Background

Bus is the most common type of public transport in urban transportation. As the urban population and urban area continue to increase, the demand for buses increases accordingly, which also puts forward higher requirements for the buses management. The management department must not only monitor and maintain the health status of the buses, but also continuously improve the informationization of them in order to serve passengers more safely and conveniently.

On-board video surveillance equipment, intelligent payment systems, dispatch terminals, security devices and other on-vehicle equipment also put forward higher requirements for the reliability and stability of the network. The in-vehicle information equipment is independent of each other in the bus domain network, which lacks the core management module to realize more functions in the bus domain network. In addition, the regulatory authorities are also constantly placing new requirements on public transportation. To this end, USRIOT provides industrial 4G routers to help bus companies achieve intelligent networking of buses.

Solutions

Industrial 4G routers connect devices on the vehicle through various interfaces to provide LTE network access for various communication devices with networking requirements. Not only can the equipment on the buses be connected to the terminal management system to realize the remote monitoring of the equipment status, but also can transmit the camera pictures to the remote video monitoring system through the network. At the same time, the router can also provide 4G to WiFi Internet service to improve citizens' travel experience.

Advantages

1. Connect the buses to a high-speed 4G network, and provide network access to buses with network requirements through the Ethernet interface, WiFi interface, and RS232 interface.

2. Industrial 4G router USR-G800 V2 supports connection to the USR remote management platform, which can monitor the status of the router in real time and generate an alarm message when an abnormality occurs.

3. Real-time transmission of the camera images in the buses to the monitoring and management platform.

4. The devices in the vehicles operate stably and reliably, providing a safe network environment for vehicles.