NVIDIA Home > Product Index > High Performance Computing > Computational Electromagnetics and Electrodynamics
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Additional Info
- Software Development Tools
Programming CUDA-enabled GPUs
- NVIDIA CUDA
- Webinars
Learn more about GPU computing and CUDA-enabled applications through these webinars
- Request Resource CD
If you are new to GPU computing or would like to add to your knowledge of NVIDIA CUDA programming and Tesla hardware then this resource CD is for you.
Relevant Links
Computational Electromagnetics and Electrodynamics
Electromagnetics and electrodynamics applications using CUDA-enabled GPUs are widely deployed with customers such as Motorola, Kodak, Nokia, etc. For example, as shown in the charts and video below, GPU-based acceleration for FDTD scales with the number of GPUs.
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| FDTD acceleration using GPUs Acceleware |
Jelena Vuckovic’s group at Stanford |
Electrodynamics Software on CUDA
- Acceleware FDTD Solvers
- Acceleware Electromagnetic Solutions
- Quantum electrodynamics library
- CST Microwave Studio
- Accelerating simulations of light scattering based on FDTD method with general purpose GPUs
- GPMAD : Particle beam dynamics simulator
- SEMCAD X
- CUDA tutorial on 3D finite difference presented as part of CUDA Tutorial at Supercomputing ’08.
- Maxwell equation solver from Rice
- Acceleware electromagnetic simulations
- Implementation of matrix-type FDTD algorithms on a graphics accelerator
- Prof Tim Warburton from Rice University talks about his work on CUDA