李龚导航 builds inertial navigation and satellite positioning systems using FPGA, DSP, and ARM architectures. The tech stack—GNSS/BeiDou baseband algorithms, inertial measurement unit signal processing, and embedded C/C++—points to a hardware-firmware company focused on navigation sensors and subsystems. Active quality management system implementation and repeated mentions of system calibration suggest the company is scaling production from R&D into manufacturing, a phase where process rigor becomes critical.
李龚导航 develops inertial navigation and GNSS positioning products for embedded systems and navigation applications. The company's engineering foundation spans signal processing (DSP, FPGA), real-time embedded control (ARM, ZYNQ), and satellite positioning (BeiDou, GNSS baseband algorithms). Current roadmap emphasizes moving new research prototypes into production—inertial navigation product design, GNSS algorithm development, and system calibration are active work streams—while establishing quality management (GJB9001C compliance) and error compensation processes. Based in Beijing, the team is engineering-focused with senior and mid-level concentration.
The company uses FPGA, DSP, ARM processors, ZYNQ SoCs, and embedded C/C++ for signal processing and control. Navigation-specific stack includes GNSS and BeiDou baseband algorithms, MEMS sensors, and real-time interfaces (CAN, RS485, UART). Measurement tools include oscilloscopes and vector network analyzers.
Current development priorities include inertial navigation systems, GNSS positioning products, and baseband signal processing algorithms. The company is transitioning these from research prototypes into production, with ongoing work on system calibration, error compensation, and manufacturing quality processes.
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