Section outline

• Select section Day 1: Introduction & LTE/EPC Architecture

  Day 1: Introduction & LTE/EPC Architecture

  Collapse all Expand all

  📌Module 1: 5G Introduction (4 Hours)

  • 5G Drivers and Specifications
  • 3GPP Releases & Evolution
  • Key differences: 4G vs 5G

  📌 Module 2: LTE/SAE/EPC Architecture (3 Hours)

  • LTE Architecture Overview
  • System Architecture Evolution (SAE)
  • Evolved Packet Core (EPC)
• Select section Day 2: New Radio & 5G Core Network

  Day 2: New Radio & 5G Core Network

  📌Module 3: New Radio (NR) (4 Hours)

  • NR Architecture, Interfaces & Protocol Stack
  • New Features & Enhancements

  📌Module 4: 5G Core Network (4 Hours)

  • 5G Core Functions & Protocols
  • Cloud-Native 5G Architecture
  • Standalone vs Non-Standalone 5G
• Select section Day 3: NFV, MEC, and Network Slicing

  Day 3: NFV, MEC, and Network Slicing

  📌Module 5: NFV & MEC (3 Hours)

  • Virtualization in 5G
  • Mobile Edge Computing (MEC)

  📌Module 6: Network Slicing (4 Hours)

  • E2E Service Operations & Management
  • Network Slice Data Models & Use Cases
• Select section Day 4: 5G QoS, Protocols, and Voice Over NR

  Day 4: 5G QoS, Protocols, and Voice Over NR

  📌Module 7: 5G QoS (3 Hours)

  • New QoS Parameters & Aspects

  📌Module 8: 5G Protocols (3 Hours)

  • 5G Protocol Stack & Analysis

  📌Module 9: Voice over NR (VoNR) (2 Hours)

  • VoNR Architecture & Call Flows
• Select section Day 5: Deployment, Security & Call Flows

  Day 5: Deployment, Security & Call Flows

  📌Module 10: Deployment Scenarios (3 Hours)

  • Various 5G Deployment Models
  • Challenges & Considerations

  📌Module 11: 5G Security (3 Hours)

  • Authentication & Security in 5G Core
  • Cloud-Native Security Strategies

  📌Module 12: 5G Call Flows (3 Hours)

  • Call Setup & Management
  • Analyzing Call Flow Scenarios