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The Synopsys Optical 91³Ô¹ÏÍø team would like to wish you happy holidays and thank you for being loyal customers. Let us know how we can help and support you during this time.
Customer Support Hours in December
From December 25, 2023 to January 1, 2024, please allow for a delayed response to your request for technical support. Our support will be limited during this time. We will respond to product support and general inquiries for all products starting on January 2, 2024.
- For CODE V support:?codev_support@synopsys.com
- For?LightTools?support:?lighttools_support@synopsys.com
- For?LucidShape?support:?lucidshape_support@synopsys.com
- For RSoft Photonics Device Tools support: photonics_support@synopsys.com
- Optical Scattering Measurements support:
Thank you for your patience and understanding.
Solution Updates
RSoft Photonic Device Tools 2023.12
This release includes several usability updates and speed improvements. BSDF file generation with DiffractMOD RCWA is now faster, and MetaOptic Designer has significant speed enhancements. Parameter scans, including BSDF file generation, has improved stability, and the TCAD material files can now be directly used in RSoft simulations. MetaOptic Designer can now edit material files directly, output MTF and far-field, use MTF as an optimization target, and has improved memory handling and performance when generating GDS files.
See the * for a complete list of changes/updates.
LucidShape 2023.09-1
This service release provides important fixes to Advanced Analysis and MacroFocal functionality.
The release also includes new features in Advanced Analysis to provide more preprocessing options. You can now scale the input files individually, even without adding them to groups. You can perform a simple scaling, or scale everything relative to the maximum measured value in the UV Data File.
For more details about the fixes and the new features, see the *, available when you download the service release, or from the *.
*Please note that a SolvNetPlus account is required. You must log in first, then click on these links.
User Conference Presentations
The 2023 Synopsys Optical 91³Ô¹ÏÍø User Conference is a wrap! This year¡¯s event took place on November 8, 2023, in Sunnyvale, California. Whether you joined us in Sunnyvale or online, thank you for your interest and attendance. Presentation recordings are now available on (login required first).
Tech Talk Videos
Video
LucidShape: MacroFocal Freeform Design Feature
Video
CODE V: Desensitization Against Fabrication Errors
Browse more tech talk recordings:
Please note that you must be logged into first before you click on a SolvNetPlus link.
The Continued Importance of the Abbe Sine Condition
The Abbe sine condition, named after Ernst Abbe, is a fundamental principle in optics that describes the conditions for an undistorted pupil mapping between object space and image space. Originally formulated to facilitate the design of microscopes, it later came to be used throughout optical design to correct field-linear aberrations (i.e., coma) without tracing a large number of rays. While these raytrace savings are less important in the modern context, the Abbe Sine Condition remains a powerful tool for understanding performance over the field at a glance.
Join Us at These Upcoming Events
CODE V Optical Design Day
December 14, 2023; Aschheim/Dornach, Germany
SPIE Photonics West 2023
January 30¡ªFebruary 1, 2024 | San Francisco, CA
Other Announcements
Call for Technical Papers
Have you written a technical paper that used our software? Let us know! We may feature it in our social media promotions, and you will also receive a gift from us. Email us
Technical Papers
Optics Glossary Terms You Should Know
Did you know that stray light can be characterized in two distinct types? Read about the two types
Need Engineering Help?
Contact us today and integrate our award winning designers onto your team. Lead, assist, or advise¡ªtogether we can help you create your digital twin for seamless on-time and on-budget transition to hardware that works right the first time.
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We're thrilled that Mary Kate Crawford, staff application engineer at Synopsys, is counted along the many Women In Stem in the SPIE Women In Optics notebook. .
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