Ansys Optics 2024 R2: Designing for the Real World We're excited to announce the 2024 R2 release of Ansys Optics, packed with powerful enhancements to streamline workflows and improve system performance assessments across various domains. Here are the highlights: 🔄 Streamlined Data Exchange from Zemax to Speos: Seamlessly transfer data between Zemax and Speos, accurately accounting for the real-world impacts of stray light. This integration optimizes optical designs efficiently, reducing errors and improving system reliability. 🎯 Enhanced Tolerancing Capabilities: Advanced tolerancing features precisely model and simulate manufacturing errors' effects on system performance. Designs now meet stringent quality and performance standards despite real-world imperfections. 🚗 Improved Light Guide Design for Automotive Lighting Systems: Updated tools handle stringent regulatory requirements, ensuring automotive lighting systems perform effectively in diverse conditions and comply with global safety standards. 💡 Enhanced Workflows for Photonic Integrated Circuits (PICs): Improved integration with leading layout tools streamlines the PIC design process, ensuring greater accuracy, efficiency, and manufacturability. 🖥️ Enhanced Workflows for Modern Chip Design: Improved multiscale, #multiphysics simulation tool workflows enable comprehensive and accurate simulations of modern chips, meeting today's complex technological demands. The 2024 R2 release bridges the gap between theoretical design and real-world application, ensuring systems are designed, evaluated, and optimized with higher accuracy and reliability. 🔗 Learn more about the features and benefits of the R2 Release here: https://ansys.me/3ShFc8f #Ansys2024R2 #Optics #AutomotiveLighting #PICDesign #ChipDesign
幹得好
Senior Optical Engineer, designer/builder, simulator, hands-on tester, of opto-mechanical systems across physics, chemistry, biology, and space applications
1moWhen you say modern chip design, what exactly are you referring to there? Radiometry and sensors, microfluidics, or some other chip?