One Stop Systems

One Stop Systems pioneered standards-based PCIe expansion products starting in 2005. OSS continues its pioneering tradition by producing High Performance Computing (HPC) Appliances targeting advanced technologies in any market with high-performance, high-density requirements. Our appliances can service a high range of HPC applications such as research, defense, finance, seismic, medical, VDI and more. You can find more information about our appliances at www.onestopsystems.com. OSS provides flexible platforms for high-density, next generation storage and GPU accelerated computing. OSS also customizes our products to make them fit our customers' precise requirements. Custom and semi-custom products have long been our core capability. We have a proven record of producing the highest quality products through superior engineering, ISO9001-2008 quality-driven production, and responsive pre- and post-sales support. Many HPC markets, such as finance, defense and research require extreme storage performance in the smallest possible footprint. The OSS Flash Storage Array supports 32 Flash Storage boards making it the ideal platform for high-speed data recording and processing, lightning fast data response time, high-availability and flexibility in the cloud. The appliance is made of light-weight aluminum, making one-person installation easy for data centers, airborne ISR platforms, mobile shelters and portable transit cases. Up to 200TB of shared ioMemory becomes available with industry leading performance, minimum latency and comprehensive visibility. At the forefront of computing speed right now are GPUs as they provide faster data transfer than CPUs. Any HPC field, such as seismic, medical or VDI that requires fast data processing can go even faster using GPUs. However, most computers are not equipped to handle the power and cooling requirements of these processing engines. One Stop Systems builds Compute Accelerators that support from two to sixteen GPUs and that can be easily attached to the computer in the field or in the data center adding thousands of compute cores and speeding up the results exponentially.