INTERCONNECTS

Tarari Inc., the award-winning acceleration company, announced today that QPI Sales, a Southern California-based company, will be selling the Tarari High Performance Computing Processor into government agencies and general commercial industries. The reconfigurable Tarari High Performance Computing Processor accelerates and off-loads compute-intensive algorithms from servers, cluster nodes, and embedded processor systems, enabling companies to increase available cycles in new and existing clustered computing systems as well as individual servers and processors. QPI Sales was formed in 1982, and the principals have more than 40 years of industry experience with bus-level product lines. “We are dedicated, professional sales group with a commitment to representing the best companies and selling the most complete solutions possible,” said Jerry Slaughter, president of QPI Sales. “Adding Tarari Processors to our product line will foster new relationships in government, and create new opportunities in commercial OEM industries. We’re extremely pleased to be working with Tarari.” “Southern California offers us tremendous opportunity, and we are delighted to have a team with the knowledge and experience of QPI Sales to help us deliver Tarari technology to the government and commercial industries,” said Randy Smerik, president and CEO of Tarari, Inc. “Key High Performance Computing challenges, such as communications, optical inspection, and pattern matching in images, are just a few areas where the reconfigurable Tarari High Performance Computing Processor will lead to far more powerful systems and extreme acceleration of throughput – all while reducing overall costs.” The Tarari High Performance Computing Processor includes many unmatched features, such as advanced memory management, dynamic instantiation of multiple Agents, and a single-board construction that includes an innovative on-board cooling system. Because the Tarari High Performance Computing Processor is production-ready, time-to-market is dramatically reduced. Using Tarari High Performance Computing Processors, applications in a variety of fields, such as pattern recognition, seismic analysis, genomics and real-time processing of high volumes of data, can run at speeds well over 20 times faster than in typical microprocessor-based systems.