Reveal the optical communication                  device production line                  SAN-U Optronics 10,000 clean room                                SAN-U Optronics           10,000 clean standards, casting high-speed optical communication core cornerstone   In the era of 5G/6G and Al arithmetic outbreak, every microsecond of optical signal transmissioncarries the accurate delivery of massive data. As a supplier of core devices for high-speed opticacommunication, San-U Optronics builds a precision manufacturing environment for semiconductor lasersdetectors and optical transceiver components with 10,000 cleanliness standards to ensure the efficient andstable operation of communication links.  

Xiamen SAN-U Optronics Co., Ltd. (hereinafter referred to as "SAN-U Optronics") has officially announced the launch of the "Xiamen SAN-U Optronics Industrial Park", marking a new era of development for this leading enterprise deeply engaged in the semiconductor optoelectronic field.     The total investment of the industrial park project is as high as 250 million yuan, covering a vast area with a total construction area of 48000 square meters, including two modern factory buildings and a fully functional office complex. The project was successfully completed in less than two years, from the groundbreaking at the end of 2022 to the successful topping out in July 2023, and then to the completion and acceptance filing in February this year, demonstrating the efficient construction capability and firm development determination of SAN-U Optronics.     What is particularly noteworthy is that the industrial park has planned 18 advanced production lines, which not only cover the company's existing core product line, but also introduce breakthrough production lines in cutting-edge technology fields such as 5G carrier network equipment optoelectronic devices, high-voltage SiC series products (above 1200V), sensing laser sources, and MEMS chip packaging and testing. A design and research center and related infrastructure have been built to comprehensively enhance the company's R&D and production strength.       At present, the company is actively developing 400G high-speed optical modules for application in the AI field, and the successful development of ultra-low dark current miniPD chips also demonstrates its profound expertise in chip technology. In addition, SAN-U Optronics' 1550nm series products have successfully entered NIO's new energy vehicle supply chain, achieving a leapfrog development from research and development to mass production.

SAN-U Optronics Industrial Park project has successfully obtained the completion acceptance filing certificate.     The construction area of SAN-U Optronics Industrial Park is about 47400 square meters, with a total investment of about 250 million yuan. It is expected that in the second quarter, SAN-U Optronics will gradually start the relocation of production lines, actively integrate into Xiamen's high-tech industry layout, and strive to become the main supplier of lasers and sensors in China, as well as the leader in segmented tracks. After use, it will promote upstream chip manufacturers around Xiamen to accelerate chip design, and at the same time provide cost-effective optical devices for domestic downstream enterprises, which is conducive to improving the layout of the entire semiconductor industry chain in Xiamen.     Xiamen SAN-U Optronics Co., Ltd. was established in 2001. It is a high-tech enterprise engaged in the research and mass production of high-speed semiconductor lasers/detectors, optical components, and optical modules. Its products are widely used in fields such as cloud computing, optical communication, fiber to the home, and sensing and detection. On the basis of achieving automated mass production of optical communication devices, intelligent packaging and testing platforms for semiconductor chips such as optoelectronic sensing and IoT system applications have been developed, and multiple production lines have been established for laser radar, MEMS sensor devices, sensing laser sources, SiC devices and modules.