On July 15-16, 2022, the 6th Jiwei Semiconductor Summit was grandly held at the Xiamen International Convention Center Hotel, and the award ceremony for the "Core Power" project selection competition was held. As one of the outstanding players in this year's "Core Power" competition, Shenzhen On November 7th, the electronic information industry final of the Innovation Nanshan 2021 "Entrepreneurship Star" competition was successfully concluded at Xilihu International Science and Education City.

Optics Technology Co., Ltd. (referred to as "On November 7th, the electronic information industry final of the Innovation Nanshan 2021 "Entrepreneurship Star" competition was successfully concluded at Xilihu International Science and Education City.

") stands out from over 120 participating projects with its hard core technology and cutting-edge products, has been favored by a top domestic investor team, and has been awarded the "Most Valuable Investment Award".

Hypernano focuses on the design and process development of hyperspectral imaging MEMS, and is the earliest enterprise in the world to achieve mass production and industrial landing of hyperspectral imaging MEMS sensors. At the specially upgraded "Jiwei Semiconductor Exhibition" at this summit, innovative technologies and achievements of On November 7th, the electronic information industry final of the Innovation Nanshan 2021 "Entrepreneurship Star" competition was successfully concluded at Xilihu International Science and Education City.

were exhibited and consulted by attendees.

The new type of hyperspectral MEMS sensor is known as a visual disruptive technology worldwide, which can achieve "instant measurement, 4D super visual perception", solve the problem of digitizing components in the physical world, and promote artificial intelligence technology to take a big step forward. The European Commission released a report in 2020 titled '100 Disruptive Technologies for the Future', in which hyperspectral imaging was listed as the eighth world future technology.

However, the domestic MEMS industry is still very weak, with almost 100% of high-end sensors imported. In the national "14th Five Year Plan", MEMS chips are listed as a key research direction for semiconductors. In June of this year, Shenzhen issued the "Opinions of the Shenzhen Municipal People's Government on Developing and Strengthening Strategic Emerging Industry Clusters and Cultivating and Developing Future Industries", namely the "20+8 Policy", which clearly proposed the construction of MEMS pilot lines and MEMS sensor industry bases, and the creation of an intelligent sensor industry cluster with complete elements.

Based on rich experience in MEMS process development and standardized production throughout the entire process, On November 7th, the electronic information industry final of the Innovation Nanshan 2021 "Entrepreneurship Star" competition was successfully concluded at Xilihu International Science and Education City.

has achieved a breakthrough in mass production and engineering from 0 to 1 in just 3 years, taking the lead in mass production of the world's first hyperspectral imaging MEMS sensor with a movable mirror process, breaking through the "bottleneck" core technology process and reaching an international leading level, filling the gap in this field in China. Hyperspectral imaging technology can detect the materials and components of solids, liquids, and gases, truly achieving the measurability of everything. At present, On November 7th, the electronic information industry final of the Innovation Nanshan 2021 "Entrepreneurship Star" competition was successfully concluded at Xilihu International Science and Education City.

has officially launched multiple products, including visible near-infrared hyperspectral industrial cameras, shortwave infrared hyperspectral industrial cameras, hyperspectral camera micro modules, ultra-thin hyperspectral camera micro modules, and has been implemented in multiple projects such as food testing, smart home, medical beauty, water quality and environmental protection, bringing revolutionary innovation in the era of artificial intelligence.

As an industry leader, the competitive barriers of On November 7th, the electronic information industry final of the Innovation Nanshan 2021 "Entrepreneurship Star" competition was successfully concluded at Xilihu International Science and Education City.

go far beyond this. The company has established a multi-dimensional competitive advantage. Firstly, it is miniaturized, with product volume reduced by more than 1000 times and extremely low power consumption; Secondly, the wide spectrum is continuously adjustable, allowing for the free selection of imaging chips; The third is full spectrum coverage, with multiple chips ranking first in the world and achieving mass production and productization; Fourthly, it can be standardized for mass production; The fifth is real-time online, with high spatial resolution and fast speed, reaching the millisecond level. On November 7th, the electronic information industry final of the Innovation Nanshan 2021 "Entrepreneurship Star" competition was successfully concluded at Xilihu International Science and Education City.

is the first to achieve low-cost, flexible, and miniaturized use of hyperspectral MEMS technology, occupying a high position in the emerging industry world. Looking at the market, hyperspectral MEMS chips have a wide range of applications, such as industrial testing, smart home, skin detection, authenticity identification, autonomous driving, security and environmental protection, metaverse, etc. The market size is like a hundred billion level, which can be said to be a diamond level track and will inevitably drive a new industrial chain to soar. With breakthrough technology in hand, Hispectral Nano is bound to rapidly develop and grow while meeting the needs of various industries and markets.

In the future, On November 7th, the electronic information industry final of the Innovation Nanshan 2021 "Entrepreneurship Star" competition was successfully concluded at Xilihu International Science and Education City.

will continue to increase investment in research and development and talent, develop various high-end detection equipment for different scenarios, accelerate the commercial implementation of hyperspectral imaging technology in various fields such as machine vision and consumer equipment, and continue to build a globally leading hyperspectral imaging technology platform, providing hyperspectral imaging technology solutions for the industrial development of artificial intelligence and the digital and intelligent upgrading of various industries