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Photonics Switch
Synopsys CODE V optimizes photonic switches for precise light control and efficient, low-loss designs
Synopsys CODE V is an essential tool for designing and optimizing GRIN (Gradient Index) fiber couplers, which are crucial components in optical communication systems. It enables precise modeling of light propagation through GRIN fibers and evaluates the coupling efficiency between fibers. CODE V’s powerful optimization features help to minimize losses and enhance the coupling performance, even under various operating conditions. The solution also supports the design of compact, low-profile GRIN couplers, which are essential for space-constrained applications. By simulating light paths and providing insights into wavefronts and diffraction patterns, CODE V ensures the creation of highly efficient, high-performance GRIN fiber couplers.
Synopsys CODE V optimizes photonic switches for precise light control and efficient, low-loss designs
Using CODE V, our engineers played a key role in the design and implementation of all the primary null lenses used in the highly successful…
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…
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…
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Synopsys PrimeTime helps achieve timing closure with a tight correlation between pre and post silicon results in the design of the fully indigenous 64-bit VEGA Processor based SoC, THEJAS64.