An Efficient Design Flow for Waveguide AR Glasses Design

Waveguide AR glasses utilize waveguide technology to propagate images from micro displays to the human eye, effectively reducing the size and weight of AR equipment. The optical design includes individual grating design and final performance optimization for human eyes.

To enhance efficiency, Synopsys has developed a design flow integrating Synopsys RSoft DiffractMOD and LightTools software, aimed at improving uniformity and light efficiency contributed by grating structures.

Join us in this workshop to experience our design flow firsthand, optimizing grating structure parameters to enhance optical performance.

Enrollment: Limited to 20 participants.

Fee: Free of charge.

Note: Due to limited seats, the event operates on a registration and review basis. Admittance will be on a first-come, first-served basis, so please register promptly.

Attendees should bring his/her own laptop with Microsoft Windows OS. The software and license will be provided in advance.

Course Outline

  1. AR glasses specifications
  2. Grating model
  3. AR glasses model
  4. Simulation, analysis and optimization

Speaker

Register Here

Isa Liu  
Application Engineering Manager
Synopsys

Isa is dedicated in optical simulation solutions for more than 11 years, involved in providing simulation, design and analysis for applications such as imaging, stray light, illumination, and micro-optics. She manages the technical resources to support the customers in India, Greater China, and ASEAN area.