Get in Touch
 Duration 14 hours

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.

Number of participants


Price per participant (excl. VAT)

Testimonials (1)

Upcoming Courses

Related Categories