Septentrio Resilient GNSS Receiver: Pioneering Multi-Frequency Precision and Anti-Jamming Innovation in Global Navigation
In the 2018 IGS International Symposium, the research “Quantifying the Current Pilot-Data Bias of GNSS Signals and Satellites” released by Septentrio not only revealed the core operating mechanism of the Resilient GNSS receiver, but also demonstrated its industry-leading position in the fields of multi-frequency and multi-system processing and precise bias calibration of its Septentrio receiver […]
Septentrio Redefines High-Precision Positioning with SIGIL Technology: Resilient GNSS Receiver and Anti Jamming GNSS Innovations
In scenarios such as mobile mapping, autonomous driving, and unmanned aircraft navigation, centimeter-level positioning accuracy and 0.01°-level attitude accuracy are industry necessities. However, complex environments such as urban canyons, dense vegetation, and multipath interference severely restrict the reliability of traditional RTK(Real-Time Kinematic Positioning) and Inertial Navigation System(INS). In response to this challenge, the global high-precision […]
Septentrio Receiver Leads Resilient GNSS Innovation with Anti Jamming GNSS Technology
In the research of “BeiDou Satellite Type Bias in Hybrid Receivers and Its Impact on RTK Positioning”, the POLARx4 Septentrio receiver has demonstrated its technical advantages in a complex multi-satellite type environment. The paper points out that due to the differences in the signal structures of GEO, IGSO, and MEO satellites in the BeiDou system, […]