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Course Outline

Introduction to 5G Technology

  • The transition from 4G to 5G
  • Core features and architecture of 5G
  • Application scenarios and cross-industry impact

Network Performance in a 5G Cluster

  • Configuration of 5G clusters and cells
  • Network slicing and virtualization
  • Latency and throughput characteristics

Understanding the 5G RF Environment

  • Frequency bands and spectrum allocation
  • Propagation models and associated challenges
  • Interference management

Case Studies of Successful 5G Implementation

  • Case study: 5G rollout in South Korea
  • Case study: 5G trials and deployments in Europe
  • Insights gained and best practices

5G Coverage Scope

  • Coverage scenarios in urban versus rural areas
  • Considerations for indoor and outdoor environments
  • Site planning and small cell deployment

Evaluating 5G Network Quality Parameters

  • Key performance indicators (KPIs)
  • Tools and metrics for network analysis
  • Quality of service (QoS) evaluation

Summary and Next Steps

Requirements

  • A foundational understanding of basic networking and telecommunications principles
  • Practical experience with mobile network technologies (such as 3G, 4G)
  • Familiarity with RF and wireless systems

Target Audience

  • Telecommunications professionals
  • Network engineers
  • IT managers involved with mobile or wireless infrastructure
 7 Hours

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