The mass transit industry stands on the brink of a transformative era, where Connected Rail Systems and The Connected Train Network are not just concepts but actionable realities. Belden, with its forefront technology solutions, is at the helm of this transformation, ensuring that the deployment of these systems enhances operational efficiencies, safety, and passenger satisfaction across the globe.
On-train networks provide services to all onboard systems. Some relate to train control and operation and strongly affect operational capabilities. Others influence riders’ travel experiences and ability to stay connected to the world outside the train.
Elements to consider for connected train network systems
Train control
systems
Control systems govern functions like speed & braking, automated guidance & door controls—critical devices that typically run on a private, closed network.
列车运行
系统
操作系统（例如闭路电视（CCTV） & 公共广播 (PA) 系统执行必要的功能，将监督能力扩展到船上环境。
车载体验
系统
乘客体验系统确保乘客保持连接—或信息、娱乐或生产力—在旅途中。
Key benefits of connected train networks
|
Passenger safety & security Onboard automation & surveillance improvements to improve passenger safety & security |
Passenger experience Improve onboard information transparency & passenger services to improve passenger experience |
Maintenance Predictive maintenance for rolling stock to reduce unplanned failures & maintenance costs |
|
Labor productivity Automate onboard operations of rolling stock to increase productivity & limit errors |
Asset productivity Reduce distance between trains on the same track & operate more trains simultaneously to increase rolling stock utilization |
Our approach to connected train network solutions
Establishing reliable network connections onboard rolling stock presents unique challenges. The constant vibration of the train in motion complicates calibration of the delicate balance required to manage multiple systems with varying levels of criticality competing for bandwidth across public and private networks.
Belden has the expertise to manage such complexity based on a deep knowledge of well-documented uses built specifically for rail applications. Our approach begins with a thorough analysis of the requirements, followed by designing, securing, deploying, and validating a solution that best adapts to the specific case.
