Jinshi data news on January 13th, Crystal Optoelectronics said during a research event on January 10th that the company firmly believes that AR glasses are the best carrier for AI. The 2D and 3D environmental information obtained through the cameras and sensing elements on the glasses is analyzed by AIAlgorithm and presented through the lenses, achieving real-time interaction between people, glasses, and the environment, truly achieving “hear what you hear, see what you see, and think what you think”. Currently, the company has laid out the display system (waveguide), components in the optical machine, and sensing components for collecting environmental information in AR glasses. Among them, the waveguide is a high-cost component in the hardware of glasses. The company focuses on the technology of full-body holography in the layout of reflective and diffractive waveguides. The imaging effect of the reflective waveguide already meets the requirements of full color, high resolution, and large field of view, but its mass production is a global challenge. The company is currently striving to overcome the mass production difficulties of the reflective waveguide.
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Crystal Optics: Layout display system (waveguide), optical components and other products in AR glasses
Jinshi data news on January 13th, Crystal Optoelectronics said during a research event on January 10th that the company firmly believes that AR glasses are the best carrier for AI. The 2D and 3D environmental information obtained through the cameras and sensing elements on the glasses is analyzed by AIAlgorithm and presented through the lenses, achieving real-time interaction between people, glasses, and the environment, truly achieving “hear what you hear, see what you see, and think what you think”. Currently, the company has laid out the display system (waveguide), components in the optical machine, and sensing components for collecting environmental information in AR glasses. Among them, the waveguide is a high-cost component in the hardware of glasses. The company focuses on the technology of full-body holography in the layout of reflective and diffractive waveguides. The imaging effect of the reflective waveguide already meets the requirements of full color, high resolution, and large field of view, but its mass production is a global challenge. The company is currently striving to overcome the mass production difficulties of the reflective waveguide.