FRED can analyze and quantify many optical calculations such as thermal self-emission calculations, lit appearance modeling, stray light levels in sensors, interference effects in coherent systems, and more! To learn more, visit: ed.gr/dpdt7 #Optics #Technology #FRED

FRED is designed specifically for engineering professionals who face real-world optical problems. The software’s capabilities go above and beyond so it can be used for an extremely large variety of optical applications. Learn more - ed.gr/dpdto #Optics #Technology

Want to know how FREDmpc works? It performs rapid simulation and analyses on the GPU that can be accomplished over 100x faster than software that uses the CPU. Learn more about FRED - ed.gr/dpdsw #Optics #GPU #CPU

FRED is frequently acquiring new updates to assist you with your research. These include new features to help you understand the laws of astrophysics. With your great mind and FRED, we can create new ways to discover the universe. Learn more: ed.gr/dpdsb #Optics #Tech

We are proud to offer FRED optical engineering software across the globe. This software can perform raytracing using the GPU instead of the CPU to provide faster calculations than ever before! Find out more - ed.gr/dpdr5 #Engineering #GPU #CPU

FRED is the right optical engineering software for you! It can improve your productivity and reduce product development costs, leading to better innovations on tighter budgets and timelines. Learn more about FRED! - ed.gr/dpdrz #Engineering #Optics #Innovation

FRED Optical Engineering Software offers optical engineers the fastest way to perform calculations and analyses. Find how FRED’s features can benefit you - ed.gr/dpdrs #Technology #Optics #Engineering

Did you know that FRED is used in biomedical and automotive fields? It uses the GPU which can be 100x faster than the traditional CPU that other optical software uses. Increase your raytracing speed to make your work much more efficient! Learn more - ed.gr/dpdrg #Tech

FRED is used for stray light analysis in imaging systems, telescopes, thermal analysis, and more! To discover other essential uses of FRED optical engineering software. Check it out! - ed.gr/dpdrc #Straylight #Engineering #Optics

Don’t worry about transferring your data, FRED can easily export 3D CAD files to make your life easier. Save your time and brainpower for your designs using FRED! Learn more - ed.gr/dpdq8 #Engineering #Optics #Software

FRED’s easy-to-use CAD interface has built-in basic scripting capabilities to save you time and energy! Find out more here - ed.gr/dpdq4 #Optics #Engineering #Scripting

FRED optical engineering software is flexible and available to import and export from other software. FRED works with your programs to get you the results you need! Learn more: ed.gr/dpdqv #Optics #Engineering #Software

FRED’s powerful suite of tools has been developed over many years making it simple to find ghost paths. FRED is an indispensable tool for stray light analysis. Learn more here - ed.gr/dpdqe #GhostPaths #Engineering #StrayLight

With an easy-to-use CAD interface and calculations completed with the GPU, FRED is leading the industry in optomechanical raytracing software. Find out more - ed.gr/dpdpw #Raytracing #Optics #GPU

FREDmpc has been developed for high-speed analyses with calculation speeds over 100 times faster than conventional CPU-based raytracing! Learn more here - ed.gr/dpdpi #Optics #GPU #Engineering

You may be interested to know that FRED isn’t an acronym or an abbreviation! Developers began using the name during initial development processes, and it’s stuck ever since. Learn more about FRED - ed.gr/dpdo3 #Optics #Engineering #Technology

FRED was used for preliminary stray light analysis while constructing MOBIE Thirty Metre Telescope Instruments. The straight light background was dominated by the optical surface contributions from sources within the field of view. Learn more about FRED! - ed.gr/dpdow

When it comes to modeling physical optics, FRED uses the trusted method of Gaussian beam decomposition to propagate coherent fields through optomechanical systems. This allows for applications such as Bessel beam generation and laser diodes. Learn more: ed.gr/dpdoj

The only productive way to manufacture a new design is to create a 3D CAD model. This allows you to consider optical elements in addition to the mounting and mechanical structures that may interfere with light propagation. Learn more - ed.gr/dpdn4 #Optics #Engineering

Is your computer configured to support FRED? FRED performs best on Windows 7 or newer. If you require a large raytrace, we recommend between 16 and 48 GB of RAM, and of course, a solid-state drive (SSD) to work alongside your computer’s memory. Learn more: ed.gr/dpdn9