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Course Outline

What defines the new era of smart technology?

  • Types of smart technologies,
  • Technological layers of the Internet of Things,
  • Adapting business and smart solutions to new technologies and 5G

What are the fundamental concepts behind 5G and IoT?

  • Electromagnetic spectrum,
  • Latency,
  • eMBB,
  • mMTC,
  • uRLLC,
  • Open RAN,
  • Frequency sub-ranges utilized in 5G/IoT networks,
  • Fresnel zone,
  • Material attenuation,
  • Propagation environment types,
  • Diffraction,
  • Tropospheric refraction,
  • Hydrometeors

What should you know about 5G antennas?

  • Various antenna types,
  • Beamforming,
  • Null steering,
  • Frequency reuse,
  • Antennas, environmental factors, and transmission attenuation

What are the capabilities of 5G, and what key factors should be considered when planning for IoT?

  • Spectrum sharing,
  • Power saving mode,
  • Self-healing networks,
  • QoS

How is the 5G architecture structured?

  • Non-standalone 5G,
  • Dual Connectivity Concept,
  • Migration strategies from 4G,
  • Core 5G design principles

What role do 5G virtualization and network slicing play in IoT?

5G (and IoT) security - what challenges arise during implementation?

  • Physical attacks,
  • DDoS,
  • Edge Attack,
  • IMSI slicing,
  • Silent downgrade,
  • Device tracking

What does the future of 5G hold, and how is it adapting to technologies such as AI, the Metaverse, and Blockchain?

Q&A session

Requirements

A foundational understanding of IoT concepts.

 14 Hours

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