External Antenna Survey Unit(ASU)
External Antenna Survey Unit(ASU)
The External Antenna Survey Unit(ASU)is a highly integrated IoT device that utilizes GPS receiving chips to achieve location (longitude, latitude, elevation) and heading angle calculation. It is equipped with high-precision MEMS sensors for dynamic monitoring, tilt angle, and roll angle measurements, among other functions. It can be widely used in mobile communications industry, photovoltaics and other related fields.
Program features
Strong ability to adapt to scenes
High accuracy in ranging and angle measurement, accurate pointing posture, and smooth experience
Support Beidou three global signal reception
Integrated high-precision MEMS sensor
High-precision heading angle measurement
Course angle initialization time is short
System is stable and reliable
IMU is compatible with Italian, French, German, Japanese and domestic products
solution
The External Antenna Survey Unit(ASU)is a highly integrated IoT device that utilizes GPS receiving chips to achieve location (longitude, latitude, elevation) and heading angle calculation. It is equipped with high-precision MEMS sensors for dynamic monitoring, tilt angle, and roll angle measurements, among other functions. It can be widely used in mobile communications industry, photovoltaics and other related fields.
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Cases
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Yu lin project
It plays an irreplaceable role in remote monitoring of antenna changes. It can not only track the attitude changes of the antenna in real time, but also provide powerful data support for engineers and technicians, helping them better manage and maintain antenna equipment and ensure the normal operation of the communication system.
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Nan ning project
It can realize dynamic monitoring, downtilt angle, roll angle measurement and other functions; understand the dynamic situation of the antenna in real time.
案例内图设计文件工参.png
He fei project
Plays a vital role in remote monitoring of antenna changes. This monitoring technology can track the attitude changes of the antenna in real time, including key parameters such as its direction, angle and position, ensuring that the antenna always maintains its best working condition.
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