“Cloud-era web scale applications and a massively increased focus on data analytics across nearly every industry demand a new generation of all-flash storage, designed to power tomorrow’s innovation,” said Matt Kixmoeller, VP of Product, Pure Storage. “Today, infrastructure underpins the number one priority we hear from our customers – The need to put their organizational data to work.”
Data continues to grow at a breakneck pace. According to industry experts, more than 90 percent of all data ever created was generated in the last few years, and analysts forecast that by 2025 humans will generate 180 zettabytes of data annually. This presents modern organizations with both challenge and opportunity – how to store unprecedented volumes of data, and subsequently, how to gain value from that data to drive informed business decisions. Modern organizations, such as MacStadium, require fast, agile, always-on infrastructure to enable next-generation innovation.
MacStadium is the world's largest hosting provider of dedicated Apple Mac computers, dedicated server rentals and Hosted Mac Private Cloud solutions. Number 44 on the Inc. 5000 Fastest Growing Private Companies list, MacStadium uses Pure as a platform to power developer workstations for top tier web-scale enterprises that rely on instantaneous performance. This allows MacStadium to meet ever-increasing demand and improve service level agreements for current customers.
"Pure Storage provides us with a building block platform for customers that expect best-in-class, always-on service. Fully NVMe and equipped with DirectFlash, FlashArray//X will enable even greater performance density, which allows us to respond to customer demand for additional capacity ad-hoc," said Jason Michaud, President, MacStadium. "And the Evergreen Storage model means best-in-class infrastructure that never slows down, never goes offline and doesn’t require a forklift upgrade to leverage the latest advances in hardware and software.”
FlashArray//X expands the FlashArray family, and includes three new innovations for end-to-end NVMe optimization:
- DirectFlash Software. A new software module within the Purity Operating Environment, DirectFlash implements global flash management (garbage collection, allocation, I/O optimization, error correction) at the system level that otherwise typically runs inside each SSD, delivering higher performance and better flash utilization.
- DirectFlash Modules. Connected to the FlashArray controllers via NVMe, DirectFlash Modules work with the DirectFlash Software to enable direct software-to-raw flash communication. DirectFlash Modules make 100 percent of the flash within a module accessible to the FlashArray, and will be available in 2.2, 9.1, and 18.3 TB raw capacities. The 18.3TB DirectFlash Module will enable FlashArray//X to deliver more than 1PB of effective storage within a 3U base chassis.
- //X70 Controllers. New //X70 controllers enable NVMe communication within the FlashArray’s existing midplane and chassis, which take advantage of Pure’s foresight to pre-wire the FlashArray chassis for both SAS and NVMe when it was first introduced in 2015.
This end-to-end, software-to-raw flash optimization reduces latency by up to 50 percent, and increases write bandwidth by up to 2x and performance density by up to 4x. Within the FlashArray family, FlashArray//M delivers general-purpose consolidation at optimal value and FlashArray//X offers maximum consolidation power per rack unit. Customers can now consolidate and run their most demanding workloads on just 10 DirectFlash Modules.
Pure combines purpose-built software and hardware with its Evergreen Storage program to create a best-in-class storage experience for the modern digital enterprise - proven 99.9999 percent availability and rich data services.
Since its inception, Pure Storage has designed arrays architected specifically for flash from the ground up. DirectFlash represents the future of storage, a future that is modern and allows software to communicate directly with the flash media, without the inefficiencies or limitations of existing solid-state drives (SSDs) or Serial Attached SCSI (SAS).
“The increasing importance of cloud-based computing to enterprises of all sizes is driving evolution in enterprise storage as the industry enters the cloud era,” said Eric Burgener, Research Director, Storage, at IDC. “To handle the performance and scale requirements in this new era, the flash-optimized array architectures of the past will need to give way to flash-driven architectures that retain none of the limitations of the prior SCSI era. The All-Flash Arrays of the future will be based around much higher performance, much more efficient NVMe technology, will emphasize software-driven designs, and provide the multi-tenant management framework to handle dense workload consolidation at cloud scale.”
