Latest News
October 6, 2008
By DE Editors
NVIDIA (Santa Clara, CA) announced that SciComp (Austin, TX) is using NVIDIA CUDA to accelerate the performance of Monte Carlo pricing models — running up to 100 times faster than serial code.
Trading in over-the-counter financial derivatives is a high-risk, high-pressure venture. SciComp, which has a high-tech derivatives software solution to shorten the development time and accelerate the performance of Monte Carlo pricing models, has enhanced SciFinance, its flagship product, to deliver accurate NVIDIA CUDA-enabled derivatives pricing models that run up to 100 times faster than serial code. This speedup for the calculations can be achieved without additional work or hand programming, which, in a market where a slight delay or inaccuracy can end up costing millions, is a critical advance.
The graphics processing unit (GPU) is the key to this speedup. This massive parallel computational power — made possible by the GPU’s up to 240 cores parallel processor that can run parallel applications many times faster than a computer’s CPU — is unlocked by NVIDIA CUDA architecture. This programming environment is based on the industry-standard C language that enables developers to write software to solve complex computational problems in a fraction of the time.
More information on SciFinance can be found at SciComp; visit NVIDIA for more information on CUDA architecture.
Sources: Press materials received from the company and additional information gleaned from the company’s website.
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DE EditorsDE’s editors contribute news and new product announcements to Digital Engineering.
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