prepare migration strategies - Identify compatibility requirements - Plan capacity and assess current infrastructure - Evaluate existing workloads and determine upgrade paths - Validate site-survey data prior to installation - Document pre-flight checks to minimize downtime and risk - Determine if best practices are met for deployment readiness |
| Topic 4: Install | - Initial configuration and system bring-up procedures - Confirm system readiness before production deployment - Hardware setup and cabling requirements - Validate prerequisites and connect components |
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NEW QUESTION # 129
Upon completion of a hardware upgrade activity, which command should be used to unset the maintenance tag?
Answer: A
Explanation:
Upon verifying that a hardware upgrade is successfully completed and the system is stable, the command to remove the maintenance suppression is purealert untag --maintenance.
During upgrade activities, engineers often apply a "maintenance" tag or flag to the alert system to prevent the generation of "noise" (false positive alerts) that would otherwise be triggered by expected events like controller failovers, link downs, or path fluctuations. This suppression ensures that the customer and Pure Support are not flooded with critical tickets for planned work.
Once the work is done, it is critical to remove this suppression so the array resumes normal monitoring. The purealert command with the untag verb and the specific --maintenance flag is the correct syntax to clear this state. Options A and C use invalid syntax (--cancel or --unset) that is not recognized by the Purity CLI for this specific alert management function. Failing to run this command leaves the array in a state where genuine failures might be masked, violating the "Always-On" monitoring standard.
NEW QUESTION # 130
Which ports are used by default for replication on a FlashArray//XR4?
Answer: C
Explanation:
When cabling and configuring the network topology for a Pure Storage FlashArray (including the //XR4 platform equipped with standard OCP mezzanine networking cards), the physical Ethernet ports are strictly mapped to default services by the Purity//FA operating system. Understanding these defaults prevents network collisions and ensures traffic is isolated appropriately.
The first two onboard ports, explicitly labeled eth0 and eth1, are always reserved for out-of-band Management traffic. These 1GbE ports handle GUI access, SSH, API calls, and outbound Pure1 telemetry.
To support heavy data mobility workloads without impacting administrative access, Purity defaults the next sequential pair of high-speed ports- eth2 and eth3 -to Replication services. These 10GbE, 25GbE, or
100GbE ports are meant to be cabled directly to the customer's redundant WAN links or replication switches.
They carry all asynchronous snapshot transfers, continuous ActiveDR replication, and synchronous ActiveCluster traffic between arrays. While an Implementation Engineer can manually reassign these services using the purenetwork CLI suite if the customer requires a custom topology, utilizing eth2 and eth3 as the default replication interfaces remains the universally documented Pure Storage best practice for baseline installations. Ensuring these specific ports are properly patched into the designated replication VLANs prior to running the initialization scripts guarantees a smooth, error-free setup process.
NEW QUESTION # 131
During a hardware NDU from FlashArray//XR2 or XR3 to an XR4 model, which default service on-board ports are NO longer present in the XR4 controller design?
Answer: C
Explanation:
In the architectural evolution from FlashArray//XR2 and //XR3 to the FlashArray//XR4, Pure Storage made significant changes to the controller's rear panel and I/O design to accommodate higher performance and PCIe Gen 4 capabilities. One of the most critical changes for an Implementation Engineer to plan for during a hardware Non-Disruptive Upgrade (NDU) is the removal of the onboard, default iSCSI ports that were present on previous generations.
On //XR2 and //XR3 controllers, there were onboard Ethernet ports often used for iSCSI host connectivity without requiring a discrete PCIe adapter. However, the //XR4 controller design removes these dedicated onboard iSCSI ports to streamline the motherboard design and shift host I/O strictly to PCIe add-in cards. The //XR4 retains onboard ports specifically for Management (Mgmt) and Replication connectivity, ensuring that administrative access and array-to-array replication can still be maintained without additional hardware.
Consequently, if a customer was relying solely on the onboard ports for iSCSI traffic on their legacy //XR2 or //XR3, the Bill of Materials (BOM) for the upgrade to //XR4 must include discrete Ethernet/iSCSI PCIe cards to migrate those connections. Failure to identify this architectural difference during the pre-upgrade inventory can result in a loss of host connectivity or an inability to cable the new controllers correctly, as the expected physical ports simply will not exist on the new chassis.
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NEW QUESTION # 132
Which power cable receptacle type does the FlashArray//X accessory kit contain?
Answer: A
Explanation:
Standard enterprise data center power distribution units (PDUs) typically use C13 or C19 outlets. The FlashArray//X series power supplies utilize C14 inlets (the male connector on the chassis side). Therefore, the standard accessory kit included with a FlashArray//X ships with C13 to C14 power cables.
The C13 connector plugs into the array's power supply (matching the C14 inlet), and the C14 connector on the other end is designed to plug into a standard rack PDU (which typically has C13 outlets). This is the industry- standard "jumper cord" for rack-mounted server and storage hardware.
It is important for the Implementation Engineer to verify this during the pre-install phase. If the customer's facility uses non-standard PDUs (like those with C19 outlets or wall-style plugs), the standard kit cables will not fit, and the engineer must ensure the correct cables were ordered separately or provided by the customer.
However, for the exam and standard BOM validation, the correct answer is the ubiquitous C13 to C14 cable type.
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NEW QUESTION # 133
An Implementation Engineer performing an inventory of hardware for an NDU from an FlashArray//X70R2 to an FlashArray //X90R3 and discovers c complete FlashArray//X90R3 was shipped in place of an NDU kit. What is the minimum hardware the Implementation Engineer should use from this array to complete the NDU?
Answer: A
Explanation:
For an NDU from FlashArray//X70R2 to //X90R3, the minimum required hardware from the shipped array is the controllers, which are swapped into the existing chassis and power infrastructure.
NEW QUESTION # 134
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