The GNSS receiver receives the signals transmitted by the GNSS satellite through the antenna. The signals generated by the GNSS satellite include ranging code, carrier and navigation message.

The development of science and technology has brought great changes and convenience to our lives. With the help of mobile phones and cars, we can go to countries or cities we have never been to before without worrying about getting lost. Most people who have used mobile phone navigation or driving have heard of GPS navigation, while few people know

Robots are not only the key to advanced manufacturing, they also play an important part in improving human lifestyle. With the development of artificial intelligence, cloud computing, Internet of Things and sensing

​In the world of precision land surveying, the surveying antenna is a crucial piece of equipment. It serves as the interface between the GNSS receiver and the satellites, capturing and transmitting the signals that enable accurate positioning and mapping.

​Land survey antennas are the backbone of any accurate field measurement. They are responsible for capturing the signals from GNSS satellites, which are then processed by the receiver to determine the precise position of the antenna.

​In the aviation industry, precise navigation is essential for safe and efficient operations. Aviation GNSS RTK (Real-Time Kinematic) antennas play a crucial role in enabling this precision by providing high-accuracy positioning data.