CODE V 2024.03 SR1

Key Features
Design optimization (including Global Synthesis) that speeds time to market
Fast, accurate tolerancing for superior fabrication support
Accurate, groundbreaking beam propagation analysis
CODE V’s Glass Expert provides AI-optimized glass selection to maximize design performance and control manufacturing costs
Extensive built-in libraries of optical system models (patents, etc.), components, and optical glasses
Comprehensive graphics capabilities (pictures, data plots, shaded displays), including 3D visualizations and diffraction-based image simulations
Non-sequential surface modeling for unusual systems
Fast 2D image simulation to visualize optical system performance
High-fidelity transfer of models to LightTools for illumination, ghost image, and stray light analysis
With the CODE V Meta Optic Design add-on, you can combine ray tracing with electromagnetic field solvers to simplify the design of imaging systems that include both conventional optics and metalenses.

Multi-Environment Coupling

CODE V’s Multi-Environment Coupling feature allows users to model and optimize athermalized spacer-based lens designs across a wide range of environmental conditions. The models consider changes in refractive index and substrate prescription changes due to different temperatures, pressures, and mounting links. An interoperability feature enables export of MultiEnvironment Coupling models to LightTools for further analysis.

What’s New in CODE V Version 2024.03 sr1

Visualization Capability for Athermalization

Athermalization is a key part of optical design in which engineers consider the effect of temperature changes on lens mounting. CODE V includes a new visualization tool in V3D that assists with this process. The tool shows engineers how the housing interacts with glass elements and their interconnections, without having to know the details of the optomechanical mount.

CODE V MetaOptic Design

A breakthrough in optical technology, meta optical surfaces are thin, flat surfaces that can augment traditional lenses. These complex surfaces can now be efficiently designed in CODE V using a diffractive optic property modeling process. Note that this tool is an add-on to CODE V that comes with an additional fee and requires Synopsys Common Licensing.

Faster Image Simulation

The 2D Image Simulation (IMS) feature, which simulates imagery produced by the lens defined in CODE V, includes a significant speed enhancement in this release, particularly with machines using multiple processing cores.

Expanded Example Model Library

The CODE V Example Model Library helps you quickly learn how to use specific features, including Global Synthesis, Beam Synthesis Propagation to analyze diffraction-related characteristics, and SpecBuilder for setting up lens system specifications. The library includes 11 new examples in this release.

Product: CODE V 2024.03 SR1
Version: 2024.03 SR1
Supported Architectures: x64
Language: english
Supported Operating Systems: Windows 7even or newer
Size: 1DVD