Recently, Haoyou Optoelectronics has completed direct investment from optical giants of Hong Kong-listed companies, Sunny Optics, and Kun Zhong Capital. It is a new round of financing from the last round of investment institutions, Hengguang Financial and Chenhui Venture Capital. Currently, it has accumulated financing. Amount of nearly 100 million yuan. At present, the company focuses on the integration of semiconductor and optical technologies to develop and mass-produce three types of products: wafer-level optics and DOE devices in 3D depth imaging, especially in the field of mobile phones; optical waveguides used in AR The module, especially based on wafer-level optics to make multi-stage pupil dilation, grating-type waveguides for coupling optical fields and holographic AR imaging, and wafer-level high-speed parallel optical links between wafers and chips.
Wu Zishuo, founding partner of Kunzhong Capital, said that the current artificial intelligence, Internet of Things and other areas are experiencing rapid development, while in the market's high-level attention to the top of the innovative environment, the lower physics layer is also bred a huge and far-reaching changes. Kun Chung has always been committed to helping the best team to find real technological changes and industrial changes. This is a joint venture with Sunny Optical, which is based on Kunming's high recognition of the travel team and the integration of electricity and integrated light. Long-term thinking on innovation in the cornerstone field:
First of all, from the general trend, the past 70 years have been the era of semiconductors and integrated circuits; the evolution from a single transistor to an integrated circuit has directly contributed to the outbreak of the human information revolution and created countless technological miracles. As one of the four major fields of engineering “opto-mechanicsâ€, the optical volume in modern history is less than that of electricity. One of the reasons is that the marginal cost of electricity innovation along Moore's Law is lower than the foundation of reconstruction. But today, this logic is facing challenges. It is precisely following the path of Moore's Law that the history of IC development is drawing a perfect S-curve to the ceiling. With the bottleneck of electricity, "integrated power" is bound to change to "integrated light."
Second, from the logical perspective of productivability, the realization of innovation needs to be accompanied by the mass production process. Traveling Optoelectronics is exploring a new path through the integration of semiconductor/wafer-level processes and optical processes. The traditional optical processing technology is the so-called cold optical processing technology. The scale and precision are limited to sub-millimeter and micrometer levels. At the same time, the semiconductor technology, as a master of human science and technology, has accumulated countless amazing microscopic processes and large scales. Mass production process. Therefore, from the point of view of product logic, Silicon Photonics did not reconstruct the optical process, but took advantage of the profound experience in the field of semiconductors to fabricate nanoscale optical elements that cannot be achieved by cold optics with the idea of ​​semiconductor wafers. Instead, higher efficiency and lower costs were achieved through wafer-level ideas.
Again, from the perspective of commercialization, ideal technological innovation should not use subversion stocks as a business model, but should seek incremental and innovative scenarios and needs as the best strategy, and cut in with new requirements. At this moment, wafer-level optics just made a series of new practical requirements possible, including 3D imaging and face recognition, AR/MR, 5G optical communication links, medical imaging, aviation military, and intelligent industries. Even some of the popular "electrical" areas may be able to use the idea of ​​wafer-level optics to find new ways. Taking hot artificial intelligence as an example, when everyone is practicing a higher and stronger algorithm, photons can easily process convolution operations in parallel, which is something that electronics cannot match. Miyeon Optoelectronics hopes to design and implement innovative optoelectronic products and application scenarios through wafer-level optical processes. Traveling focuses on the precision of nanoscale; cold optics focuses on the accuracy of sub-millimeter and micrometer scales. Two kinds of precision and two kinds of demands complement each other and promote each other.
Finally, from the point of view of the company itself, the company has its own comparative advantage. The company’s core R&D team and management team include professors and Ph.Ds from renowned photoelectric institutes such as Stanford University, University of Rochester, Cambridge University, and Zhejiang University; formerly Microsoft, NASA, Fortis Fiber Optics, Sorebury, McKinsey and other internationally renowned companies. Business executives. The members of the core R&D team won the second prize of National Science and Technology Progress Award, the first prize of the Electronic Science and Technology Award of the Chinese Electronics Association, and possessed dozens of core international patents in the area of ​​wafer-level optics. After the introduction of Sunny Optics and Kunzhong Capital in this round, the company has a balance between the four technology companies in the fields of “industry, scientific research, management, and capitalâ€. Especially for this rather cutting-edge field, there are not many professionals who are engaged in this field. It is even more commendable to achieve such a complete structure under such circumstances.
Sunny Optical is a 100 billion international optical giant and a Hong Kong stock blue chip component. Its products cover photovoltaics, optical parts and optical instruments. Sunny Optical is currently the world's first-ever sales of automotive cameras, second-largest sales of mobile phone camera modules, second-largest sales of mobile phone lenses, and second-largest sales of glass lenses. Sunny Optical provides optical solutions for photovoltaics, Google, Qualcomm, Bosch, Samsung, Hewlett-Packard, Panasonic, Sony, Zeiss, Xiaomi, Huawei, and Hikvision in a variety of optoelectronic industry segments. On the new tracks such as VR, AR and driverless, Sunny also provides solutions for the world's top high-tech companies.
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