Recently, Guangdong Lightwit Photonics Technology Co., Ltd. has partnered with the Precision Optics Team at Tsinghua University to achieve important progress in the field of optical splitters. The 1×2 channel collimating microlens array optical splitter has successfully completed technical verification, marking a solid step forward in the collaboration between the two parties in the field of high-channel optical technology.

It is reported that the team is currently focusing on tackling the 1×32 channel microlens array combination technology, with the ultimate goal of achieving 1×128 channel microlens array combination. This initiative will fill the domestic technical gap in this field, provide key technical support for China's optical communication industry, and lay a solid foundation for the development of next-generation high-density optical communication devices.

Microlens array technology is one of the core technologies in the field of optical communication. By precisely controlling the optical path through microlens arrays, efficient splitting and combining of optical signals can be achieved. Traditional optical splitter solutions face challenges such as large size, high insertion loss, and difficulty in scaling up as the number of channels increases. The microlens array technology jointly developed by Lightwit Photonics and Tsinghua University can effectively solve these problems, achieving miniaturization, low loss, and high-density integration of optical splitters.

Lightwit Photonics was established in 2000 and is a leading fiber optic communication device and intelligent sensor manufacturer based in China and serving the world. The enterprise has been deeply involved in the optoelectronics field for many years, accumulating rich technical experience and industrial resources in fiber optic communication devices, optical switches, WDM devices, and other areas. The collaboration with Tsinghua University this time is an important manifestation of the enterprise's industry-university-research collaborative innovation strategy.

The Precision Optics Team at Tsinghua University is a research team with profound accumulation in the field of micro-nano optics and has achieved multiple internationally leading research results in the design, manufacturing, and application of microlens arrays. The collaboration between the two parties combines the university's cutting-edge theoretical research capabilities with the enterprise's engineering practice experience, providing strong support for technology research and product development.

The relevant person in charge of Lightwit Photonics stated that the company will continue to increase R&D investment, deepen cooperation with universities and research institutions, continue to make breakthroughs in key technical areas, and provide customers with better products and services. In the future, the company will continue to uphold the concept of innovation-driven development, contribute to the development of China's optical communication industry, and strive to become a world-leading provider of optoelectronic devices and solutions.