Everything in AR starts with the display.

Dispelix uses its self-developed, in-house software for designing waveguides. Our waveguide design software tools and team are globally unmatched.

Our algorithms simulate the behavior of the electromagnetic field in grating structures and in complete waveguides. We master both field-based and ray-optics algorithms to simulate both coherent and incoherent light. 

From the simulated outgoing field, our design software computes the quantities that characterize the optical performance of a waveguide. The software has algorithms and features to carry out the optimization of sophisticated waveguide designs. Our optimization capabilities include traditional optimization algorithms and applications of artificial intelligence. 

The optics simulation and the optimization in a large design space are computationally intensive problems. Therefore, part of our work is focused on high performance computing to execute simulations in a sufficiently short time