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The latest release of CODE V, version 2025.03, provides optical engineers with elevated design capabilities, additional learning resources, and better interoperability.
Improved Design Capabilities and Workflow
Multi-Environment Coupling (MECo) in CODE V 2025.03 significantly simplifies the modeling of multiple operational environments within an optical system that uses any combination of spacer-based, seat-based, and edge-mounted mounting techniques, or combinations of the techniques. Optical engineers can easily create athermalized lens designs that perform consistently across extensive temperature and pressure ranges. With new MECo macros, the process of visualizing environmental effects on optical systems is more streamlined than ever.
Use MECo to model seat- or spacer-based lenses across environmental conditions and create super-athermalized designs
Hidden Lens Module Expiration Date
The updated Hidden Lens Module can now include meta optics data and an expiration date, ensuring that sensitive design information is securely shared. This feature allows users to share the capabilities of meta optic data without divulging the underlying design details. The expiration date feature is useful for controlling access to optical analysis data within a specified period, such as outlined in a non-disclosure agreement.
Metalens model (left) and equivalent hidden lens model using the Hidden Lens Module in CODE V
Expanded Example Model Library
To support the continuous learning and development of optical engineers, CODE V 2025.03 introduces 14 new example models. These models cover a range of topics, from MECo and sensitivity analysis to practical applications, providing valuable references for both novice and experienced users. The expanded Example Model Library facilitates quicker design initiation and a deeper understanding of CODE V's capabilities.
Several new example models available in CODE V to help users familiarize themselves with the latest enhancements and use application examples to jumpstart design workflows
These example models are designed to teach users how to effectively use specific features, such as Global Synthesis for global optimization, Beam Synthesis Propagation to analyze diffraction-related characteristics, and SpecBuilder for setting up lens system specifications. They can also remind seasoned users of many techniques available to them in CODE V.
Improved Interoperability
CODE V 2025.03 also brings improvements in interoperability, particularly in the areas of stray light and meta optics design. These enhancements enable more efficient and accurate transfer of model information, ensuring that optical designs can be seamlessly integrated with other systems and tools.
Example model demonstrating stray light analysis in LightTools from a CODE V model
Additionally, the ability to handle new glass data updates from major manufacturers like CDGM, Hoya, and Ohara ensures that users have access to the latest materials for their optical designs. This update enables more precise modeling and simulation, leading to better overall design performance.
Conclusion
CODE V 2025.03 is a powerful update that significantly enhances the design capabilities, learning resources, and interoperability for optical engineers. With its advanced features and user-friendly enhancements,
CODE V continues to be the preferred tool for achieving high-performance optical designs across diverse environmental conditions.
Get hands-on with CODE V 2025.03! Schedule a demo or request a trial by emailing us at optics@synopsys.com.
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7 min read
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Feb 24, 2025
Exploring Applications of Physical Optics Using CODE V Beam Synthesis Propagation
