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Digitaltrends
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This breakthrough holographic display could make AR glasses a reality in 2026
- Consumer AR glasses may become a reality with Swave's breakthrough holographic chip, promising lightweight, low-power, affordable options.
- Swave's HXR holographic display engine offers compactness, lightness, high resolution, and brightness, setting it apart from current smart glasses technology.
- Utilizing laser-powered holographic technology, Swave's full-color HXR could deliver up to 64 gigapixels of resolution with minimal light loss.
- Swave's holographic display technology not only fits AR glasses but can be scaled for automotive screens and large volumetric displays for enterprise use.
- The holographic display encodes interference patterns using lasers, enabling the reconstruction of 3D images with nanometer-scale precision.
- Swave's HXR technology in AR glasses aims to enhance affordability, resolution, and battery life while solving comfort issues associated with near-eye displays.
- With a promising bill of materials cost, weight under 50 grams, wide field of view, and high resolution, Swave's AR glasses could offer superior performance.
- Swave's real-time holographic processing unit (HPU) enables quick conversion of 2D or 3D images into interference patterns to generate holographic images.
- Swave anticipates making their HXR and HPU technology available to consumers as early as 2026, potentially transforming the AR glasses market.
- For those not willing to wait, there are current alternatives such as Xreal One and Viture One smart glasses offering immersive experiences and practical functionalities.
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