Saphlux officially announced the launch of its new T3 Series 0.13-inch monolithic full-color MicroLED microdisplay today, a major step forward in enhancing content richness and information efficiency for next-generation augmented reality (AR) glasses. The T3-0.13" microdisplay leverages Saphlux’s proprietary NPQD® (Nanopore Quantum Dot) technology to achieve highly integrated RGB pixels on a single blue-light wafer via quantum dot color conversion. Featuring high luminous efficiency, compact size, and superior reliability, the T3 display is designed ...

Quantum dots, known for offering the highest color fidelity among display materials to date, are rapidly advancing in direct-view display applications. Leveraging its exclusive Nanopore Quantum Dot (NPQD®) patented technology, Saphlux has achieved in-situ integration of MLED chips and quantum dots, and has taken the lead in successfully commercializing this technology in red quantum dot chips. These have already been deployed at scale in QD-COB direct-view display products, covering thousands of square meters. Recently, Saphlux has also introduced quantum dot ML...

On March 7, 2025, Saphlux, Inc. officially unveiled the QD-COB Pro, a professional-level quantum dot Micro-LED direct-view display solution, at the Shenzhen International Smart Display & System Integration Exhibition (ISLE). QD-COB Pro is the first Micro-LED direct-view display product to achieve full-angle color accuracy with no color shift. Featuring premium quantum dot LED chips, exceptional color performance, and advanced packaging technology, this solution dedicates to professional design, CAVE immersive, virtual production, multimedia crea...

   

In a recent announcement, Saphlux, Inc. revealed that its NPQD® Monolithic Full-Color Micro-LED (mLED) technology has successfully undergone a new round of technological upgrades. Following this advancement, the company has launched the enhanced T2 series micro-displays. The Saphlux T series micro-displays incorporate core technologies, including NPQD® and large-scale silicon-based bonding, specifically tailored for AR display applications. The series currently encompasses 0.12-inch monochrome single-color (red, green, blue) micro-displays and 0.39-inc...

SAN DIEGO--Saphlux today demonstrated an industry leading 0.39” full-color micro-LED display (T1-0.39 RGB) that will enable virtual reality (VR) and augmented reality (AR) manufacturers to create true outdoor-compatible brightness and high-resolution display systems with color rich image quality (Figure 1). Figure 1: Prototype T1-0.39 NPQD® RGB Light Engine “Light engines offering wide ranges of brightness, contrast, and color i.e., high dynamic range (HDR) within the power, thermal, and form-factor constraints is the biggest challen...

July 21st, 2022-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.   2 µm NPQD® red Micro-LED light engine   It is widely known that the low red efficiency and the challenges in RGB integration have come main bottlenecks in AR micro-LED display development. The ef...

Yale startup Saphlux has found a way to significantly advance LED technology and recently received US $100,000 in funding from the YEI Innovation Fund, backed by Yale, Connecticut Innovations and First Niagara Bank, as well as an additional $100,000 from Elm Street Ventures. Saphlux is building the next generation of LED chip designed by Jung Han, Professor and Chair of Electrical Engineering at Yale. Chen Chen (SOM ’16) was paired with Han by the Yale Entrepreneurial Institute (YEI) and is currently developing the venture as part of a 10-week YEI Fellowship.