FlashArray-Implementation-Specialist信息資訊:Pure Storage Certified FlashArray Implementation Specialist考試可靠的認證,Pure Storage最新FlashArray-Implementation-Specialist考題

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Pure Storage FlashArray-Implementation-Specialist Exam Syllabus Topics:

SectionObjectives
Monitoring, Performance, and Troubleshooting- Troubleshooting
  • 1. Common host connectivity issues
    • 2. Performance bottleneck analysis
      - System monitoring
      • 1. Performance metrics and dashboards
        • 2. Alerting and event logs
          Installation and Initial Configuration- Host connectivity
          • 1. Host attachment best practices
            • 2. iSCSI and Fibre Channel configuration
              - System setup
              • 1. Network configuration and connectivity setup
                • 2. Initial array configuration and onboarding
                  Data Protection and Availability- Replication
                  • 1. Disaster recovery planning
                    • 2. Asynchronous replication concepts
                      - Snapshot and protection strategies
                      • 1. Snapshot scheduling and recovery
                        • 2. Protection groups configuration
                          FlashArray Architecture and Core Concepts- FlashArray hardware and architecture overview
                          • 1. Controller architecture and data flow
                            • 2. NVRAM and metadata handling
                              - Storage concepts
                              • 1. Thin provisioning and deduplication basics
                                • 2. Volumes and pods concepts

                                  >> FlashArray-Implementation-Specialist信息資訊 <<

                                  Pass-Sure FlashArray-Implementation-Specialist信息資訊和資格考試中的領先供應商和奇妙的FlashArray-Implementation-Specialist:Pure Storage Certified FlashArray Implementation Specialist

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                                  最新的 Pure Storage FAIS FlashArray-Implementation-Specialist 免費考試真題 (Q75-Q80):

                                  問題 #75
                                  During a FlashArray//XR5 upgrade, when should the Implementation Engineer run start_ndu controller-ndu to set the HWNDU specific tunable?

                                  答案:B

                                  解題說明:
                                  When executing a Hardware Non-Disruptive Upgrade (HWNDU) to a new chassis generation, such as moving to a FlashArray//XR5, the new controllers must be properly prepped to join the existing, older- generation cluster. The correct sequence of operations is critical to prevent the cluster from rejecting the mismatched hardware.
                                  Once the new //XR5 controller is physically inserted into the slot of the removed older controller, the Implementation Engineer must first install the correct target version of the Purity//FA operating system locally using the pureinstall command via the KVM console. After Purity is successfully installed, but strictly before the controller is logically initialized to join the cluster (via the puresetup secondary command), the engineer must execute the start_ndu controller-ndu script.
                                  This script applies specific internal HWNDU tunables-such as relaxing hardware mismatch checks, bypassing specific alert monitors, and adjusting heartbeat timeouts. Setting these tunables ensures that when the controller is finally initialized, the surviving primary controller safely accepts it as a valid secondary partner without triggering a system fault, hardware rejection, or disrupting active host I/O.


                                  問題 #76
                                  During an NDU, when is the Implementation Engineer required to install additional NVRAM modules in slots
                                  2 and 3?

                                  答案:D

                                  解題說明:
                                  This scenario highlights a critical architectural transition point within the Pure Storage FlashArray product line. The arrays utilize dedicated NVRAM modules to safely ingest and acknowledge incoming writes before destaging them to the capacity flash drives.
                                  On the lower to mid-range models (such as the //X10, //X20, and //X50), the system requires only two NVRAM modules to maintain a highly available, mirrored write cache. These are physically installed in the central chassis slots NVB0 and NVB1. However, the higher-end, performance-heavy models (such as the
                                  //X70 and //X90) boast significantly more processing power and ingest bandwidth. To support these massive workloads without creating a cache bottleneck, the architecture mandates four NVRAM modules, filling slots NVB0, NVB1, NVB2, and NVB3.
                                  Therefore, when performing an inter-generational, cross-model Hardware Non-Disruptive Upgrade (HWNDU) from an //X50 to an //X70 , the Implementation Engineer is traversing that architectural boundary.
                                  While performing the controller swaps, the engineer is strictly required to install two additional, newly shipped NVRAM modules into the previously empty bays NVB2 and NVB3. If they fail to add these modules, the new //X70 controllers will detect a cache hardware deficiency and refuse to initialize, halting the upgrade process. Options B, C, and D do not cross this 2-to-4 NVRAM threshold.


