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Course Outline
Introduction to 5G Technology
- The transition from 4G to 5G
- Core features and structural architecture of 5G
- Industry applications and broader impact
5G Cluster Network Behavior
- Architecture of 5G clusters and cell structures
- Network slicing and virtualization techniques
- Analysis of latency and throughput metrics
Comprehending the 5G RF Environment
- Spectrum allocation and frequency bands
- Signal propagation models and associated challenges
- Strategies for interference management
Successful 5G Implementation Case Studies
- Case study: South Korea's 5G network rollout
- Case study: 5G trials and deployments in Europe
- Key takeaways and industry best practices
Scope of 5G Coverage
- Contrasting urban and rural coverage scenarios
- Considerations for indoor and outdoor environments
- Site planning strategies and small cell deployment
Assessing 5G Network Quality Metrics
- Critical Key Performance Indicators (KPIs)
- Analytical tools and measurement metrics
- Quality of Service (QoS) evaluation methods
Conclusion and Future Directions
Requirements
- Fundamental knowledge of networking and telecommunications principles
- Prior experience with mobile network standards (such as 3G or 4G)
- Familiarity with radio frequency (RF) and wireless systems
Target Audience
- Telecommunications industry professionals
- Network engineers
- IT managers overseeing mobile or wireless infrastructure
7 Hours
