Resources Category: Videos

This video provides a concise overview of LightTools’ capabilities, making it a valuable resource for engineers and designers working with freeform optics.

Learn how engineers worldwide rely on CODE V to create innovative solutions for a wide range of applications, including photographic lenses and lithography systems. Explore the advanced features that enable users to optimize designs, analyze performance, and ensure manufacturability. With CODE V, you can create superior optical systems that meet the highest standards of quality and efficiency.

Explore the world of freeform optics with Synopsys design tools. Discover how CODE V, LightTools, and RSoft Products empower engineers to create innovative and complex optical systems. Learn about the capabilities of these industry-leading tools, from precise ray tracing to advanced optical design optimization. Unleash your creativity and design the future of optics with Synopsys.

Experience the power of Synopsys Saber for AC analysis. Discover how our industry-leading solutions deliver exceptional speed and accuracy when analyzing power electronic circuits. Learn how Saber’s comprehensive capabilities align perfectly with the V-diagram of power electronic product development, providing a complete solution for your AC analysis needs.

Discover how Synopsys SaberES Designer streamlines custom bundle design. Watch this tutorial to learn how to effortlessly transform standard wiring harnesses into tailored solutions that meet precise specifications. Our guided process simplifies the complex task of creating custom bundles, ensuring efficiency and accuracy throughout the design process.

Electronic Design Automation (EDA) is a market segment encompassing software, hardware, and services aimed at defining, planning, designing, implementing, verifying, and manufacturing semiconductor devices, or chips. The manufacturing of these devices is primarily handled by semiconductor foundries, or fabs, which are highly complex and costly facilities. These fabs are either owned and operated by large, vertically integrated semiconductor companies or function as independent “pure-play” manufacturing service providers, the latter of which has become the dominant business model.