Pure Storage FlashArray-Implementation-Specialist模擬トレーリング、FlashArray-Implementation-Specialist日本語版トレーリング
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FlashArray-Implementation-Specialistテスト教材は、主に3つの学習モード(Pdf、オンライン、ソフトウェア)をそれぞれ使用します。その中でも、ソフトウェアモデルはコンピューターユーザー向けに設計されており、ユーザーがWindowsインターフェイスを使用して学習のFlashArray-Implementation-Specialistテスト準備を開くことができます。ユーザーが読むのに便利です。 FlashArray-Implementation-Specialistテスト教材には、オンライン学習プラットフォームとは異なる最大の利点があります。FlashArray-Implementation-Specialistクイズトレントは、クライアントにログインして同時に詳細を学習することができ、人々はFlashArray-Implementation-Specialistあらゆる種類の電子機器のテスト準備。
Pure Storage FlashArray-Implementation-Specialist 認定試験の出題範囲:
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>> Pure Storage FlashArray-Implementation-Specialist模擬トレーリング <<
実際的なFlashArray-Implementation-Specialist模擬トレーリング & 合格スムーズFlashArray-Implementation-Specialist日本語版トレーリング | 大人気FlashArray-Implementation-Specialist資格講座
成功の秘Theは目的への不変です。 試験に合格し、認定を取得することが目的の場合。 FlashArray-Implementation-Specialist試験クラムPDFは、試験の正しいショートカットになります。 目標を達成する可能性や方法を逃さないでください。特に、FlashArray-Implementation-Specialist試験のクラムPDFには常に100%の合格率があります。 ほとんどの場合、選択は努力よりも重要です。 テストのきちんとした準備は、多くの時間を節約するのに役立ちます。 Pure Storage FlashArray-Implementation-Specialist試験クラムPDFは、間違いなく今後の試験に役立つでしょう。
Pure Storage Certified FlashArray Implementation Specialist 認定 FlashArray-Implementation-Specialist 試験問題 (Q164-Q169):
質問 # 164
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?
- A. Array name must be alphanumeric.
- B. Array name must be 4 characters or more.
- C. Array name cannot contain hyphens.
- D. Array name cannot start with a digit.
正解:D
解説:
When submitting a Pure Engagement Request (PER) or an Implementation Workbook (IWB) for a new Pure Storage FlashArray deployment, adhering to the strict naming conventions of the Purity//FA operating system is critical to ensure a smooth, error-free initialization. In this scenario, attempting to name the array "123" will cause the puresetup script to immediately reject the configuration.
According to the official FlashArray deployment documentation, a valid array name must adhere to specific alphanumeric rules. While the name can certainly contain numbers and hyphens (e.g., Prod-Array-01), it must always begin with a letter . It cannot begin with a digit, nor can it consist entirely of numbers. Furthermore, the name must be between 1 and 63 characters in length, and it cannot end with a hyphen.
Because "123" begins with a numeric digit, it violates the foundational naming schema required by the Purity OS for DNS resolution, Call Home telemetry tagging, and ActiveCluster synchronous replication identification. The Implementation Engineer must work with the customer to revise the array name in the IWB to a compliant format (such as FA-123 or Storage123) before proceeding with the onsite deployment and running the serial console initialization scripts.
質問 # 165
On FlashArray models that use standard DFMs instead of DFMDs, which NVRAM bays are always populated?
- A. NVB0 and NVB1
- B. NVB0 and NVB2
- C. NVB0 and NVB3
正解:A
解説:
This question addresses the distinction between the newer "Distributed NVRAM" architecture (DFMDs) and the "Dedicated NVRAM" architecture (using separate NVRAM modules in NVB slots).
If a FlashArray model is using standard DFMs (DirectFlash Modules that contain only flash storage and no onboard NVRAM), the system must rely on dedicated NVRAM modules installed in the chassis to handle the write cache. As established in the hardware architecture for these generations (such as the //X R2/R3), the base requirement for system quorum and redundancy is a mirrored pair of NVRAM cards.
These cards are always populated in NVB0 and NVB1. This ensures that even the smallest supported configuration has a redundant write buffer.
NVB0 and NVB1 are the primary slots wired for this purpose on the midplane.
