SDFACAMOS-3T20-SF1 - SanDisk Fusion ioMemory SX300 Series 3.2TB PCI-Express 2.0 x8 2D NAND MLC Application Accelerators HH-HL AIC Solid State Drive (SSD)

About SanDisk Fusion ioMemory SX300, 3.2 TB, 2700 MB/s

SanDisk Fusion ioMemory SX300. SSD capacity: 3.2 TB, Read speed: 2700 MB/s, Write speed: 2200 MB/s

Introducing World Class Flash Memory
The Fusion ioMemory SX300 PCIe application accelerator offers a scalable and high capacity solution for ultimate application performance. The Fusion ioMemory SX300 PCIe series provides a cost-effective solution for application workloads that include: virtualization, virtual desktop infrastructure, web hosting, data mining, seismic data processing, content caching, 3D Animation and CAD/CAM.

An Advanced Flash Technology
Available in capacities from 1.25TB - 6.4TB* with ultra-low 92/15μs read/write data access latency, superior reliability with an UBER 10 -20, outstanding random read/write performance of up to 345K/385K IOPS. The Fusion ioMemory SX300 PCIe application accelerator provides an updated VSL® (virtual storage layer) that delivers direct memory access, minimizes latency and maximizes application throughput.

Inherent Data Integrity Build on a Rich Backbone of Reliability
The Fusion ioMemory SX300 PCIe device has a trusted architecture. SanDisk® delivers on the one important metric of storage memory which is ultra-low latency, not just bandwidth and operations per second. SanDisk has built-in self-healing features to all our Fusion ioMemory PCIe application accelerators, delivering superior reliability for an UBER of 10 -20. With over 7,000 customers and 250,000 units sold, this third generation of PCIe devices are designed to provide customers with the piece of mind that these products will perform in the field as intended.

Dramatically Reduced Total Cost of Ownership (TCO)
With the significant performance improvements, the Fusion ioMemory SX300 PCIe application accelerator provides over traditional hard disk drive infrastructures, customers can reduce infrastructure, increase the number of virtual machines, and improve overall system efficiency. These improvements provide savings in capital expenditures (CapEx) and operating expenditures
(OpEx) which include reduced application licensing fees and savings related to space, cooling costs, and energy use.