Mastering AI Chip Complexity
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Beam Synthesis Propagation - CODE V | Synopsys
CODE V Feature: Beam Synthesis Propagation
CODE V Feature: Beam Synthesis Propagation
Perform beam propagation analysis more accurately and efficiently than with any other commercially available tool.
Features & Benefits
Accurate, Efficient Results Using Fewer Beamlets
Unprecedented Ease of Use
Flexibility and Control
BSP’s beamlet-based algorithm models the wave nature of light through the entire optical system. BSP propagates fewer beamlets than other beamlet-based approaches, while achieving a more accurate result.
BSP allows non-expert users to get expert results. The Pre-Analysis feature recommends analysis inputs customized for your system and saves countless hours in setup.
While BSP can be easy to use and require minimal input, advanced users have the flexibility to control virtually every aspect of the propagation process, thresholds, and parameters, including Pre-Analysis recommendations.
Easily Visualize and Understand Results
Applicability to a Wide Range of Systems
Fully Integrated
BSP provides results that are easy to visualize and understand.
BSP supports many different kinds of systems, from systems with astigmatic beams to systems with non-contiguous pupils. All can be accurately analyzed with BSP.
There is nothing extra to download or purchase. BSP comes with every purchase or trial of CODE V.
Model Effects of Mid-Spatial Frequency Errors
CODE V supports modeling real-world effects of mid-spatial-frequency surface errors on an optical surface, giving you more accurate results with a highly efficient, statistics-based calculation.
Explore BSP Features
Learn more about how CODE V BSP works and how it can help support your designs.
More Information
Upgrade Your Optical Designs
Upgrade Your Optical Designs
See for yourself how CODE V and BSP can help you perform powerful and efficient diffraction analysis by starting a trial of CODE V.