Skyera has changed the enterprise storage dynamic significantly with its groundbreaking new storage platform that combines affordability and performance in the only viable all-flash array to break the price barrier for mainstream enterprise storage. Leveraging a system-wide design approach and the most advanced NAND flash available, skyHawk delivers unprecedented density and efficiency to mitigate the expense of explosive data growth. Skyera uses minimum overprovisioned NAND flash capacity combined with hardware-based data reduction and flash-optimized RAID-SE to deliver the best performance and life expectancy at the most cost-effective capacity per dollar.
“Not only is Skyera one of the leading players in the flash storage industry, but they have also revolutionized the industry by developing the only all-flash array to break the hard disk price barrier,” said Carlos M. Carreras, vice president of alliances and business development at DataCore. “The skyHawk storage array combined with SANsymphony-V provides IT departments with a solution designed to virtualize any application, while dramatically increasing performance. We are pleased to partner with Skyera and welcome them into the DataCore Ready program.”
“Skyera offers a uniquely scalable enterprise solid-state storage solution that eliminates storage performance bottlenecks and allows IT departments to virtualize their most demanding workloads,” said Radoslav Danilak, CEO of Skyera. “In our effort to help usher in a new era of storage, we are committed to partnering with leading vendors to ensure the optimization of jointly deployed solutions that offer the ultimate efficiency, functionality and simplicity. As such, we are proud to have been accepted into the DataCore Ready program.”
The DataCore Ready certification identifies solutions that are trusted to enhance SANsymphony-V’s enterprise storage virtualization platform. When combined, Skyera and SANsymphony-V offer customers a number of benefits including: up to 100% availability through metro clusters, seamless migration and auto-tiering with existing storage, across unlike storage devices.