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Enterprise Layer Intelligence
Categories/General Productivity Software/DeepSim
DeepSim

DeepSim

Founded by Connor McClellan in 2020

Run multi-scale physics simulations using GPU acceleration to speed up engineering design cycles

Pricing model

Demo

Rating

★ Mixed Reviews

Time to value

Requires Expertise

You can use DeepSim to run multi-scale physics simulations across nano-to-macro scale resolutions. It automates simulation setup procedures so you can test detailed product designs without manual configuration delays. By using GPU acceleration, the system executes large-scale calculations much faster than traditional simulation packages while maintaining high numerical accuracy. Engineers can quickly evaluate hardware designs, analyze physical behaviors across different scales, and gain rapid insights to make informed decisions throughout the product development process without waiting for lengthy computing runs.

What DeepSim does

Configure multi-scale physics simulation modelsExecute GPU-accelerated numerical calculationsAutomate simulation boundary conditions and inputsAnalyze physical stress across nano and macro scalesExport simulation results for engineering design reviewsBenchmark performance across design variationsGPU-accelerated physics simulation pipelineSimultaneous nano-to-macro scale resolution modelingAutomated simulation setup and meshing workflowsSupport for simulations up to 1000X larger scaleRapid hardware and mechanical design feedbackHigh-fidelity numerical accuracy across physical scales

Pricing breakdown

Pricing model: Book a demo

Tutorials & Demos

Frequently asked

NVIDIA CUDA, Python API, MATLAB, AWS EC2, Azure Batch, CAD Export Tools, Unverified, AWS EC2 (P-series), SolidWorks (Export), Autodesk (Export), Docker Containers

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DeepSim, physics simulation, multi-scale simulation, GPU acceleration, nano scale, macro scale, engineering simulation, computer aided engineering, hardware design, numerical modeling, finite element analysis, computational physics, simulation automation, semiconductor modeling, thermal analysis