About this Webinar
This webinar offers a comprehensive design workflow for Augmented Reality (AR) waveguide systems, covering key aspects such as sub-wavelength grating construction, exit pupil expander optimization, and tolerancing to the human perception and Straylight analysis at the system level.
Join our optical experts as they showcase how to address the design and analysis challenges of the AR waveguide optical system, leveraging the most effective methods, solvers, and workflows. Get insights and hands-on demonstrations on how to optimize your AR waveguide design for maximum performance and efficiency.
What You Will Learn
- Speed up the design of Exit Pupil Expander for AR waveguide
- Leverage the RCWA method for grating design & optimization
- Simulate human eye perception and Straylight analysis in Speos
Who Should Attend
photonic and optic designers and engineers
Kyle Johnson, Application Engineer
Michael Cheng, Lead Application Engineer
Mina Nazari, Senior Application Engineer
Angel Morales, Senior Application Engineer