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S3 Graphics GPGPU technology helps accelerate parallel-based, computation-intensive applications for the engineering, scientific, medical, and consumer markets.
The complete re-design of the Chrome general purpose programmable shader architecture supports an SIMD instruction set to efficiently calculate computations on parallel data workloads and thousands of concurrent threads. The result is Gigaflops of high-throughput calculations to create a high performance computing (HPC) environment.
Internal research and development along with industry leading ISV (Independent Software Vendor) and academia support help build the S3 Graphics GPGPU ecosystem to bring HPC to the masses. Applications that took days to complete can now churn out answers right at your fingertip in the comfort of your home, office, or research laboratory. Putting multiple advanced graphics processors in a system or across multiple platforms will give true HPC flexibility at fractions of the cost of today's HPC platforms utilizing non-GPU accelerated solutions.
Benefits of GPGPU Computing on S3 Graphics Chrome Products:
- Increase calculation throughput and density
- Map application/algorithm parallelism to GPU parallelism
- Instruction level parallelism
- Data level parallelism
- Task parallelism
- Stream processors can be programmed to match application
Applications Enhanced with S3 Graphics Chrome GPGPU
A variety of computation-intensive markets and applications require the high-throughput parallel processing power of the Chrome Series GPGPU stream processor cores, including:
- Image Processing using S3FotoPro™
- Video Color Correction
- Video Encoding / Transcoding
- Scientific Research
- Game Physics
- Engineering Analysis
- Financial Analysis
- Signal Processing
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