Using 5G gateway to monitor the driving of large trucks, traffic safety is more assured

Large trucks are the most common freight vehicles around us. From various raw materials to finished goods, large and small trucks are needed to undertake the transportation work in the process. However, because trucks usually have a large load, large volume, and many blind spots, they also create more traffic safety risks.

To ensure the traffic safety of large trucks, we can use the Gigabit 5G gateway. Relying on the gateway's powerful data collection capabilities, wireless communication capabilities, equipment control capabilities and edge computing capabilities, we can build a multi-dimensional safety monitoring system for large trucks to assist drivers in driving safely and carefully and reduce traffic risks.

The BMG5000 series Gigabit 5G gateway has Gigabit Ethernet port, RS485, RS232 and other interfaces, which can connect and control high-definition cameras, sensors, speakers, LED lights and other devices. It supports 5G/4G communication functions, GPS function (optional), WiFi function (optional), etc., to achieve mobile communication and real-time positioning, and maintain persistent online.

Large truck safety monitoring solution based on 5G/4G smart gateway

1. Driving blind spot supplement: Large trucks generally have driving blind spots. When large trucks change lanes or turn corners, the lack of driving vision can easily lead to traffic safety hazards. Therefore, it is necessary to supplement the side and rear vision of the vehicle. By deploying side and rear cameras, the BMG5000 intelligent gateway can centrally collect video signals and display them on the cab screen to assist the driver in obtaining the situation around the vehicle and better ensure driving safety.

2. Driving warning prompts: When a large truck needs to reverse or turn, the intelligent gateway will autonomously control the vehicle body speakers to broadcast warning sounds and flash LED warning lights to remind nearby pedestrians and vehicles to slow down and avoid them, thereby reducing the risk of collision.

3. Real-time driving recording: Vehicle cameras collect driving video footage, which can be uploaded to the company headquarters in real time through 5G/4G wireless networks. The company can also remotely access the driving footage, check the vehicle's driving status, and improve logistics management capabilities.

4. Vehicle positioning: The gateway can optionally have GPS positioning function, and the vehicle can be uploaded to the company in real time to ensure that it travels according to the planned time period and planned route.

5. Emission monitoring: The gateway can also connect to sensors to collect vehicle exhaust emission data, analyze and compare historical data, analyze vehicle engine status, and perform maintenance.