Despite the ongoing megapixel race, the visual experience in VR is still nowhere close to the real-world and falls short of consumer expectations and industry needs. Even the latest high-end HMDs retain the common flaws: blur and color fringing outside of the small “sweet spot,” an insufficient field of view due to quality degradation at wide angles, and a tiny eye box. Almalence has invented a technology to overcome the physical constraints of HMD optical performance that cause picture clarity deficiencies. Utilizing eye tracking and precise and consistent characterization of the HMD optical system, our Digital Lens technique corrects optical aberrations, achieving high apparent resolution and removing color fringing across the entire field of view for any gaze direction, inside and outside the eye box. Objective measurements with the Vive Pro Eye show a twofold visible resolution increase and a tenfold reduction of chromatic aberrations. In the presentation, we will explore how the Digital Lens literally makes high display resolution visible and how it should be used in future HMDs to achieve the long-awaited breakthrough in picture clarity and optical fidelity.
For years, many have tried to develop a see-through, near-eye display technology that combines beautiful design, excellent image quality and scalable mass production with high yields. At Dispelix, we’ve figured it out. Dispelix is helping product companies to create beautiful AR glasses based on single-waveguide full-color displays with superior image quality and mass manufacturability.
Despite herculean efforts from industry heavyweights, the promise of AR smartglasses with mass-market appeal has remained stubbornly out of reach. Key technology breakthroughs are needed in microdisplays and optics to enable bright, vivid content in an all-day-wearable size that doesn't obscure the real world. In this showcase, we'll start with a brief history of AR headsets, displays and optics. We'll explore some of the technology hurdles and tradeoffs, and describe a novel way of thinking about the problem. Then we'll reveal the first live demonstration of the QPI, the wearable display technology needed to unlock the massive economic potential of the next great wave of personal computing.