CODE V is the most capable, powerful optical design software on the planet. Intuitive, intelligent tools let you take on any optical design task, from the simple to the complex, and design better solutions faster than ever.
Our customer success team is anchored by experienced optical engineers who are CODE V experts. If you ever need help, our team is available, along with videos, documentation, tutorials, example models, and more.
Leading Optical Design Innovation for Over 40 Years
“The team at Gray Optics finds the optimization and tolerancing capabilities of CODE V to be very strong."
"These capabilities enable us to complete designs and release them for manufacture very quickly."
REKHA DOSHI, Principal Optical Engineer
ALEXANDER KAPUSTIN, Sr. Optical Engineer
"One extremely useful feature of CODE V is its ability to import interference files from many commercially available metrology instruments."
“This capability helped us complete the project on time and according to specifications. CODE V was an instrumental part of our lens design and assembly process."
President + Chief Optical Engineer, Seattle Photonics Associates
"The optimization routines are unbeatable, especially for our complex lenses with many individual optical elements."
“CODE V is an incredibly helpful tool for designing professional, high-end optics. Furthermore, the solutions with CODE V’s Global Synthesis optimization lead to high-performance systems. CODE V is one of the enabling technologies that allows NWS instruments to offer imaging tools for experts.”
DR. CHRISTOPH HORNEBER
Co-Founder and Director of Optical Design, NWS Instruments AG
“CODE V’s CAD visualization feature has proven to be a useful tool for viewing multiple subsystems simultaneously, as well as for comparing my current optical layout to that of a previous revision."
"It has allowed me to visualize the system throughout the design process before exporting the final optical model to CAD software. I have also used the feature to import CAD models for catalog optical mounting components, making it possible to efficiently refine a compact optical layout while avoiding interferences between mounts.”
DR. ANTHONY VELLA
Optical Engineer, Lawrence Livermore National Laboratory
"We appreciate new features in CODE V that help us analyze, optimize, and tolerance optical systems to get into production quickly."
“As an optical design and engineering firm that specializes in custom precision systems, we are continuously challenged with new and demanding projects. The View Apertures (VAP) feature has been helpful in analyzing non-rotationally symmetric systems with complex apertures in both imaging and beam shaping. VAP has also been very helpful for communications between our optics and mechanics teams, as well as with our customers and suppliers.”
Chief Executive Officer, ASE Optics Europe
“We rely on the speed, stability and flexibility of CODE V's optimization capabilities to develop sophisticated optical systems."
"With its global optimization features, its ability to control constraints exactly, and an interface that allows us to set up user-defined merit functions quickly and easily, CODE V gives us ultimate design freedom."
Managing Partner, Hyperion Development LLC
"CODE V is essential for our lens design work at Nikon Research Corporation of America."
"We often require extraordinary correction with many surfaces, and several very high-order aspheres, resulting in too many variables for typical lens design optimization. CODE V’s optimization tools, such as Global Synthesis and Glass Expert, make it possible to successfully design such systems."
DAN SMITH, Ph.D.
Director of Optical Sciences and Technology
"Rather than relying on MTF and PSF plots, the diffraction-based Image Simulation helps bridge the gap between perception and engineering metrics for our clients."
“The CODE V Image Simulation feature provides a convenient method for evaluating optical systems that are used in unconventional imaging environments, such as automotive surround, 3D (stereo) imaging or hyper-hemispheric imaging. We have used these tools to develop hyper-hemispheric designs and have found them to be effective in evaluating synthetic target imagery."
DR. JOHN TAMKIN
Chief Executive Officer and Chief Technology Officer, Imaging Insights LLC
Success Story: Mars Perseverance Rover Features First Zoom Lens in Deep Space
360-degree panorama taken by NASA's Perseverance Mars Rover
When NASA’s Mars Perseverance rover landed on February 18, it was an exciting day for space exploration and for our optical technology, which is being used in the zoom lens on the rover. Read our blog article to learn about Perseverance’s unique capabilities and how the Synopsys optical engineering team contributed to its design.