The complex and demanding railway transportation sector requires computer hardware and software that is secure, durable and offers high performance.
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Many of the currently evolving technologies in the sector have given rise to embedded solutions and platforms designed to seamlessly integrate both computer hardware and software.
Train control and monitoring systems (TCMS) used in railways, for example, are critical for the efficient control of the train and ensure the safety of passengers.
An effective TCMS should enable the effective control and monitoring of all the sub-systems such as doors, brakes, lighting, passenger information systems (PIS) and video surveillance.
Leading railway information software and computer hardware suppliers
Our Railway Technology team has researched and listed some of the leading manufacturers and suppliers of computer hardware and software, and control and monitoring systems for railways.
This extensive list includes suppliers of computer systems for railways, wireless technology solutions, communication and safety solutions, railway signalling software, video surveillance systems, train management systems, and embedded solutions and software.
We have also included valuable information about leading suppliers of automatic railway control systems, computers for automation and control, and lighting control systems.
In addition, we have detailed some of the leading providers of train monitoring and recording systems, and rolling stock and asset monitoring software and systems.
Within our rigorously researched and carefully compiled download document is a wealth of invaluable industry information.
This content is of particular value to electronics maintenance engineers, railway project managers, railway signalling managers, railway infrastructure managers and railway software engineers.
Leading railway information software and hardware used by operators
Railway operators use software and hardware to perform a range of functions, including, but not limited to:
- Site control and inspection
- Computer-aided simulation and visualisation of assets
- Asset management
- Monitoring of rolling stock and other devices
- Passenger management
- Implementation of railway infrastructure projects
- Train automation
- Fleet planning and management
- Public announcement
Any considered or chosen computer software and hardware should have certain key attributes.
These should include, without being limited to simplicity and flexibility that enables mid-life upgrades and retrofits, apart from stability in terms of durable design based on the latest technology.
The importance of railway signalling software
Railway signalling software is critical for the smooth and safe functioning of trains and the prevention of route conflicts.
Computer-based and electronic interlocking systems and electronic crossing controllers in railway signalling need to meet the highest levels of safety and reliability by effectively controlling signals and track switches.
The systems also need to be adaptable and flexible to meet the varying requirements of train movements based on customer requirements.
Automatic railway control system for trains
Automatic control systems for trains use real-time monitoring and communications software to track the movements and location of trains and ensure safety.
Control systems help in avoiding train collisions by alerting train operators to maintain a safe distance.
They also perform functions such as line speed enforcement and implementation of speed restrictions.
FAQs
What types of hardware and software are used in railway control and monitoring?
Railway systems utilize hardware like sensors, processors, and embedded systems combined with software for real-time control and monitoring of trains, doors, lighting, brakes, and more.
This integration ensures smooth operations, passenger safety, and effective management of railway infrastructure.
How do control systems improve train safety?
Control systems such as Train Control and Monitoring Systems (TCMS) prevent accidents by monitoring train speeds, track conditions, and signalling. These systems automate braking, enforce speed limits, and ensure safe distances between trains.
Why is software flexibility important in railway systems?
Flexible software allows for upgrades and retrofits to accommodate new technologies and changing operational needs.
This ensures the longevity of control and monitoring systems, enabling seamless integration with future advancements like AI and IoT.
How does railway signalling software enhance operations?
Railway signalling software coordinates the movement of trains by controlling signals and track switches.
It ensures that trains run on schedule, reduces the risk of collisions, and optimizes route management for efficient operations.
What role do automatic train control systems play?
Automatic train control systems use real-time data to monitor train locations, manage speed, and prevent collisions.
These systems improve safety and efficiency by automating routine tasks and providing alerts for operational hazards.