THE LATEST NVIDIA GPUS | FULL TURNKEY SOLUTIONS | 3 YEAR WARRANTY & SUPPORT
Schrödinger Materials Science Suite and Desmond MD Compatible System Highlights
Engineered to meet the most demanding MS workloads including; EOS calculations and thermophysical properties, solubility parameters and explicit mixing simulations, elastic constants, and mechanical properties, etc.
Configured to meet the workflow requirements for Desmond GPU MD Computing and Schrödinger Materials Science Suite MD.
Exxact offers a wide range of customizable Schrödinger MS solutions from workstations to clusters to meet your budget.
PLUG AND PLAY
Exxact Schrödinger MS workstations and servers are fully turnkey, built to perform right out of the box to save time from installing, optimizing, and validating.
Schrödinger MS servers and workstations optimized to meet or exceed the published performance numbers
Desmond GPU computing solutions, are engineered in collaboration with Schrödinger.
SLURM WORKLOAD MANAGER
For workload scheduling & queuing so multiple researchers can submit jobs that run when resources are available.
NVIDIA CUDA-enabled GPU Accelerators offer computational chemists and biologists significantly higher simulation performance when compared to CPUs. As an NVIDIA Elite Solution Provider, Exxact Corporation has designed a series of GPU systems that are compatible and optimized for life science applications, such as Schrödinger’s Desmond. Researchers can benefit from a range of system configurations with preinstalled applications that are ready to tackle the most compute-intensive scientific tasks right out of the box.
Mark Berger Senior Alliance Manager, Life & Material Sciences, NVIDIA Corporation
Accelerating Materials Science Simulation with NVIDIA GPUs
GPU computing has been widely used to accelerate compute intensive simulations and push the boundaries of analysis and discovery. The manycore platform of NVIDIA® Tesla® GPUs provides the computational power far outpacing that of the typical CPU. Scientists and engineers can achieve supercomputer scale performance from their own desktop or HPC/data center to run larger systems, many more systems or for longer simulation timeframes.
FEP+ Performance: Pertubations/Day/Card
High-Performance Molecular Dynamics Simulations for Biomolecular System
Many biological phenomena of scientific and pharmaceutical interest occur on time scales that are computationally demanding to simulate. A high-performance Molecular Dynamics code, together with continuously advancing computer hardware technologies, can be used to perform simulations on time scales that illuminate these important biological processes. Desmond, created by D. E. Shaw Research, provides an unprecedented combination of parallel scalability, simulation throughput, and scientific accuracy to achieve these goals.