Terasilic‘s Street Light Sensor Solution Utilizing State-of-the-art 24GHz Millimeter-wave Radar Sensing Technology
Introducing Terasilic's Street Light Radar Sensor, a forward-thinking technology aimed at enhancing the illumination efficiency and driving safety of urban streets. Utilizing state-of-the-art 24GHz millimeter-wave radar sensing technology, TeraSilIC Street Light Radar Sensor can detect oncoming vehicles from a distance, with a maximum range of 80 meters. This technology allows street lights to automatically adjust their brightness based on the traffic conditions on the road, thereby optimizing energy utilization and enhancing driving safety.
In the past, traditional street lights were typically turned on at set times or adjusted based on sunrise and sunset times, lacking the capability to make real-time adjustments based on road traffic conditions. This led to issues such as inadequate illumination on certain roads or wasteful energy consumption. However, with the application of Terasilic's Street Light Radar Sensor, these problems are a thing of the past. TeraSilIC sensor can accurately detect not only cars but also motorcycles and bicycles, with detection distances reaching 80 meters, 30 meters, and 15 meters respectively.
Furthermore, TeraSilIC Street Light Radar Sensor solution boasts low power consumption and can simultaneously detect up to 8 objects, thereby enhancing system flexibility and performance. The detected information can be seamlessly integrated into the street light control system, allowing street lights to intelligently adjust their brightness based on the density of vehicles on the road at different locations. This not only improves energy utilization efficiency in cities but also effectively reduces the likelihood of traffic accidents, thereby enhancing the overall quality of life for urban residents.
In conclusion, the application of Terasilic's Street Light Radar Sensor will bring about significant changes in urban illumination and traffic management. TeraSilIC technology not only improves road illumination efficiency but also effectively enhances driving safety, thereby providing urban residents with a safer and more comfortable traveling environment.
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