Optical Engineering Software using GPUs

Calculate billions of rays in minutes


• Stray Light Analysis
• Lens Flare/Ghost
• Lighting System Design • Biomedical
• AR/VR System
• HUD



FREDmpc has been developed for high-speed analyses with calculation speeds over 100 times faster than conventional CPU based raytracing!

What is FRED mpc?

FREDmpc is the only general-purpose optical engineering software in the world that performs the raytrace using GPUs. Calculation speeds of FREDmpc can be over 100 times faster than conventional CPU based raytracing!

Key Merits of Using GPUs

Future Proof

FREDmpc will see an immediate benefit from future advancements in GPU hardware technology, which is undergoing rapid development.

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Scalability

GPU hardware is highly scalable and low cost.

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New Possibilities

Calculations previously thought to be unachievable on CPUs are now possible through the use of GPUs.

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Easy to Get Started

GPU hardware boards are in every PC. The only requirement for FREDmpc is an NVIDIA GPU board.

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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.

Reference: GeForce GTX 1050Ti (6.1)
Recommended: GeForce RTX 2080Ti (7.5)

0.0 6.5 13.0

TITAN V (7.0)
Quadro GV100 (7.0)
GeForce RTX 2080Ti (7.5)
TITAN Xp (6.1)
GeForce GTX 1080Ti (6.1)
Tesla P100-PCIE-12GB (6.0)
Quadro P6000 Paperspace (6.1)
GeForce GTX 1080 (6.1)
Quadro P5000 Paperspace (6.1)
Quadro P4000 (6.1)
Quadro P4000 Paperspace (6.1)
GeForce GTX 1060 (6.1)
Quadro P3000 (6.1)
Quadro M4000 (5.2)
GeForce GTX 1050Ti (6.1)
Tesla k20c (3.5)
GeForce GTX 750 Ti (5.0)
Quadro P1000 (6.1)
Quadro K2200 (5.0)
Quadro P600 (6.1)
GeForce GPU (5.0)
Quadro K4000 (3.0)
Quadro K620 (5.0)
GeForce GT 740M (3.5)
Quadro K600 (3.0)

Our Expertise

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.

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