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5G Overview

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Event Details


Duration and Training Format

4-day course (28 hours)

Course Objectives

This is a course covering 5G network technologies. Upon completion of this course, the participants are able to:

  • Describe what is 5G
  • Describe the 5G technology drivers
  • List the 5G features and their benefits
  • Describe the 5G network architecture and its key components and technologies
  • Illustrate 5G architecture and protocols
  • Explain the RF, PHY, MAC, transport network, virtualized core network and cloud operation of 5G
  • Describe typical 5G Use Cases, deployment and operational scenarios
  • Describe features necessary to support 5G deployments
  • Describe how to deploy 5G small cells that coexist with pre-5G macro cells
  • Describe advanced wireless technology concepts like Massive MIMO, Virtualized RAN and more
  • Describe O-RAN architecture and Service Management Orchestration
  • Describe the latest 5G innovations in Mobile Edge Computing (MEC) and intent-driven autonomous 5G network management

Pre-requisites for Participants

  • Basic understanding of IP-based communications is highly recommended
  • Understanding of current 4G Air Interface and Core Network technologies
  • Reasonable knowledge of core networking and functions
  • Experience with IT infrastructure (i.e. Ethernet, Switches, Routers)

Who Should Attend?

Communication Service Provider staff, in particular:

  • Radio, Packet core engineers and managers involved in the planning and design of wireless networks
  • Project Managers, IP engineers, Technical Product Managers
  • Technical Product Marketing professionals, Technical Strategy Officials
  • C-level Decision Makers & Executives
  • Regulators and Government officials

Course Outline

Introduction to 5G Wireless Communications

  • Why 5G?
  • 5G as a technology vision
  • 5G features
  • 5G technologies & objectives

5G Requirements and Specifications

  • 5G Requirements
    • The 10 Pillars of 5G
    • Capacity Increase
    • Bandwidth
    • Spectral Efficiency
    • Variety of Services and Applications
    • Variety of Device Types
    • Power Consumption
  • Disruptive network technologies
  • Resilience of the network
  • Pervasive Networks
  • Internet of Things (IoT) and Device-to-Device (D2D) communication
  • Ubiquitous connectivity and computing
  • 5G Vision

5G Standardization

  • 3GPP Evolution and 5GPP
  • 5G Infrastructure PPP
  • IEEE
  • Horizon 2020 Framework Programme
  • METIS Project
  • 5G Innovation Centre
  • Visions of Companies
  • 5G in Europe, North America and Asia
  • 5G Architecture

5G Mobile Networks & Core

  • IT-fication of the Mobile Networks – The Paradigm shift towards Cloud.
  • Introduction to SDN and Virtualization
    • Role of Cloud in 5G - (on-prem, centralized, edge, hybrid cloud)
    • ETSI NFV Architecture
    • ONAP
    • Open RAN
  • 5G EPC Architecture & Operation
    • Types of 5G to EPC connectivity
    • Pros & Cons
  • 5GC Architecture & Operation
    • 5GC Service-Based Architecture
    • 5GC Network Functions
    • Service Management Orchestration
  • 5G Transport Network
    • Architecture and delay budget
    • Synchronization
    • QoS handling
  • Network Slicing
    • What it is and how it works
    • Use cases
  • Sharing Types
    • RAN Sharing
    • Core Network Sharing
  • Multi-Access Edge Computing (MEC) in 5G
    • Definition of Edge & LADN
    • Architecture
    • Example of MEC services

5G Air Interface

  • New Access Protocols
  • SDR-based Air Interface – C-RAN
  • PHY layer procedures
  • Radio Channel Models
  • 5G RRC States
  • Advanced MIMO and mWave Beamforming
  • Network Discovery
  • Coexistence of macro cells and cognitive small cells
  • 5G Planning primer (Procedure, Tooling, Design, Propagation model consideration, rollout, optimization)
  • Additional Optional topics:
    • Heterogeneous Networks & Small Cells
      • Capacity Limits
      • Densification
      • Mobile Data Demands
      • Demand vs. Capacity vs. Delay vs. QoE
    • Co-Operative Networks
      • Diversity and Relaying Strategies
      • PHY and MAC layer protocols
      • Deployment and Performance Evaluation
    • Dynamic Spectrum Optimization
    • Multi-technology & Multi-Tier Carrier Aggregation
    • Energy Efficiency
    • White Spaces for 5G
    • 5G Broadcast Broadband Architecture
    • SON Evolution for 5G

5G as an Innovation Platform

  • Role of NEF and Network Exposure
  • Business Models for innovation
  • Cognitive Service/SLA Management

Security for 5G Wireless Communications

  • System Architecture
  • Potential Security Issues
  • User Equipment
  • Access Network
  • Core Network
  • IP Network

5G Operational Scenarios

  • 5G Implementation & Rollout Roadmap
  • 5G deployment considerations: per spectrum , per deployment scenario, per use case
  • Capacity and Performance considerations
  • Examples of 5G scenarios
  • Monetization models per use case type

5G and Beyond – Looking 5 over years ahead

  • Vision towards 6G
  • The Perfect storm: Role of AI, Blockchain, Cloud and Quantum computing in cellular networks
  • Open RAN and Core - architecture and implications to existing 5G architecture
  • Introduction to Intent-driven networking
  • Introduction to autonomous networks (Self-X)
Summary
Event
5G Overview
Location
Virtual Training,
Starting on
05 Jul 2021
Ending on
08 Jul 2021

Contact Us

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23 Mar 2021
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