GNSS / GPS receivers

Septentrio GNSS receivers stand out for their robust, reliable, and centimeter-level accurate positioning, even in tough environments. Key features include:

• AIM+: Advanced anti-jamming and anti-spoofing for signal integrity
• RAIM+: Real-time signal consistency checks for high reliability
• IONO+: Ionospheric disturbance mitigation
• APME+: Multipath mitigation in urban and natural environments
• LOCK+: Vibration resistance for dynamic applications

With multi-frequency, multi-constellation tracking and GNSS+ technology, Septentrio is trusted across industries like UAV, construction, mining, and defense. Available in GNSS only and GNSS + INS versions.

Septentrio GNSS receivers are trusted across industries that need high-precision, reliable, and interference-resistant positioning. Key sectors include:

• Industrial : Marine, mining, construction, precision agriculture, rail, logistics, and ports

• Geoscience & Infrastructure : Surveying, mapping, environmental monitoring, structural health, timing, reference stations, scientific

• Autonomous Systems:  UAVs, autonomous vehicles, robotics, AGVs

• Defense & Space: Assured PNT for military and critical infrastructure, space missions, and satellite navigation

These receivers power applications from autonomous machines to scientific research and national infrastructure.

Septentrio delivers industry-leading precision, interference resilience (AIM+), and robust GNSS only or  GNSS + INS performance even in harsh environments.

With a wide range of form factors: from compact and ultra-compact modules, toOEM boards and rugged and ultra-rugged boxed receivers, Septentrio supports flexible integration across industries like UAVs, construction, mining, marine, robotics, and space.

What sets us apart? Expert support, deep application knowledge, and long-term reliability.

Learn more.

GNSS (Global Navigation Satellite System) is the umbrella term for all satellite navigation systems, including GPS (USA), Galileo (EU), BeiDou (China), GLONASS (Russia), and regional systems like QZSS (Japan) and NavIC (India).

GPS is just one part of GNSS. Septentrio receivers use multiple GNSS constellations for better accuracy, signal availability, and reliability—especially in challenging environments.

Learn more why multi-frequency and multi-constellation matters.  

Septentrio receivers use AIM+, our advanced interference mitigation technology, to detect and block GNSS jamming and spoofing in real time.

AIM+ combines intelligent signal processing with robust RF hardware to deliver secure, reliable positioning, even in noisy or hostile environments. Key features include:

• Real-time jamming & spoofing detection
• Spectrum analysis tools via web UI or RxTools
• Multi-frequency, multi-constellation tracking for added signal validation

Ideal for mission-critical applications like UAVs, autonomous vehicles, defense, and infrastructure.

Check out our GNSS interference brochure and GNSS spoofing brochure or learn more here. 

Septentrio receivers deliver flexible positioning accuracy based on your setup:

• 1–2 cm with RTK (Real-Time Kinematic) or Network RTK
• 5–10 cm with PPP (no base station needed)
• 50 cm–1 m with DGNSS or SBAS
• 1–2 m standalone (no corrections)

They support all major correction services (RTK, PPP, NTRIP, etc.) and are built for reliability in tough conditions—thanks to advanced features like AIM+ , RAIM+, IONO+, APME+ and LOCK+ .

Learn more about our advanced positioning technology and our Agnostic GNSS Corrections Program.

Yes, all Septentrio receivers support multi-frequency independent tracking  (e.g., L1, L2, L5) and multi-constellation (GPS, Galileo, GLONASS, BeiDou, QZSS, NavIC, SBAS) by default.

This delivers:

• Higher accuracy and faster convergence
• Better ionospheric correction
• Robust performance in obstructed or high-interference areas

Ideal for demanding applications like UAVs, autonomous vehicles, agriculture, marine, and surveying.

Learn more about the benefits of full GNSS tracking and or our GNSS+ advanced positioning algorithms.

Yes. Septentrio receivers are built for seamless integration into custom and embedded systems, with:

• Flexible interfaces: UART, USB, Ethernet, CAN
• Output formats: NMEA, RTCM, and Septentrio Binary (SBF)
• Full documentation & SDK tools for developers
• Compact modules for size-constrained designs, OEM boards, rugged units
• GNSS only and GNSS + INS (Inertial Navigation System) variants with sensor fusion (FUSE+) for added performance and orientation data

Perfect for UAVs, robotics, precision agriculture, autonomous systems, and more.

Septentrio offers GNSS receivers in a variety of form factors to suit different integration needs:

• Compact and ultra-compact modules – Ideal for SWaP-constrained embedded systems
• OEM boards – Compact, high-performance boards for system integration
• Rugged enclosed units – Weatherproof, plug-and-play receivers for field use
• GNSS only and GNSS + INS options – Available in both boxed and OEM formats, combining GNSS with inertial sensors for uninterrupted, orientation-aware positioning
  
  Perfect for UAVs, robotics, precision ag, surveying, autonomous vehicles, and more.

Yes. Septentrio offers expert technical support with direct access to GNSS specialists and extensive documentation. Firmware updates keep receivers current with new signals, performance improvements, and security enhancements—ensuring long-term, future-proof GNSS performance.

You can buy Septentrio GNSS receivers through our official Septentrio Webshop, authorized global dealers, or select online retailers like DigiKey. For demos or help, contact our sales team. We also partner with ecosystem partners offering plug-and-play kits and integrations for platforms like Pixhawk, ROS, Arduino, and Raspberry Pi. Open-source tools and drivers are available on GitHub for developers.