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Duration 14 hours
Course Outline
Overview of 5G Technology
- Historical progression from 1G to 5G systems
- Strategic drivers and operational objectives
- Global implementation landscape
5G Network Structure
- 5G core infrastructure and radio access network (RAN) components
- Spectrum allocation and frequency band analysis
- Network slicing and virtualization frameworks
5G Protocol Frameworks and Standards
- Review of 3GPP regulatory standards
- Details on the New Radio (NR) protocol stack
- Interoperability with legacy 4G LTE systems
Performance Improvements in 5G
- Ultra-reliable low latency communication (URLLC)
- Massive machine-type communication (mMTC)
- Enhanced mobile broadband (eMBB)
5G Operational Scenarios and Applications
- Smart city initiatives and IoT integration
- Autonomous systems and industrial automation
- Public safety protocols and healthcare advancements
Deployment and Execution Factors
- Infrastructure development and spectrum oversight
- Obstacles in rollout and system interoperability
- Cybersecurity and data privacy safeguards
5G Strategic and Regulatory Dimensions
- Market dynamics and investment analysis
- Policy frameworks and spectrum governance
- Future projections and transition to 6G
Conclusions and Action Items
Requirements
- Foundational understanding of telecommunications principles
- Working knowledge of wireless communication systems
- General proficiency in network architecture
Target Audience
- IT professionals engaged in networking or infrastructure initiatives
- Telecommunications engineers and system planners
- Public sector and enterprise decision-makers evaluating 5G adoption
