As machine integration platform for the development of light, can be used in every link in the process of optical design, including the initial proof of concept, integration of optical and mechanical design, the comprehensive analysis on the virtual prototype, rapid tolerance analysis and optimization of model parameter, and the supplier directory is integrated into the software for processing and system debugging. Its display window is 3D solid display platform, with fast ray tracing function, and it can simultaneously allow 63 core CPU to perform multithreaded computation and support multi-node distributed computing.
There are three versions of FRED: FRED Standard has the basic functionality of the software; FRED Optimus in addition to all the functions in the Standard version, it also has optimization functions and distributed computation functions, which lead to faster computation. In addition to having all the functions in the Optimus version, FRED MPC can now compute at SPEEDS 100 times faster than in the other two versions!

Application field
FRED is used in a wide range of fields, and can be used to analyze and simulate any geometrically and optically analyzable system. Common applications are lighting systems, light guides, projection systems, lasers, interference, stray light, ghost analysis, biomedical, and other optical system prototype system design, etc. FRED can accurately construct and analyze both simple and complex imaging and non-imaging system structures.
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