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Capacity Storage

Storage Capacity without Compromise

Pure FlashArray//C—the first all-QLC flash array—delivers the NVMe performance, hyper-consolidation, and simplified management your data deserves.

flasharray c qlc all flash storage

All-flash Performance at 99.9999% Availability

Your 24x7 operations have no tolerance for inconsistent performance or unplanned disruptions. FlashArray//C is enterprise ready and provides proven six-nines of availability, non-disruptive upgrades, and consistent single-millisecond latency for the most demanding environments.

All-Flash for All Workloads

The all-QLC FlashArray//C is so cost-effective for capacity-oriented workloads that you can say goodbye to hard disk drives and hybrid arrays. And FlashArray//X is ideal for performance-oriented workloads. Put them together, and you can manage everything from a single pane of glass in Purity.

Maximise storage for high capacity applications

Guaranteed Data Efficiency

Pure DirectFlash modules and unique data-reduction technologies combine to deliver the most usable effective capacity. Your capacity-sensitive workloads benefit from the same Purity advanced data services as your most business-critical performance-sensitive workloads.

Get capacity-optimised all-flash storage and eliminate data silos

Highest Reliability, Best Configuration Options

Delivering 99.9999% availability with effective capacity options between 797TB in 3U all the way to 7.3PB in 9U, FlashArray//C is latency-tolerant, designed for availability, and meets the capacity expansion requirements of data-intensive workloads.

QLC-optimised storage built for 99.9999% availability

Additional Features Included

A 100% non-disruptive architecture with a flexible buying program, Evergreen™ frees you from the complexities, risk, and expensive upgrades of legacy storage. Get all the features of Purity—including ActiveCluster™ synchronous replication over Fibre Channel or Ethernet—at no additional cost.

Consolidate high capacity data stores

FlashArray//C Specifications

Capacity

Physical

//C40

Up to 1.9PB/1.4PiB effective capacity** 

Up to 494TB/449TiB raw capacity

3U
97.7 lbs (44.3Kg) fully loaded
5.12” x 18.94” x 29.72” chassis

//C60

Up to 7.3PB/6.6PiB effective capacity** 

Up to 1.9PB/1.7PiB raw capacity

3U-9U
97.7-185.4 lbs (44.3-84.1 kg) fully loaded
5.12”-18.94” x 18.94” x 29.72”

[**] Effective capacity assumes HA, RAID, and metadata overhead, GB-to-GiB conversion, and includes the benefit of data reduction with always-on inline deduplication, compression, and pattern removal. Average data reduction is calculated at 5-to-1 and does not include thin provisioning.

What is high-capacity storage?

From small offices to large enterprises, the act of setting up a local storage solution is often a balancing act between cost, capacity, and performance. High-capacity storage is data storage optimised for cost per capacity ($/GB). High-capacity storage solutions are designed to accommodate Tier 2 workloads (or higher), such as virtual machines, backups, email, and test/dev environments.

People also ask:

1. What are the benefits of high-capacity storage?

The benefits of deploying your own high-capacity storage solution include:

  • Reduced storage costs
  • The ability to hyper-consolidate large volumes of data
  • The flexibility to optimise storage costs by storage tier
  • Optimal storage capacity and performance for Tier 2 workloads

2. What are high-capacity storage use cases?

High-capacity storage is best used for applications such as:

  • Disaster recovery for Tier 2 apps
  • Backups, snapshots, and mirroring
  • Multi-cloud test/dev workload consolidation
  • Policy-based VM-tiering

3. What is QLC Flash?

Quad-level cell (QLC) flash is a capacity-optimised NAND memory technology that delivers a per-terabyte cost that matches or beats hard-disk drives (HDDs).

4. What are the differences: QLC vs. SLC vs. MLC vs. TLC?

QLC flash is the latest in a long trend of squeezing more bits per cell within a NAND flash device. Here’s a brief overview of how the technology has evolved over time:

  • Single-level cell (SLC) flash: One bit per cell, two possible voltage states
  • Multi-level cell (MLC) flash: Two bits per cell, four possible voltage states
  • Triple-level cell (TLC) flash: Three bits per cell, eight possible voltage states
  • Quad-level cell (QLC) flash: Four bits per cell, 16 possible voltage states

Don't Take Our Word for It

We work with the best organisations across all industries.

“With FlashArray, we are able to consolidate our performance-oriented and capacity-oriented workloads on one platform, simplifying our environment and enabling us to leverage common data services and analytics across all of our data.”

Sean Donaldson
CTO, Managed Services Division, NTT Ltd.

“We believe the biggest benefit of FlashArray//C is eliminating the need for slower spinning-disk solutions. We’re excited to see Pure Storage introduce an all-NVMe capacity flash storage solution.”

Keith Martin
Director of Cloud Capacity Engineering, ServiceNow
NVME for high capacity storage applications

NVMe Performance with FlashArray//X

FlashArray//X is all-flash, 100% software-driven, and 100% NVMe storage designed to support everything from entry-level to mainstream enterprise environments and next-gen cloud-native applications.

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