Large field-of-view in LBS systems
Matan Naftali, Adi Baram, Ran Gabai, Meni Yehiel, Gil Cahana · 2025
AR see-through applications challenge the display design as it is desired to provide digital layered information on top of the see-through view of the user, in the same way as a human vision. It is not trivial to create large field-of-view displays as the native human vision and foveated resolution distribution. A common practice is to use high-resolution, big arrays of display so that the resolution could meet the fovea native resolution, and the size of the display to meet the FoV requirement. However, such a practice is not optimal as the large displays are costly and consume more power. Maradin presents a novel MEMS device that meets these requirements, based on a unique electro-static architecture. This MEMS device provides large tilting angles, in high frequency and a moderate power budget, meeting both the FOV and resolution requirements.