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NEW QUESTION # 115
An Implementation Engineer is onsite to add a new 91TB (10 x 9.1TB) data pack to a FlashArray that includes a DirectFlash Shelf. The chassis currently contains two write groups, one 45TB (10 x 4.5TB) and one 91TB (10 x 9.1TB). The shelf contains a single 45TB (10 x 4.5TB) write group. The customer requests that the new data pack be added as part of a wide write group. How should the Implementation Engineer meet this request?
Answer: A
Explanation:
FlashArray performance and capacity management rely on "Write Groups"-logical groupings of drives that Purity uses to stripe data. A "Wide Write Group" typically consists of roughly 20 drives and offers better performance and capacity efficiency than smaller groups. However, Purity generally requires write groups to be contained within a single physical enclosure (chassis or shelf) to maintain failure domain boundaries and performance predictability.
In this scenario, the customer wants the new 91TB pack to form a wide write group. The chassis already has a 91TB group and a 45TB group. The shelf has one 45TB group. To create a wide write group with the new 91TB pack, it is best to pair it with an existing matching or compatible group in the same enclosure. Since the chassis is full (20 drives), you cannot simply add the new pack there without moving something.
The correct procedure is to move the 45TB write group from the chassis to the shelf. This frees up 10 slots in the chassis. The shelf now holds two 45TB groups (which is valid). The chassis now has the original 91TB group and 10 empty slots. The engineer can then install the new 91TB data pack into those empty chassis slots. Purity will then be able to merge or manage these two 91TB packs (the existing one and the new one) as a highly efficient configuration, potentially forming the requested wide write group or at least balancing the high-capacity drives within the controller chassis where bandwidth is highest. This physical rearrangement is necessary because write groups cannot span across the chassis-shelf interconnect.
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NEW QUESTION # 116
Which default speed FC SFPs are shipped in FlashArray//XCR4 FC arrays?
Answer: B
Explanation:
FlashArray//XCR4 arrays are shipped with 32Gb Fibre Channel (FC) SFPs by default. These 32Gb FC SFPs are capable of supporting 64Gb speeds, which can be enabled via a firmware upgrade. This allows the array to leverage higher-speed FC connections as needed.
NEW QUESTION # 117
A customer would like to reduce SafeMode settings for retention and eradication with their current policy.
How is authorization obtained to make the requested changes?
Answer: B
Explanation:
Reducing SafeMode retention and eradication settings requires approval from two designated SafeMode approvers via Pure1's step-up authentication to ensure secure and authorized policy changes.
NEW QUESTION # 118
What is the maximum number of SAS shelves supported for FlashArray//XL?
Answer: B
Explanation:
The FlashArray//XL supports 0 (zero) SAS expansion shelves for permanent capacity.
Architecture: The FlashArray//XL is architected exclusively for NVMe storage media. Its backend connectivity utilizes 100GbE RoCE (RDMA over Converged Ethernet) to connect to DirectFlash Shelves (DFS). It does not possess the legacy SAS controllers or ports required to drive SAS expansion shelves.
Migration Exception: While a "SAS Swing Shelf" (containing legacy SSDs from an older array) might be temporarily attached during a specific Data-in-Place upgrade migration scenario, this is a transient state. In terms of supported operational configuration for storage capacity, the limit is zero. The platform relies entirely on DirectFlash Modules in the chassis and external DirectFlash Shelves.
Contrast: Older generations (FlashArray//M, FlashArray//X R1/R2) supported SAS shelves, but the //XL platform eliminates this protocol entirely in favor of end-to-end NVMe.
NEW QUESTION # 119
What is the redundancy of the FlashArray//XL PSUs?
Answer: B
Explanation:
The FlashArray//XL features a robust 2+2 power supply unit (PSU) redundancy configuration. Unlike the smaller FlashArray//X chassis (3U), which typically utilizes two power supplies in a 1+1 redundancy setup, the FlashArray//XL utilizes a larger 5U chassis designed for higher performance and density, requiring a more substantial power infrastructure.
The //XL chassis is equipped with four physical Power Supply Units. These are configured to operate in an N+2 mode (effectively 2+2), meaning the system requires two PSUs to support the full electrical load of the chassis, while the other two provide redundancy. This architecture allows the array to survive the simultaneous failure or loss of input power to up to two power supplies without any interruption to service.
This design ensures maximum availability even in scenarios where an entire power grid feed (A-side or B-side) fails, or if multiple hardware components malfunction simultaneously. Options A (1+1) applies to the standard //X series, and Option C (3+1) is not a supported configuration for the FlashArray//XL. The 2+2 design is critical for maintaining the "Always-On" reliability standards required for the mission-critical workloads that the //XL platform supports.
NEW QUESTION # 120
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