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 Duration 14 hours (2 days)

Course Outline

Foundations of 5G Technology

  • The progression from 1G through to 5G
  • Primary drivers and strategic goals behind 5G
  • The current state of global 5G rollouts

Structure of 5G Networks

  • 5G core networks and radio access networks (RAN)
  • Considerations regarding spectrum and frequency bands
  • Concepts of network slicing and virtualization

5G Protocols and Industry Standards

  • An overview of 3GPP standards
  • The New Radio (NR) protocol stack
  • Seamless integration with legacy 4G LTE systems

Performance Gains in 5G

  • Ultra-reliable low latency communication (URLLC)
  • Massive machine-type communication (mMTC)
  • Enhanced mobile broadband (eMBB)

Practical 5G Applications

  • Smart city initiatives and IoT ecosystems
  • Autonomous transportation and industrial automation
  • Innovations in public safety and healthcare sectors

Deployment and Implementation Challenges

  • Managing infrastructure and spectrum resources
  • Overcoming rollout hurdles and ensuring interoperability
  • Addressing security and privacy concerns

Business and Regulatory Dimensions of 5G

  • Market dynamics and investment prospects
  • Policy frameworks and spectrum regulations
  • Future perspectives and the path toward 6G

Conclusion and Forward Planning

Requirements

  • A solid grasp of fundamental telecommunications principles
  • Working familiarity with wireless communication systems
  • Foundational knowledge of network architecture

Target Audience

  • IT specialists managing networking or infrastructure initiatives
  • Telecommunications engineers and system planners
  • Government officials or enterprise leaders assessing 5G integration

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