Retinal projection displays directly project a focused image onto the wearer's retina using a low-power laser or LED, bypassing the need for a physical screen and tricking the eye into perceiving a virtual image floating in space. Companies like Mojo Vision and Avegant (previously) have been at the forefront of developing this technology, along with academic institutions exploring novel light sources and scanning mirrors. This approach is currently in the prototype and early commercialization stages, primarily for monochromatic or low-resolution applications. Mojo Vision unveiled a working prototype of its Mojo Lens with a 14,000 ppi microLED array and dynamic image stabilization in May 2022, demonstrating a full-color, high-resolution display projected onto the wearer's fovea. This technology promises a much wider field of view and superior image clarity compared to conventional AR waveguides that rely on intermediate display panels.
Why It Matters
The current limitations of AR displays, such as narrow field-of-view and brightness issues, hinder the immersive experience needed for widespread adoption, impacting a potential $150 billion market for AR hardware and software. Retinal projection could create truly immersive, 'invisible' AR experiences, allowing users to interact with digital content seamlessly layered onto their vision without distracting boundaries. Early adopters and spatial computing developers would win, while manufacturers of traditional micro-displays might need to pivot. Key hurdles include eye safety regulations for laser projection, perfecting image stability despite eye movement, and achieving full color with minimal power consumption. We might see consumer-ready versions in 7-10 years. Companies like Google, Apple, and various startups are researching different aspects of retinal projection. A subtle consequence could be a shift in how visual content is designed, optimized for direct retinal stimulation rather than pixel grids.
Development Stage
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