                                  問題 #77
                                  A customer has purchased a FlashArray//XL. What power cables are required in order to connect this array to rack PDUs?

                                  答案:A

                                  解題說明:
                                  The FlashArray//XL requires 4 x C19/C20 power cables to connect to the rack Power Distribution Units (PDUs).
                                  The FlashArray//XL chassis (5U) is significantly larger and draws more power than the standard FlashArray//X series (3U). It is equipped with four high-capacity Power Supply Units (PSUs) to support the increased thermal and electrical load of the dense DirectFlash Modules and high-performance controllers.
                                  Connector Type: To handle the higher amperage safely, the //XL utilizes IEC C20 inlets on the chassis side (rectangular with horizontal pins) rather than the standard C14 inlets found on most servers. Consequently, the required cables must have a C19 connector (female) to plug into the array and a C20 connector (male) to plug into the PDU (assuming a high-power PDU).
                                  Quantity: Since the chassis has four PSUs for N+2 redundancy, four distinct cables are required. The standard C13/C14 cables (Option A/B) used for lower-wattage IT equipment are physically incompatible and electrically insufficient for the //XL platform.


                                  問題 #78
                                  An Implementation Engineer is onsite to add two 4-port FC cards to a FlashArray//X20R3. In what state should the controller be in before performing the card add procedure?

                                  答案:C

                                  解題說明:
                                  Before performing a physical card addition (I/O expansion) on a specific controller, it should be in the Secondary state.
                                  The procedure for adding hardware to a FlashArray is a sequential, non-disruptive process. You cannot add a card to the Primary controller because it is actively handling host I/O; opening it would cause a service outage. Therefore, the Implementation Engineer must first verify the cluster health and, if necessary, perform a manual failover (pureadm make --secondary) to ensure the target controller is Secondary.
                                  Once the controller is Secondary (passing no I/O), the engineer proceeds to stop the Purity software (pureadm stop) and/or power down the controller to safely install the PCIe card. While the physical work happens when the controller is powered off/inactive, "Secondary" is the correct operational starting state required to begin the maintenance workflow safely. "Standby" is often used to refer to a controller that is powered on but not running Purity, which is a subsequent step, not the initial prerequisite state relative to the cluster role.


                                  問題 #79
                                  An Implementation Engineer is onsite to install a new DirectFlash Shelf on a FlashArray//XL that does NOT have any installed. There is an I/O card installed and in use on the default slot for the first shelf.
                                  Where should the Implementation Engineer install the PCIe card for connectivity?

                                  答案:D

                                  解題說明:
                                  The FlashArray//XL utilizes a massive 5U chassis with a highly specific PCIe slot population architecture optimized for NVMe-oF (RDMA over Converged Ethernet - RoCE) backend connectivity. According to the FlashArray//XL Port Usage and Definitions hardware matrix, an //XL configuration supports up to two 2-port
                                  100GbE cards explicitly dedicated to NVMe DirectFlash Shelf (DFS) connectivity.
                                  The standard implementation procedure mandates that the primary shelf connectivity card must be installed in PCIe Slot 0 (the default slot). However, if an Implementation Engineer arrives onsite and discovers that Slot
                                  0 is already legitimately occupied by another critical I/O card, the officially supported secondary/alternate slot for routing the backend DFS loop is PCIe Slot 6 .
                                  Slot 5 and Slot 8 are strictly reserved for frontend host I/O connectivity (such as 32G/64G Fibre Channel HBAs). By installing the 100GbE RoCE backend expansion card into Slot 6, the engineer ensures optimal NUMA node alignment, prevents frontend/backend traffic collisions, and passes the array's mandatory pre- flight hardware_check.py validation script, allowing the new DirectFlash Shelf to initialize seamlessly.


                                  問題 #80
                                  ......

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                                  順便提一下,可以從雲存儲中下載Fast2test FlashArray-Implementation-Specialist考試題庫的完整版:https://drive.google.com/open?id=1AxsC-BMU3AunCdWZm89vgfhfSVsy-BDG