With the popularization of the three-dimensional transportation concept, the railway system is playing an increasingly important role in urban transportation and will surely become an important link in the future transportation field. A fully digital video surveillance system developed to address safety issues within intercity/urban trains.

The system adopts a fully digital + local area network structure, which is very suitable for intercity/urban trains that have the characteristics of relatively independent monitoring, limited space for installation equipment, and the number of carriages can be adjusted according to actual needs.

Fully digital + LAN structure. This system adopts a network camera + computer solution. Compared with the full analog solution and the hybrid analog and digital monitoring solution, this solution truly achieves “plug and play” and is very simple to use; each train forms a local area network system, ensuring Real-time image transmission and high picture quality.
High cost performance. The system uses a digital camera, which has an advantage in price. The broadband transmission of the local area network ensures the quality of the image. In addition to the monitoring, recording, and callback functions of the general surveillance system, it also provides multiple/single screen switching display and multiple searches. methods and other functions.
Easy to operate. The system’s hardware is easy to install, and the software’s operation is simple and easy to learn. When the number of carriages is increased or decreased, you only need to remove the network cable of the camera in the corresponding carriage and make slight adjustments to the software settings.
Good scalability. The system interface adopts industry standards. In future expansion, only network cameras need to be added or removed without making other adjustments to the software or equipment, which facilitates system expansion.
Each time the train arrives at the station, it can transmit the images of its own station to the control room of the station through WLAN; after arriving at the terminal, it can transmit the images of all the stations it passes to the terminal.