Solutions
M³ Solutions by Industry
CG RenderingCG rendering requires an enormous amount of computational time. M³ efficiently harnesses all the available machines to offer high-speed rendering through the use of parallel framework and libraries. By developing a high-speed renderer optimized for multi-core and multi-node environments, we have succeeded in slashing rendering times, while reducing energy consumption and workloads. |
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Computer VisionAlong with the decreasing size and increasing efficiency of medical imaging devices such as CT and MRI scanners, as well as inspection devices for semiconductor electronics and printed circuit boards, the demand for ever-increasing imaging resolution and processing speeds keeps growing. M³ not only sports image processing libraries for commonly used products like Intel/AMD x86 CPUs, but also supports a variety of hardware like GPUs and IBM POWER. M³ also provides the framework to easily handle these libraries. |
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Financial SimulationFixstars has been involved with parallel processing technology since before high-speed multi-core processors gained wide-spread use. As a result, our strength lies in software optimization for parallel processing technology. In the field of finance, we have applied our extensive experience in parallel processing technology to help construct and develop application systems. Gain a competitive edge with our low-cost but high-speed operating capabilities. |
Professional Technical Services

Armed with the latest in multi-core processing know-how, Fixstars provides development services and consultations for accelerating code with parallel processing, for porting source code to specific processors, and for improving efficiency to maximize performance. For clients struggling to decide on which multi-core system to implement for, we can even help with the selection process of your hardware systems.
Fixstars' development team consists of engineers with an array of core skills ranging from image processing, signal processing, compilers, operating systems, databases, mathematics, codecs, to ray tracing.
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