On the afternoon of October 15th, 2020, Beijing and Optical Technology Co., Ltd. (hereinafter referred to as "and optical technology") held a grand unveiling ceremony in the Sunshine Hall of Tsinghua Science and technology park. Caiyongxiang, deputy director of Beijing new materials and new energy technology development center, yangxiaoli, Minister of science and technology project of Beijing new materials and new energy technology development center, and panchangbo, deputy minister; Wang Yu, director of Department of electronic engineering, Tsinghua University, Wang Yuzhu, assistant director of technology transfer Institute; Wang Chao, executive director of China control technology transfer Co., Ltd., attended the opening ceremony, and nearly 120 guests and friends from academia, industry and investment attended the ceremony.

Seetrum is a high-tech entrepreneurship company which transforms scientific research achievements of Tsinghua University, and is committed to becoming the leader of global spectral chips, making spectral perception everywhere. With the leadership of special professor of Yangtze River scholars, optical technology has gathered a number of industry elites in the frontier fields such as nanooptics, integrated circuits, artificial intelligence, cloud computing, etc. In the global scope, the snapshot CMOS hyperspectral imaging chip has been created with optical technology. The chip has the advantages of high precision, low cost and mass production, breaking the bottleneck of the existing spectral detection equipment with large volume, high price and only supporting scanning imaging. It will expand a new sensing and opening ceremony for consumer electronics, medical diagnosis, machine vision, environmental protection monitoring and other industries, Professor Wang Yu, director of the Department of electronic engineering, Tsinghua University, first delivered a speech. Professor Wang noted that in recent years, the achievements of the transformation of scientific research achievements in the Department of electronics have been remarkable, accounting for 12% of all intellectual property rights transformation projects of Tsinghua University; However, the intellectual property transformation incubation company has developed smoothly, with the electronic department accounting for one sixth. Professor Wang stressed that the scientific research objectives of the Department of electronics are either to be able to make things written in textbooks or to make useful things. Hope to adhere to the goal with optical technology, strive to develop, and truly realize the implementation of innovative optoelectronic chip industry.

Seetrum is a high-tech entrepreneurship company which transforms scientific research achievements of Tsinghua University, and is committed to becoming the leader of global spectral chips, making spectral perception everywhere. With the leadership of special professor of Yangtze River scholars, optical technology has gathered a number of industry elites in the frontier fields such as nanooptics, integrated circuits, artificial intelligence, cloud computing, etc. In the global scope, the snapshot CMOS hyperspectral imaging chip has been created with optical technology. The chip has the advantages of high precision, low cost and mass production, breaking the bottleneck of the existing spectral detection equipment with large volume, high price and only supporting scanning imaging. It will expand a new sensing and opening ceremony for consumer electronics, medical diagnosis, machine vision, environmental protection monitoring and other industries, Professor Wang Yu, director of the Department of electronic engineering, Tsinghua University, first delivered a speech. Professor Wang noted that in recent years, the achievements of the transformation of scientific research achievements in the Department of electronics have been remarkable, accounting for 12% of all intellectual property rights transformation projects of Tsinghua University; However, the intellectual property transformation incubation company has developed smoothly, with the electronic department accounting for one sixth. Professor Wang stressed that the scientific research objectives of the Department of electronics are either to be able to make things written in textbooks or to make useful things. Hope to adhere to the goal with optical technology, strive to develop, and truly realize the implementation of innovative optoelectronic chip industry.