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.
Testimonials (1)
The ability of the trainer to align the course with the requirements of the organization other than just providing the course for the sake of delivering it.
