Autonomous solutions require reliability and accuracy to effectively operate in their working environments. Whether it’s an autonomous parking and valet robot or industrial mower, customers need to be ...

refer to the electrical phase centers of the GNSS transmitting and receiving antennas. The phase center offsets (PCOs) between the electrical and mechanical reference points must be known to an ...

With the Trimble BX992 high-precision enclosure and AV28 multi-frequency antenna aboard the system ... By also integrating inertial sensors directly into some of the GNSS modules, users can experience ...

Features of autonomous operations such as patrolling the GEO belt and frequent manoeuvres at a certain location make real-time positioning using the Global Navigation Satellite System (GNSS) valuable.

We love seeing the incredible work many RF enthusiasts manage to pull off — they make it look so easy! Though RF can be tricky, it’s not quite the voodoo black art that it’s often made out ...

ensuring exceptional RTK performance. The module is the ideal choice for high-precision applications in difficult environments. and the LG290P is available as part of a new GNSS module, antenna ...

energy efficient baseband provides ultra-fast acquisition and precision tracking performance. The unique baseband architecture provides configurability for very low power applications with reduced ...

and currently the best way to get that information is to use a global navigation satellite system (GNSS) such as GPS. Unfortunately, the antenna used for this secondary satellite connection leaves ...