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FlashBlade//S builds on the simplicity, reliability, and scalability of the original FlashBlade ® platform, with a unique modular and disaggregated architecture that enables organizations to unlock new levels of power, space, and performance efficiency using an all-QLC flash design. FlashBlade//S: A Solution for Tomorrow’s Challenges .
lanes to every component in the hardware architecture. Additional performance efficiency is gained through the advancement and expansion of the memory buses provided by the new processor architecture. We can provide PCIe Gen 4.0 DirectCompress Accelerator: Pure-built offload compression card boosts inline compress by 30%.
billion by 2026, registering a compound annual growth rate of 21.9 percent from 2019 to 2026. Traditional, on-premises surveillance solutions require organizations to use proprietary architecture to run the system within their own data center. Options for Incorporating the Cloud.
That requires investments in high-performance data architectures—but with a different approach than they’ve used in the past. Worldwide IDC Global DataSphere Forecast, 2022–2026: Enterprise Organizations Driving Most of the Data Growth, available at [link].
7 And enterprise adoption of AR is expected to increase 66% per year through 2026. Even the internet will need a new architectural model to support the metaverse, which reportedly “needs 10 petaflops of computing processing power and 10 petabytes of storage in 10 milliseconds” to work. billion by 2025, up from $42.55 billion in 2020.
In fact, we are targeting 300TB modules as soon as 2026. With the Pure//E family’s flash performance and architecture, cold archive data that was only occasionally accessible will now be readily available to you at all times. Where spinning disk capacity growth has stagnated, Pure has continued to innovate. That’s right—24x7x365.
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