Computational Materials Science
SolutionsUnlock faster simulations and deeper insights with Exxact GPU-accelerated systems to accelerate iterative modeling, streamline data analysis, and push the limits of computational materials science. Our engineers are ready to help guide you in the system configuration process.
Own Your Scientific Workflow
Exxact collaborates with industry experts to deliver the ideal solution, allowing you to spend less time configuring and more time making groundbreaking discoveries. Infinitely model and simulate candidates with zero additional cloud cost. Keep your data, hardware, and entire workflow local and under your control.
Preinstalled software and optimized for your materials science workflow.
Scale up your computing at any time; Exxact system are all interoperable.
Configure Workstations for Molecular & Quantum Chemistry
2x GPU AMD Ryzen 9000x Workstation
2x GPU AMD EPYC 90004 Workstation
4x GPU AMD PRO Workstation
GPU Servers for Molecular & Quantum Chemistry
2x GPU Intel Xeon
W-2400X Workstation
4x GPU Intel Xeon
W-3500X Workstation
4x GPU Dual 4th/5th
Gen Intel Xeon
Powering Any Stage of the Material Science Workflow
Atomistic Simulation
Simulate complex atomic interactions and material properties with GPU-accelerated computational tools like MedeA, LAMMPS, TeraChem, and more. Configure an Exxact systems for molecular dynamics and atomistic modeling to accelerate your materials discovery and innovation.
Materials Modeling
In conjunction with molecular simulation, design new material candidates' molecular structure with LAMMPS, Avogadro, CHARMM, and more. Model accurate simulations of material structures, properties, and behaviors to optimize material development cycles.
Quantum Chemistry
Explore molecular behavior and chemical reactions at the quantum level with Gaussian, Schrödinger, and more. Exxact GPU-accelerated solutions enable accurate density functional theory (DFT) calculations, ab initio simulations, and electronic structure analysis.
Electronic Structure
Study properties of materials with electronic structure analysis using advanced computational methods in VASP, ESPResSo, and more. Evaluate density functional theory and many-body perturbation theory calculations in novel materials..
Scale with Exeton
as You Grow
Purpose-built for Life Science research and innovation, Exeton Rack-Scale HPC Clusters deliver the computational density and efficiency required for molecular dynamics, protein folding, and structural biology. Our rack deployment is fully configurable to your budget and computing needs, providing scalable, reproducible, and organized performance for advanced analysis in a large team environment.
Exeton RackEXpress rack integration caters to any stage of computing: few, many, or full-scale multi-node deployment. We'll handle everything from start to finish, including hardware configuration (servers and storage), networking (Ethernet, fiber, and/or Infiniband), cluster management (eg. TrinityX), delivery, assembly, and more.
Exeton Life Science Enterprise
Prevalidated and optimized rack-scale cluster management purpose-built for your scientific computing workflows. Optimized for your unique workflow, accelerate project pipelines and streamline development cycles with confidence. Monitor, optimize, and visualize computing resources and maximize your computing infrastructure's uptime and usage.
Partnerships
