Enabling FPGAs for scientific programming
"As a computational scientist, I am used to thinking in terms of multiple processes communicating with each other. And I am used to developing software in C. However, I am not used to thinking in terms of hardware design. Impulse C provides the necessary abstraction of hardware and enables me to develop hardware accelerated software using familiar concepts."
"As a computational scientist, I am used to thinking in terms of multiple processes communicating with each other. And I am used to developing software in C. However, I am not used to thinking in terms of hardware design. Impulse C provides the necessary abstraction of hardware and enables me to develop hardware accelerated software using familiar concepts."
Peter Messmer, Research Scientist, Tech-X Corporation
Accelerated Scientific Computing
Accelerate your scientific and engineering applications using Impulse C-to-FPGA tools. Use Impulse C for:
- Plasma modeling
- N-body simulations
- Finite element analysis
- Monte Carlo simulations
- High-energy physics
- Weather modeling
- Geophysics and astrophysics
- And many others
Impulse works closely with high performance computing platform suppliers to provide
hardware based workstations and blade servers that incorporate FPGAs as coprocessors.
Impulse tools provide a C-language development environment that allows for rapid algorithm
development, verification and optimization. The Impulse tools produce hardware-level
algorithm descriptions that are easily incorporated into FPGA-based accelerator modules
to dramatically improve processing speeds.
Contact us to learn more.