Trace billions of rays in minutes with FREDmpc - the next generation optical engineering software
- Raytrace Paths
- Coherent Field Propagation
- Numeric Precision
Despite its speed, FREDmpc doesn't compromise on accuracy. It produces radiometrically precise results, ensuring the reliability and validity of your analyses. You can trust the outcomes for critical optical projects
With the ability to quickly obtain accurate results, FREDmpc enhances productivity. You can iterate through designs, explore various scenarios, and make informed decisions more efficiently.
Handling Large-Scale Simulations
FREDmpc is designed to handle simulations involving billions of rays through complex opto-mechanical systems with thousands of surfaces. This capability is invaluable for projects that demand extensive ray tracing.
Time EfficiencyBy significantly reducing calculation times, FREDmpc allows you to complete analyses in a much shorter timeframe. You no longer need to run calculations overnight or over several days, saving you valuable time and resources.
By significantly reducing calculation times, FREDmpc allows you to complete analyses in a much shorter timeframe. You no longer need to run calculations overnight or over several days, saving you valuable time and resources.
Performance of GPU Boards
Relative to GeForce GTX 1050Ti
FREDmpc version 18.11
The length of the bar shows the range of calculation speeds for different simulations.
(X.X) indicates the compute capability - a rating by NVIDIA that defines the capability of the GPU Board.
GeForce GTX 1050Ti (6.1)
Recommended: GeForce RTX 2080Ti (7.5)
0.0 6.5 13.0
Our highly experienced multilingual team has worked across a wide range of industries and have experience providing design and analysis services across the whole R&D process - from evaluating the initial proof of concepts through to debugging prototype performance, and stray light analysis of large optical systems.