Nex-G Innovations

5GRail (5G-Railway) Training

The objective of the 5GRail Training & Certification program is to equip participants with in-depth knowledge of 5G technology tailored to railway communication systems, focusing on the integration of 5G for enhanced connectivity, safety, and efficiency in rail operations.

The course covers 5G network architecture, key standards such as FRMCS (Future Railway Mobile Communication System), and the role of 5G in supporting critical rail functions like real-time data transmission, autonomous train control, and predictive maintenance.

Designed for telecom engineers and railway professionals, this program prepares participants to implement and maintain 5G-based railway communication networks, ensuring seamless, reliable, and future-proof operations in the rail industry.


Training Code: NES_SK_35189

Duration: 40 Hrs/ 4 Weeks / Customized

Mode: Corporate (Instructor Led - Online / Offline / Onsite), Individual (Instructor Led - Online / Offline)

+91-8826900551

Module 1 - Introduction to 5G Rail (5Grail)

  • Overview of traditional railway communication systems (GSM-R, LTE-R)
  • Transition from legacy systems to 5G
  • Key features of 5G technology in the context of railways (e.g., ultra-reliable low latency communication, high throughput, massive IoT)
  • Introduction to FRMCS (Future Railway Mobile Communication System) and its role as the next-gen communication system for railways
  • Global trends and current 5G Rail projects

Module 2 - 5G and FRMCS Architecture for Railways

  • 5G core and radio access network (RAN) components specific to railways
  • Network slicing for different railway services (e.g., operations, passenger services)
  • Multi-access edge computing (MEC) for real-time railway applications
  • Integration of FRMCS with existing GSM-R and LTE-R infrastructure
  • Mobile communication and connectivity requirements for high-speed rail environments
  • FRMCS-specific architecture, frequency bands, and spectrum requirements

Module 3 - 5G and FRMCS Applications for Rail Operations and Infrastructure

  • Real-time monitoring and predictive maintenance using 5G-enabled IoT sensors
  • 5G in autonomous and semi-autonomous train control
  • 5G and FRMCS for enhanced signaling systems and railway control centers
  • Data analytics and AI integration for proactive railway management
  • Case studies on 5G and FRMCS in railway automation and infrastructure monitoring

Module 4: Passenger Connectivity and Experience in 5G Rail

  • 5G-enabled high-speed internet and multimedia services for passengers
  • Smart ticketing systems and real-time passenger information services
  • Personalized passenger experiences through data analytics and 5G connectivity
  • Enhancing entertainment and infotainment systems with 5G technology
  • Case studies on improving passenger experiences through 5G connectivity

Module 5 - FRMCS: Future Railway Mobile Communication System

  • Evolution from GSM-R to FRMCS and its alignment with 5G
  • Key features and services enabled by FRMCS (e.g., voice communication, data, safety applications)
  • FRMCS frequency bands and spectrum planning
  • Integration of FRMCS with 5G and railway-specific use cases
  • Challenges in transitioning from GSM-R to FRMCS
  • Standardization efforts and industry collaboration for FRMCS deployment

Module 6 - 5G Rail Network Deployment and Coverage Optimization

  • Planning and deploying 5G infrastructure along railway corridors
  • Frequency planning and spectrum management for railway applications
  • Addressing the challenges of high-speed mobility and network handovers in trains
  • Coverage planning and ensuring seamless connectivity for high-speed rail
  • Infrastructure requirements, including towers, antennas, and small cells

Module 7 - 5G and FRMCS Security and Safety for Railways

  • Cybersecurity risks and mitigation strategies for 5G and FRMCS railway networks
  • Protecting critical communication infrastructure from cyber threats
  • Enhancing safety systems using 5G and FRMCS (e.g., emergency communication systems, disaster recovery)
  • Ensuring secure data transmission for operational control and passenger services
  • Regulatory compliance and safety standards in 5G and FRMCS Rail

Module 8 - 5G IoT and Smart Rail Systems

  • Overview of IoT devices and sensors used in railways (e.g., track monitoring, asset tracking)
  • 5G-enabled predictive maintenance and real-time diagnostics
  • Smart stations and IoT-based passenger services
  • Real-time data collection and decision-making powered by 5G IoT systems
  • Integration of AI and IoT for enhanced operational control

Module 9 - 5G and FRMCS Use Cases and Case Studies

  • Case studies of 5G-enabled high-speed rail projects
  • Applications of 5G in urban, suburban, and high-speed railway environments
  • Real-world challenges and lessons learned from 5G and FRMCS rail deployments
  • Analysis of 5G and FRMCS Rail in autonomous trains, safety systems, and passenger experience improvements
  • Global trends and future outlook for 5G and FRMCS in rail transport

Module 10: Future of 5G, FRMCS, and Beyond in Railways

  • 6G and its potential impact on railways
  • Role of AI, machine learning, and big data analytics in future rail systems
  • Advanced 5G features such as ultra-reliable low latency communication (URLLC) and massive machine-type communication (mMTC)
  • Future applications and research directions for 5G and FRMCS Rail
  • Future trends in railway digital transformation

More Information