Acceleware and Crosslight Announce Partnership to Provide GPU Acceleration for Optical Semiconductor Simulation Software

Equivalent performance for 1/3 the cost, 2% of the energy, 1% of the floor space

Acceleware® announces that Kodak has adopted Acceleware’s Cluster Solution to accelerate the design process for optoelectronic image sensors.

CST MICROWAVE STUDIO® Users Can Gain up to 40% Performance Improvements for Electromagnetic Simulations with Acceleware’s Next Generation of Software Acceleration Products

CST MICROWAVE STUDIO® Users Can Gain up to 40% Performance Improvements for Electromagnetic Simulations with Acceleware’s Next Generation of Software Acceleration Products

CST MICROWAVE STUDIO® Users Can Gain up to 40% Performance Improvements for Electromagnetic Simulations with Acceleware’s Next Generation of Software Acceleration Products

Acceleware Corp., a leading developer of high performance computing applications, will present “Accelerate Your Seismic Processing Capacity,” on Thurs., May 29, 2008 at 1:00 p.m. ET/ 10:00 a.m. PT.

Acceleware Corp., a leading developer of high performance computing applications, will present “Accelerate Your Seismic Processing Capacity,” on Thurs., May 29, 2008 at 1:00 p.m. ET/ 10:00 a.m. PT.

Acceleware Corp., a leading developer of acceleration solutions for high-performance computing applications, in conjunction with Schmid & Partner Engineering AG (SPEAG), announced today that Korea’s Radio Research Laboratory (RRL) is adopting their combined simulation solution to conduct the testing and certification of all cellular handsets in Korea.

Acceleware Corp., a leading developer of high-performance computing applications, is pleased to announce the appointment of Shawn Lorenz as the Vice President of Sales for the corporation.

Acceleware Corp, today announced the event “Investor’s Forum: The High Performance Computing Market,” taking place January 22, 2008 in Toronto, Canada. The Investor’s Showcase will feature industry acclaimed analyst Dr. Earl Joseph, vice president of IDC’s High Performance System presenting information on the significant challenge of high performance computing in a multi-core, parallel programming future.