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Septentrio, first choice for drone gps

Septentrio, first choice for drone gps

In the explosive growth of drone mapping, agricultural monitoring and urban logistics, high-precision drone gps has become a necessity in the industry, while signal interference in complex electromagnetic environments is becoming a core pain point that threatens operational safety.With more than 20 years of technical accumulation, Septentrio, a Belgian high-precision GNSS giant, has constructed a “diamond-level protection system” for drone gps with its Mosaic series of anti-jamming positioning modules, which has become the first choice of global users.
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Septentrio mosaic-X5: Resilient GNSS Receiver for Smart Agriculture and Autonomous Driving Systems

The mosaic-x5 Anti Jamming GNSS technology sets a new benchmark for trustable positioning. For autonomous tractors, it enables centimeter-precise implement control during tillage and planting. For robotaxis and trucking platoons, it provides cryptographic assurance against gps spoofing while ensuring continuous positioning through urban canyons. As GNSS jamming evolves from rare threat to routine risk, this Septentrio-engineered module delivers the resilience demanded by tomorrow’s smart farms and roads.
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Septentrio mosaic-X5: The Resilient GNSS Receiver Engine for Critical Drone, Surveying, and Port Operations

The Septentrio mosaic-X5 Resilient GNSS receiver delivers military-grade reliability in a compact 31x31x4mm Resilient GNSS board. This Anti Jamming GNSS module tracks all constellations (GPS, BeiDou, etc.) with 448 channels, enabling centimeter-level RTK precision for surveying GPS and port logistics. Its AIM+ technology defeats GPS jammers and GNSS spoofing threats, critical for secure drone GPS navigation. IONO+ ensures stability in ionospheric disturbances, while LOCK+ maintains signal lock during vibrations. As an ultra-low-power RTK GPS module, it empowers marine mapping, port AGVs, and UAVs to operate reliably under interference.

Septentrio Resilient GNSS Receiver: Pioneering Multi-Frequency Precision and Anti-Jamming Innovation in Global Navigation

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

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
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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,…

Septentrio’s Resilient GNSS Receiver and Anti Jamming GNSS Technology Redefine High-Precision Positioning
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Septentrio’s Resilient GNSS Receiver and Anti Jamming GNSS Technology Redefine High-Precision Positioning

In the field of satellite navigation, interference has become the core challenge threatening positioning accuracy and availability. Whether in aviation navigation, precision agriculture, or autonomous driving, Resilient GNSS receivers must maintain stable performance in complex electromagnetic environments. As a global leader in Anti Jamming GNSS technology, Septentrio has set a benchmark through its revolutionary AIM+…

Septentrio Resilient GNSS Receivers Redefine High-Precision Positioning in Dynamic Environments
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Septentrio Resilient GNSS Receivers Redefine High-Precision Positioning in Dynamic Environments

In the field of high-precision positioning and attitude determination in dynamic environments, Septentrio, with its ground-breaking multi-antenna Resilient GNSS receiver technology, has always been at the forefront of the industry. Through the research results of the paper “Attitude Performance Comparison of Multi-Antenna Receivers”, we can gain an in-depth understanding of the core technical advantages of…

Septentrio Resilient GNSS Receivers Redefine High-Precision Positioning Through SBAS and PPP Innovation

Septentrio Resilient GNSS Receivers Redefine High-Precision Positioning Through SBAS and PPP Innovation

Today, with the rapid development of satellite navigation technology, Septentrio, as a leading enterprise in the field of global high-precision GNSS receivers, continuously pushes the boundaries of positioning accuracy with its outstanding technical strength and innovation ability. Through participating in the Australia-New Zealand SBAS(Satellite-Based Augmentation System) test platform project, Septentrio’s Resilient GNSS receivers have demonstrated…

Septentrio Resilient GNSS Receiver Redefines Port Automation with Anti-Jamming GNSS Technology
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Septentrio Resilient GNSS Receiver Redefines Port Automation with Anti-Jamming GNSS Technology

Today, with the rapid operation of the global supply chain, ports and container terminals, as logistics hubs, are facing multiple challenges such as the surging cargo throughput, the upgrading of equipment automation, and the complication of the operating environment. Traditional positioning technologies (such as DGPS or systems based on ground beacons) have been difficult to…