Acellera's mission is to develop and implement high performance algorithms and solutions for scientific, engineering and mission-critical applications. Using accelerated computing devices such as the NVIDIA® graphics processing units (GPUs) or the Sony®-Toshiba®-IBM® Cell/BE™ processor, we provide an effective performance tens of times that of standard computers at a fraction of the cost.
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ACEMD™ Molecular Dynamics code. CHARMM and Amber forcefields. Up to 39 nanoseconds/day (over 100 times speed-up) on NVIDIA® GPUs for a 23,000 atoms system. More details |
CELLMD™ Molecular Dynamics code for the Cell™ processor. CHARMM and Amber forcefields.Sustained performance of 30 Gflops MD engine behind www.ps3grid.net. More details |
Our scientific advisors' know-how on
numerical techniques, cutting-edge hardware and software technologies is
critical to drive the development to provide our customers with the most
performing and cost-effective application.
Accelerator processors will soon disrupt scientific and industrial computation
as outstanding results can be obtained in as different fields as fluid dynamics and financial risk managing.
Discover what we can do for you.
21/05/2009 ACEMD: Accelerating Biomolecular Dynamics in the Microsecond Time Scale, Journal of Chemical Theory and Computation. Here
21/04/2009 Acellera offers professional CUDA courses.
10/04/2009 ACEMD GPU MD software demo available for download.
15/11/2008 The impact of accelerator processors for high-throughput molecular modeling and simulation, Drug Discovery Today 2008 Dec pdf
10/08/2008 GPUGRID.net project launch, powered by Acellera's ACEMD molecular dynamics code. more
24/03/2008 Acellera prototype for financial applications. more
1/03/2008 Acellera is a registered trademark.
15/11/2007 PS3GRID.net project launches an innovative USB pen drive for distributed computing. more
10/10/2007 Acellera prototype for fluid dynamics applications. more
10/06/2007 PS3GRID.net project launch, powered by Acellera's cellMD molecular dynamics code. more