The GIOVE-A satellite is in good health and started transmitting the first Galileo signals from medium Earth orbit on 12 January. GIOVE-A is the first element of the Galileo In-Orbit Validation ...

Falsifying Galileo satellite signals will become more difficult Date: February 10, 2017 Source: KU Leuven Summary: The European Union activated its Galileo satellite navigation system in December ...

The FCC's space-focused meeting today had actions taken on SpaceX satellites and orbital debris reduction, but the decision most likely to affect users has to do with Galileo. No, not the ...

One Galileo satellite has been reconfigured to emit a new signal component optimized to serve low-end receiver devices and internet of things applications.

Galileo sensor stations, reversing the way satellite navigation usually operates, work together to pinpoint a Galileo satellite’s orbital position, its clock rate and signal health.

EUSPA, in collaboration with the European Commission, has published a new version of the Galileo Open Service Signal in Space Interface Control Document (OS SIS ICD).

Galileo teams within ESA and industry have the means to observe and record the spectrum of the signals transmitted by GIOVE-B in real time.

Galileo’s capabilities have grown with the addition of a new High Accuracy Service, freely available worldwide to anyone with a suitably equipped receiver.

LuGRE consists of a weak-signal GNSS receiver, a high-gain L-band patch antenna the requisite amplification and filter circuits, designed to track a number of GPS and Galileo signals.

We have added Galileo E6 support and OSNMA, BeiDou phase III satellites (PRN>37) and other new signals (B3I, B2b) to our products through our latest firmware releases. We are also contributing to the ...

The GIOVE-A satellite is in good health and started transmitting the first Galileo signals from medium Earth orbit on 12 January.

Keeping Galileo on track The basic principle behind Galileo is simple. The satellites in space transmit signals incorporating a highly-precise time measurement, exact to a few billionths of a second.