Radiolink ANT-B10 RTK Base Station/ ANT-M7 RTK Rover Antenna

Radiolink ANT-B10 RTK Base Station/ ANT-M7 RTK Rover Antenna High Quality of Signal Receive and Low Delay for RC FPV Drone

RTK mobile sleeve antenna

1. Good directivity. It adopts four-feed eight-arm passive antenna for reception, with low axial ratio, small phase center offset and high positioning accuracy; It has high phase center stability, good repeatability and good directivity. It is suitable for high-speed aircraft.

2. The receiving area and height of the four-feed eight-arm passive stereo antenna are greatly improved, which greatly improves the low elevation gain and has strong tracking capability for low elevation satellites, ensuring that the number of available satellites for the measurement system is sufficient;

3. Anti-out-of-band interference. The antenna adopts the design of pre-sound surface filter and secondary sound surface filter, with high out-of-band suppression, which can effectively suppress out-of-band interference signals, and is not afraid of being close to radio communication equipment, 4G/5G transmission towers, high-voltage lines, etc.

4. Anti-in-band interference. It adopts ultra-low noise coefficient and high linearity LNA, with wide dynamic range and strong anti-co-frequency interference capability.

RTK Ground

1. Good directivity The four-feed eight-pin antenna design has a low axial ratio, small phase center offset, and high positioning accuracy; the phase center has high stability and good repeatability; the directivity is good during use, and there is no fear of movement.

2. A large number of satellites received The four-feed eight-pin antenna has a high gain at low elevation angles and a strong ability to track low-elevation satellites, ensuring that the number of available satellites in the measurement system is sufficient.
3. High signal quality Low delay Using ceramic filters and delay compensation circuit design, the obtained measurement time accurately improves positioning accuracy.

4. Anti-out-of-band interference The antenna adopts a front ceramic filter and a secondary ceramic filter design, with high out-of-band suppression, effectively suppressing out-of-band interference signals, and is not afraid of being close to radio communication equipment, 4G/5G transmission towers, high-voltage lines, etc.

5. Anti-in-band interference The ultra-low noise coefficient and high-linearity LNA are used, with a wide dynamic range and strong anti-co-frequency interference capability.