Populating non-contiguous slots like NVB0 and NVB3 or NVB0 and NVB2 would be an invalid configuration, likely preventing the array from booting or properly mirroring the write cache data between the modules.
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質問 # 166
For FlashArray//XL, which PCIe card slot is reserved for control upgrades?
- A. 0
- B. 1
- C. 2
正解:B
解説:
On the FlashArray//XL, PCIe Slot 5 is explicitly reserved for Non-Disruptive Upgrade (NDU) procedures and specific control plane functions.
The FlashArray//XL chassis (5U) features a redesigned controller layout with 9 PCIe slots per controller (numbered 0-8). While slots 0-3 and 6-8 are generally available for Host I/O (FC/iSCSI) or Backend Expansion (SAS/NVMe-oF), Slot 5 is kept open or populated with specific interconnect cards used during controller upgrades.
During a "Data-in-Place" upgrade (e.g., moving from an //X to an //XL or upgrading //XL generations), this slot facilitates the high-speed link required to cluster the old and new controllers or to transfer state information. Implementation Engineers must ensure this slot is not populated with standard customer I/O cards (like FC HBAs) during the initial configuration, as doing so would block the ability to perform future non-disruptive hardware upgrades.
質問 # 167
What is the rack unit height of a FlashArray//XR2/3?
- A. 0
- B. 1
- C. 2
正解:B
解説:
The FlashArray//XR2 and //XR3 (representing the FlashArray//X generation) utilize a standardized 3U (3 Rack Units) chassis form factor.
This 3U chassis is the foundation for the majority of the FlashArray//X line, including the //X10, //X20, //X50, //X70, and //X90 models. It is designed to be compact while providing sufficient airflow and space for the dual controllers, two data packs (up to 20 DirectFlash Modules), and power/cooling infrastructure.
Dimensions: Approximately 5.12 inches (13 cm) in height.
Rack Layout: Implementation Engineers must reserve 3U of contiguous space for the base controller chassis. If expansion shelves are included, they typically require an additional 2U each (for SAS or NVMe shelves).
Option B (4U) is not a standard height for current Pure Storage arrays. Option C (5U) refers to the FlashArray//XL, a larger, performance-optimized platform designed for maximum scale and density, which uses a significantly taller chassis to accommodate more expansion slots and power components. Therefore, for the specified R2/R3 X-series, 3U is the correct height.
質問 # 168
An Implementation Engineer is performing a capacity consolidation on an X50R2 that is 83% full. The starting config is X50R2-20/10-22/0. The end config is X50R2-91/0. What steps should the Implementation Engineer follow to complete the work?
- A. Evac the chasses drives, install the new 91TB chassis data pack, and evac SH0.
- B. Move the 20TB chassis DP to SH0, install the new 91TB chassis DP, evac the 10TB chassis DP, and evac SH0.
- C. Evac SH0, evac the 20TB chassis DP, install the new 91TB DP, and evac the 10TB chassis DP.
正解:B
解説:
The correct procedure is to move the 20TB chassis Data Pack (DP) to the external shelf (SH0) to free up a chassis slot for the new high-capacity pack.
* Capacity Analysis: The array has ~52TB total raw capacity (20+10+22) and is 83% full (~43TB used).
* Constraint: You cannot simply "evac" the chassis drives (Option A) because the remaining capacity (22TB in the shelf) is insufficient to hold the 43TB of data. Similarly, evacuating the shelf first (Option C) leaves only 30TB in the chassis, which is also insufficient.
* The Solution (Option B):
* Relocate: The engineer physically moves the 20TB pack from the Chassis (Slot 0) to the empty slot in Shelf 0 (SH0). This is a supported non-disruptive operation (assuming compatible shelf
/pack types).
* Install: This clears Chassis Slot 0, allowing the installation of the massive 91TB Data Pack .
* Consolidate: The system now has huge capacity (10+20+22+91). Purity can safely evacuate the old 10TB pack (Chassis) and the external shelf packs (20+22) into the new 91TB internal capacity.
* Final State: The array ends up with the single 91TB pack in the chassis, meeting the "X50R2-91
/0" target configuration.
質問 # 169
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