Septentrio RAIM+ Explained: GNSS Integrity Monitoring
RAIM+ rejects bad GNSS measurements before they corrupt your fix. How Septentrio integrity monitoring keeps RTK stable in multipath. Request a quote.
News and Updates
GNSS Compass for Vessels: Dual-Antenna Heading vs Gyro
A GNSS compass gives a vessel true heading from two GNSS antennas mounted a fixed distance apart — no spinning mass, no magnetic deviation, and typically a fraction of the cost of a marine gyrocompass. Heading accuracy scales with the antenna baseline: as a rule of thumb, about 0.1–0.2° per metre of separation. What actually…
GNSS Receiver for Mining: Beating Multipath and Jamming
A GNSS receiver for mining must hold centimetre RTK accuracy while surviving three conditions a clean-sky receiver is never built for: multipath off high walls and steel machine bodies, broadband RF noise from diesel-electric drivetrains and site radios, and constant shock, dust and vibration. For open-pit and quarry work that means a multi-frequency, multi-constellation receiver…
RTK GPS for Tractors: Auto-Steer Accuracy & Retrofit Options (2026)
What accuracy auto-steer really needs, how RTK achieves ~1 cm + 1 ppm pass-to-pass repeatability, and what a retrofit requires.
Port Logistics Positioning That Survives Steel: a Straddle Carrier GNSS Receiver Re-Engineered on Septentrio mosaic-X5
How MGB-Tech re-engineered PSA Antwerp’s straddle carrier GNSS receivers on Septentrio mosaic-X5 in under three months — centimetre-level RTK, multipath suppression and no operational downtime in a steel-loaded port environment.
RTK Lawn Mower Robot: cm-Level GNSS Without Boundary Wire
An RTK lawn mower robot replaces the buried boundary loop with a virtual perimeter. A multi-frequency GNSS receiver fixes position to ±1–2 cm, corrections arrive over NTRIP or a local base station, and the controller compares that position with a digital map of the lawn. No wire, no ground works — zones are edited in…
Galileo HAS: Free Satellite-Based PPP — Technology Guide and Mosaic-G5 P3H Field Results
How Galileo High Accuracy Service works — SL1/SL2 targets, E6-B and NTRIP (IDD) access, supported Septentrio Mosaic-G5 modules, and measured Mosaic-G5 P3H results: 10 cm in open sky.
Emlid Reach RS3 Alternative: RTK with Anti-Jamming Built In
The best Emlid Reach RS3 alternative for teams working near power lines, radio towers, cell sites, or heavy machinery is an industrial RTK receiver with receiver-level anti-jamming: the Eview GNSS Receiver Box, powered by the Septentrio mosaic-X5 with AIM+ interference mitigation. The Reach RS3 is a proven, well-priced clean-sky survey rover; the Eview box keeps…
Septentrio mosaic-X5 Price: Board vs Receiver Box Options
There is no single “Septentrio mosaic-X5 price” — the mosaic-X5 is a receiver family that ships as a bare OEM board, an integrated receiver box, or an embedded module, and each configuration quotes differently. What you actually pay is driven by form factor, options, volume, and support. This guide breaks down where the money goes…
What Is the Difference Between GPS and GNSS Receiver? A Complete Technical Guide
The short answer: GPS is a single satellite constellation operated by the United States, while GNSS (Global Navigation Satellite System) is the umbrella term for all satellite navigation constellations — GPS, GLONASS, Galileo and BeiDou. A GNSS receiver tracks satellites from several constellations at once, whereas a GPS-only receiver can only use US satellites. For…
