Xilinx Unveils Scalable Storage Solutions at Flash Memory Summit
Published2017.08.09 10:22Xilinx will showcase reconfigurable storage acceleration solutions at the Flash Memory Summit 2017, being held from August 8-10 (local time) in Santa Clara, California, USA.
Xilinx and ecosystem partners will highlight high-performance storage solutions applicable to current and next-generation enterprise and data center applications through presentations and demonstrations. The Xilinx NVMe-over-Fabrics reference design introduced at this summit provides designers with a useful platform to implement scalable storage solutions and integrate customized acceleration capabilities into their storage arrays.
This reference design enables highly integrated, reliable, and cost-effective solutions as it requires neither a dedicated x86 processor nor an external NIC. Solutions and detailed information are available at the Xilinx booth (#126) at the venue.
Xilinx will also participate in presentations on reconfigurable storage acceleration solutions for next-generation NVMe platforms, NVMe-over-Fabric-based storage network acceleration using FPGAs, and data analytics acceleration using FPGAs and integrated flash storage.
Xilinx's single-chip storage solution integrates NVMe-over-Fabric and target RDMA offload with the processing subsystem, delivering a solution with higher power efficiency and lower latency compared to legacy products that require both external host chips and network interface cards (NICs). Through the 2x100Gb Ethernet platform, customers can implement value-added storage workload acceleration such as compression or erasure code.
ScaleFlux CSS (Computational Storage Subsystem) addresses computational and storage I/O bottlenecks in an innovative manner. CSS compression maximizes throughput without the expensive CPU overhead incurred by software solutions, enabling optimal storage capacity utilization without performance degradation.
Burlywood's TrueFlash modular controller architecture accelerates new product launches for NAND adoption while providing significant advantages in cost and performance for cloud, all-flash array, and hyper-converged OEM customers. Based on the Xilinx® UltraScale+ FPGA, TrueFlash leverages the power consumption, performance, and cost benefits of Xilinx devices. With TrueFlash, users can rapidly optimize solutions to match workloads and determine compatibility with multiple NAND types using the same controller.
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