FlashArray

FlashArray is best suited to business-critical enterprise workloads requiring predictable all-flash performance, low latency, high availability and straightforward storage management.

Common workloads include databases, virtualisation, enterprise applications, private cloud, file services and consolidated storage. If you are evaluating FlashArray for an existing environment, book a free storage assessment and our specialists can assess the workload, capacity and growth requirements.

FlashArray focuses on mission-critical enterprise applications, while FlashBlade is designed for highly parallel file and object workloads involving large volumes of unstructured data.

FlashArray typically supports databases, virtualisation and transactional applications where predictable latency is important. If the requirement is AI, analytics, high-performance computing or large-scale unstructured data instead, compare the Pure FlashBlade range before deciding which platform to deploy.

FlashArray//X prioritises performance for mission-critical, low-latency applications, while FlashArray//C balances all-flash performance and capacity for broader general-purpose enterprise storage workloads.

FlashArray//X suits transactional databases, virtualisation and other performance-sensitive applications. FlashArray//C is better aligned to file services and general-purpose workloads where organisations still require predictable performance but place greater emphasis on usable capacity and storage economics.

Yes, current FlashArray platforms provide unified block, file and object storage services through a common data plane and management experience.

This can reduce the need to operate separate arrays for individual workloads or access methods while maintaining a more consistent approach to provisioning, protection, monitoring and lifecycle management across the storage environment.

FlashArray should be sized using latency, IOPS, throughput, usable capacity, data reduction, resilience and expected workload growth rather than capacity alone.

Database and virtualisation environments can have very different peak-performance profiles. Our specialists can assess your current storage environment, application requirements and projected growth to recommend the appropriate FlashArray family and configuration without unnecessary upfront overprovisioning.

FlashArray combines snapshots, replication, ActiveCluster and SafeMode protection to support availability, recovery and cyber-resilience for critical enterprise applications and data.

The appropriate design depends on RPO and RTO targets, application criticality, retention policies and whether resilience must span arrays or sites. Our storage specialists can assess these requirements and recommend how protection should be incorporated into the wider FlashArray architecture.

Yes, FlashArray uses the Evergreen architecture to support data-in-place, non-disruptive hardware and software upgrades without a traditional forklift storage refresh.

This reduces reliance on repeated migration projects as infrastructure ages or requirements change. Explore Pure Evergreen to understand the available lifecycle options and how they can help keep FlashArray current while limiting planned disruption to applications.

Yes, FlashArray can be consumed through Pure Evergreen options that provide alternatives to purchasing and paying for all required storage capacity upfront.

Evergreen//One provides consumption-based storage as a service, while Evergreen//Flex combines infrastructure ownership with usage-based capacity economics. Explore Pure Evergreen to compare the models, or book a consultation to assess which commercial approach best matches your FlashArray requirements.