SuperComputing: Netlist Showcases NVMe SSD, NVvault DDR4 NVDIMM-N and HybriDIMM Storage Class Memory Solutions

Netlist, Inc. announced its participation at the SuperComputing 2018 conference at the Kay Bailey Hutchison Convention Center in Dallas, TX from November 11-16.

NVvault DDR4 NVDIMM

During the conference, the company will showcase its NVMe SSD, NVvault DDR4 NVDIMM-N and HybriDIMM storage class memory solution, with partners and at its conference meeting room.

NVvault DDR4 is a NVDIMM-N that provides data acceleration and protection in a JEDEC standard DDR4 interface, while EXPRESSvault is a NVDIMM-N with a PCIe interface. They are designed to be integrated into industry standard server or storage solutions. By combining the performance of DDR4 DRAM with the non-volatility of NAND flash, NVvault improves the performance and data preservation found in storage virtualization, RAID, cache protection, and data logging applications requiring high-throughput.

EXPRESSvault PCIe

NVMe SSD excels in the demanding workloads of enterprise and data center applications and are optimized to surpass the needs of users. The company’s family of enterprise grade NVMe SSD’s were launched this summer and bring a compelling mix of performance at lower cost, compared to competitive solutions. The firm is currently sampling with several storage and server customers, as well as HP customers at SuperComputing 2018. These drives include enterprise (N1951) and datacenter grade (N1551) drives available in the traditional endurance swim lanes of one and three DWPDs (Drive Writes Per Day). They will also support U.2, AIC HHHL, and M.2 form factors.

HybriDIMM combines DRAM and existing NVM technologies with ‘on-DIMM’ co-processing to deliver a lower cost of memory. It supports multiple server architectures and is recognized as a standard LRDIMM without BIOS modifications. HybriDIMM’s cost-effective memory expansion and fast storage allows datacenter operators to reduce the cost of running database applications, online transaction processing, big data analytics, web applications and in-memory computing, and to capitalize on the promise of storage class memory using well-established NAND or newer, innovative NVM media.