Resilient GNSS positioning under ionospheric disturbances
High-precision GNSS applications are increasingly relied upon across industries, from automation and robotics to precision agriculture and surveying. However, ionospheric disturbances remain one of the largest sources of GNSS positioning errors, particularly during periods of high solar activity.
In their latest white paper, u-blox experts explain how ionospheric conditions affect GNSS performance and how combining multi-band GNSS technology with advanced correction services can significantly improve positioning reliability and availability.
The paper also explores how resilient positioning solutions help operators maintain productivity, while reducing costly downtime caused by GNSS disruptions.
Key highlights:
Understanding the ionosphere and its impact on GNSS signal propagation
Why solar activity increases positioning challenges
How multi-band GNSS receivers improve resilience against ionospheric errors
The role of real-time correction services in mitigating atmospheric disturbances
How resilient positioning improves operational efficiency and reduces downtime
