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Duration 7 hours
Course Outline
Overview of 5G Infrastructure
- Progression from 4G standards to 5G capabilities
- Core architectural elements and functional features
- Strategic applications and sector-wide implications
Operational Dynamics within 5G Clusters
- Composition of 5G network clusters and cell structures
- Implementation of network slicing and virtualization techniques
- Assessment of latency and data throughput performance
Analysis of the 5G Radio Frequency Environment
- Spectrum designation and allocated frequency bands
- Signal propagation models and associated technical challenges
- Strategies for managing signal interference
Examination of Successful 5G Deployments
- Case study: National rollout in South Korea
- Case study: Pilot programs and installations in Europe
- Derived insights and recommended operational practices
Determining the Range of 5G Coverage
- Comparison of urban versus rural deployment scenarios
- Technical considerations for indoor and outdoor signal propagation
- Planning for site selection and small cell integration
Review of 5G Network Performance Metrics
- Identification of key performance indicators (KPIs)
- Utilization of diagnostic tools and analytical metrics
- Evaluation of quality of service (QoS) standards
Conclusions and Recommended Follow-up Actions
Requirements
- Proficiency in fundamental network and telecommunications principles
- Practical experience with previous mobile network generations (e.g., 3G, 4G)
- Familiarity with radio frequency and wireless system operations
Target Audience
- Telecommunications specialists
- Network engineers
- Information technology managers overseeing mobile or wireless infrastructure
