➀ Kunyu Optoelectronics focuses on the development of wafer-level optics technology, aiming to revolutionize the traditional optical manufacturing process. The company has established a general technical platform for wafer-level optics and is laying out three product lines including micro-nano optics, AR diffraction waveguide, and LiDAR. ➁ Lin Tao, the founder of Kunyu Optoelectronics, has a background in optoelectronics and has worked in various industries before starting his own company. He believes that the optoelectronics industry has a great development prospect due to its relatively new and vast space for growth. ➂ Kunyu Optoelectronics has achieved significant milestones in team building and product innovation, including supplying micro-nano optical components to Huawei and supplying LiDAR core components to NIO.

➀ Yuanxin's core products include tunable laser diodes with 13 dBm output power and 50 nm tuning range, and LNOI modulators with 3 cm device length and 40 GHz RF bandwidth.➁ Wuhan Anpai Optoelectronics offers LNOI MZM modulators with 100 GHz EO bandwidth and Y-waveguide modulators for chip integration and miniaturization.➂ Neo Optoelectronics presents single-wavelength 400Gbps modulators with bandwidths exceeding 110GHz and 1.6T/800G DPIQM modulators with 70GHz bandwidth and 25dB extinction ratio.➃ Suzhou Yilaiwei develops silicon photonics chips with D2W bonding technology and achieves 70GHz electrical-optical modulation bandwidth.➄ Guoguang Optoelectronics successfully打通8-inch low-loss SIN platform and develops TFLN/SIN heterojunction technology for 800G/1.6T data center applications.

1. Scientists from the United States Naval Research Laboratory have discovered a new class of semiconductor nanocrystals with bright ground-state excitons, which could significantly improve the efficiency of light-emitting devices and other optoelectronic technologies. 2. The research team identified over 150 potential materials and narrowed it down to 28 candidates using advanced first-principles calculations. 3. This breakthrough could lead to the development of ultrabright and highly efficient light-emitting devices, lasers, and other technologies.