Boston Server & Storage Solutions GmbH
Performance

Tesla MD SimCluster Performance

"With Tesla M2090 GPUs, AMBER users in university departments can obtain application performance that outstrips what is even possible with extensive supercomputing access." — Ross Walker, Assistant Research Professor at San Diego Computer Center

Why GPUs for AMBER and NAMD?

Simulate Molecules Faster

Simulate molecules faster to gain a deeper understanding of your research and develop products that are more stable.

Remove Risk and Improve Efficiency

Focus on high quality drug candidates by eliminating the poor candidates in a more time efficient manner.

Simulate Larger Molecules

Avoid time-consuming and costly "wet lab" experiments by simulating several nanoseconds of large complex molecules.

The Tesla MD SimCluster enables you to improve your throughput and carry-out your research efficiently and cost-effectively. Test drive one today!

    JAC DHFR - upto 3x faster
    23,558 atoms

    Cellulose - upto 4x faster
    408,609 atoms including water

JAC DHFR - upto 3x fasterCellulose - upto 4x faster

    STMV - upto 3.5x faster
    1,066,628 atoms

    F1-ATP - upto 3x faster
    327,000 atoms

STMV - upto 3.5x fasterF1-ATP - upto 3x faster

Test Platform: 1, 2 and 4 Node; Per node - Dual Tesla M2070 GPU (6GB), Dual Intel 6-core CPU (2.93 GHz), Infiniband QDR; AMBER 11 + Bugfix15; NAMD 2.8B2; CUDA 3.2.

Tesla MD SimClusterConfigurationPerformanceRegister free

© 2012 Boston Server & Storage Solutions GmbH
Printed from www.bostondeutschland.de