Zhongwei Photonic Technology (Zhongshan) Co., Ltd. is an international leading provider of microwave photonic transmission devices and systems, specializing in the architecture, R & D and production of microwave photonic transmission systems and devices. The team has systematically established the theoretical system of microwave photonic transmission, which has been put into long-term and massive project practice; the longest microwave photonic transmission distance in the industry is 700km, and hundreds of ultra-long distance microwave photonic transmission have been commercially realized; the largest double-span microwave photonic transmission distance in the industry is 180km; the early detection of optically generated microwave in the industry; the earliest application based on microwave photonic Overlay in the industry; Developed the world's first Triplexer. The products and solutions of Zhongwei Photonics Technology (Zhongshan) Co., Ltd. are widely used in medical PET/CT/MRI optical RF transmission and high-precision time-frequency, SERDES phase-stabilized transmission, optical fiber slip ring; UHF detection of power partial discharge; ultra-long distance and large-span high-precision optical fiber time-frequency transmission; ultra-long distance and large-span optical fiber quantum classical communication; vehicle-mounted optical communication; Space optical communication, laser radar, VLBI, 5G/6G optical radio frequency transmission device, optical radio frequency Beidou timing, optical GNSS and other fields.
Microwave photonic transmission systems and devices: medical PET/CT/MRI optical RF transmission and high-precision time-frequency; SERDES phase-stabilized transmission; power partial discharge UHF detection; ultra-long distance large-span high-precision optical fiber time-frequency transfer; ultra-long distance large-span optical fiber quantum classical communication; vehicular optical communication; space optical communication; laser radar; VLBI; 5G/5.5G/6G optical radio frequency transmission device; optical radio frequency Beidou timing; optical GNSS; detector; laser.