Project BackgroundWith the development of society, people's living standards are getting better and their pursuit of quality of life is also increasing. As meteorological information is closely related to people's travel, more and more citizens are paying more attention to its accuracy and convenience in obtaining information. Therefore, improving the transmission stability of data collected by meteorological stations has become the key. Currently, the existing wireless transmission channels may encounter unexpected situations, such as bad weather, equipment damage The Bodaqun wireless communication system can avoid situations such as unstable link transmission. In response to this situation, our company adopts a dual link design. In addition, the device also has high bandwidth, strong anti-interference ability, stable transmission without delay, and can achieve ultra long distance wireless transmission of tens or hundreds of kilometers.conceptual designThis project is to transmit the collected data from the radar belonging to the meteorological station back to the meteorological bureau building through a wireless link. The wireless link and optical fiber are the main and backup links. When a transmission link fails, the other link will be used as a backup link to continue transmitting the collected data, providing security for the real-time transmission of data collected by the meteorological bureau radar station.Program Features01 Wireless equipment has strong anti-interference ability, is stable and maintenance free, and improves departmental efficiency through maintenance losses02 Easy to install, flexible, and fast to build communication platform, practical and efficient03 IP68 protection level, anti-corrosion, dustproof, sunscreen, rainproof, and salt spray corrosion resistant04 Main and backup link design to ensure real-time, effective, and accurate data transmissionInstallation siteEquipment operation status1. After debugging, the device can be connected normally