Course Outline
Defining the new era of smart technology:
- classifications of smart technology;
- the architectural layers of the Internet of Things;
- business adaptation of new technologies and 5G solutions.
Core concepts underlying 5G and IoT:
- the electromagnetic spectrum;
- network latency;
- eMBB (enhanced Mobile Broadband);
- mMTC (massive Machine-Type Communications);
- uRRLC (ultra-Reliable Low-Latency Communications);
- Open RAN;
- frequency sub-ranges designated for 5G/IoT networks;
- the Fresnel zone;
- attenuation caused by materials;
- various types of propagation environments;
- diffraction;
- tropospheric refraction;
- the impact of hydrometeors.
Key aspects of 5G antennas:
- different antenna types;
- beamforming techniques;
- null steering;
- frequency reuse strategies;
- the relationship between antennas, the environment, and transmission attenuation.
The capabilities of 5G and key considerations for IoT:
- spectrum sharing mechanisms;
- power-saving modes;
- self-healing network features;
- QoS (Quality of Service) management.
An overview of 5G architecture:
- Non-standalone 5G configurations;
- the Dual Connectivity Concept;
- migration pathways from 4G;
- core 5G design principles.
5G virtualization and network slicing for IoT applications.
5G (and IoT) security: navigating implementation challenges.
- physical security threats;
- DDoS attacks;
- edge network attacks;
- IMSI slicing vulnerabilities;
- silent downgrade risks;
- device tracking concerns.
The future of 5G and its integration with emerging technologies such as AI, the Metaverse, and Blockchain.
Q&A session.
Requirements
A foundational understanding of IoT concepts is required.
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.