Saphlux Releases Red Micro-LED Solution for AR Displays
Saphlux Inc, a start-up company from Yale University, announced the release of NPQD red Micro-LED light engine for AR displays.
This light engine has achieved 67% red-blue photon conversion efficiency at a pixel size of 2 µm, providing a solution to the long-standing f red efficiency and brightness problem.
Utilizing the proprietary NPQD (nanopores with quantum dots) technology, Saphlux team has fabricated the first NPQD RGB Micro-LED array with a sub-pixel size of 2 µm last October.
Recently, in order to address the red micro-LED problem, Saphlux team further optimized the efficiency and addressed the crosstalk and color purity issues, launching a new-generation NPQD red Micro-LED light engine for AR display applications.
This light engine has achieved 67% red-blue photon conversion efficiency at a pixel size of 2 µm, providing a solution to the long-standing f red efficiency and brightness problem.
Utilizing the proprietary NPQD (nanopores with quantum dots) technology, Saphlux team has fabricated the first NPQD RGB Micro-LED array with a sub-pixel size of 2 µm last October.
Recently, in order to address the red micro-LED problem, Saphlux team further optimized the efficiency and addressed the crosstalk and color purity issues, launching a new-generation NPQD red Micro-LED light engine for AR display applications.
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