What makes Septentrio GNSS receivers different from others?

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Septentrio GNSS receivers deliver highly accurate, robust, and secure positioning in even the most challenging environments. Their edge comes from a powerful fusion of advanced satellite tracking, proprietary GNSS+ algorithms, and industry-leading signal integrity technologies.

What makes them stand out?

Septentrio GNSS receivers deliver highly accurate, robust and reliable positioning through all-in-view, multi-frequency, multi-constellation tracking, backed by industry-leading interference mitigation and integrity monitoring technologies.

1. All-in-view, multi-frequency, multi-constellation tracking
Septentrio has supported GPS, GLONASS, Galileo, BeiDou, QZSS, and NavIC from the ground up—offering comprehensive satellite visibility across all frequencies for unmatched positioning reliability and speed.

Proprietary GNSS+ algorithms from Septentrio

2. Built-in GNSS+ algorithms for challenging conditions:

  • AIM+ (Advanced Interference Mitigation & Monitoring): Industry-leading technology that defends against GNSS jamming and spoofing, ensuring signal integrity in RF-hostile environments such as marine, defense, UAV and many more markets.
  • RAIM+ (Receiver Autonomous Integrity Monitoring): Enhances reliability by continuously checking the consistency of GNSS signals, ideal for safety-critical applications.
  • IONO+ Mitigates the effects of ionospheric scintillation, maintaining accuracy during solar activity such as solar flares, scintillation which happens more often equatorial regions.
  • APME+ Multipath mitigation to maximize the use of direct signals coming from GNSS satellites and minimize the impact of reflected signals from nearby structures, a common issue in urban canyons, but also in terrestrial surfaces like hills and trees.
  • LOCK+ Enhances performance under vibrations by assuring superior tracking under strong vibrations or shocks, making it ideal for dynamic applications like UAVs, robotics, and heavy machinery such as mining and construction.