
Nanjing Yuanchuang Xincheng Technology Co., Ltd. (Hericori), established in 2017 and headquartered at the Sancai Software Building in the Qinhuai District of Nanjing, is a national high-tech enterprise. The company focuses on the development of ultra-wideband SIP (System-in-Package) RF modules, phased array antennas, and related radar subsystem technologies. Building upon its self-developed core underlying technology for ultra-wideband RF SIP, Hericori has established a three-pronged business strategy comprising: A foundational RF module platform, commercial aerospace microwave payloads, and overseas RF communication equipment. Its business positioning is to serve enterprises, support commercial aerospace applications, and target global markets. The company's core business encompasses cutting-edge products, including ultra-broadband SIP RF modules, phased array antennas, T/R modules, spaceborne measurement, control, and data transmission modules, standalone systems, UAV-based SAR radar subsystems, and core modules for ground-based satellite communication terminals. Leveraging its self-developed core RF chips and ultra-broadband SIP modules, the company is continuously building commercial satellite-space integrated data transmission, remote sensing, and measurement, control systems. It also engages in international technical collaborations and strategic expansion into overseas markets, operating in a high-quality industrial sector characterized by rapid growth. The company's core R&D and manufacturing teams consist of key talents drawn from national research institutes and academies. The team possesses extensive experience spanning years in the R&D and mass production of ultra-wideband transceiver frequency converters, T/R modules, frequency sources, power amplifiers, SIP modules, high-reliability packaging, precision soldering, and high-density integration, thereby establishing a profound technical foundation. The company has independently mastered core micro-assembly processes and integrated packaging technologies, as well as ultra-wideband SIP RF module integration technology, miniaturized 2D phased-array antenna integration technology, and airborne SAR radar system integration technology. It holds multiple invention patents and software copyrights, and continues to drive the practical implementation and industrialization of technologies aimed at miniaturization, standardization, and high-end development of RF microsystems. Its innovative business model facilitates the transition of microwave payload products from customization to standardization in response to market demands, with the ultimate goal of achieving the highest overall cost-performance ratio for microwave products.