5G Mobile Backhaul & 5G Private Networks

5G Wireless Technology Training
  • Course:5G Mobile Backhaul & 5G Private Networks
  • Course ID:5G Mobile Backhaul & 5G Private Networks Duration:2-4 days Where: Your Office (7+ Persons)
  • Available as a private, customized course for your group at your offices or ours and in some cases as a WebLive(TM) class.

  • Download Course Description (PDF)

Course Outline

5G Mobile Backhaul & 5G Private Networks – Section 1: 5G Non-Public (Private) Network (NPN) Architecture

  • Private Network Use Cases and Drivers
    • Limitations of Public Networks
    • Use Cases for Private 5G
    • Challenges
  • Technology Choices for Private Network
    • LTE
    • CBRS
    • WiFi
    • 5G NR-U and NR-LAA
  • Private 5G Spectrum Usage
    • Spectrum Requirements
    • Licensed Spectrum
    • Shared Spectrum (CBRS)
    • 5G in Unlicensed Spectrum
  • 5G Standalone Non-Public Network (SNPN)
    • Architecture
    • Identifiers
    • Network Access and Network Selection
  • 5G Public Network Integrated Non-Public Network (PNI-NPN)
    • Architecture
    • Identifiers
    • Network Access and Network Selection
  • Non-Public Network Deployment Options
    • NPN as a Network Slice of PLMN
    • MOCN, MORN
    • Network Slicing
  • PLMN-ID and other Identifiers in Private Networks
  • Security in 5G NR Private Network
  • Supporting Mission Critical in 5G Private Network

5G Mobile Backhaul & 5G Private Networks – Section 2: 5G NPN Enablers

  • Edge Computing in 5G
    • MEC Basic Concepts
    • MEC Architecture
    • SBA: 5G and MEC Integration
  • Open Interface for Open RAN
  • 3GPP RAN and Functional Split
  • Functional Split Options
    • F1 Interface
    • E1 Interface
  • O-RAN Architecture
    • O-RAN Interfaces
    • OAM Architecture
    • O-RAN Interfaces
  • C-RAN vs. O-RAN
    • 3GPP 5G C-RAN Architecture
  • Fronthaul Technologies for Open RAN
    • CPRI
    • eCPRI
    • ETSI ORI

5G Mobile Backhaul & 5G Private Networks – Section 3: LTE and 5G NR Backhaul

  • Challenges in Mobile Backhaul
  • Technology Choices for Mobile Backhaul
  • LTE as Backhaul
    • Use case
    • Performance
  • 5G NR as Backhaul
    • Use Case
    • Performance
  • Alternative Architectures for Mobile Backhaul Optimization
  • Integrated Access Backhaul (IAB)
    • Overall Architecture
    • Protocol Stacks
    • User-plane Aspects
      • Backhaul Transport
      • Flow and Congestion Control
      • Uplink Scheduling Latency
    • Signaling Procedures
      • IAB-node Integration
      • IAB-node Migration
      • Topological Redundancy
      • Backhaul RLF Recovery
      • OTA Timing synchronization
      • Inter-node Discovery
    • 5G NR Identities for IAB
    • 5G NR Ran Split for IAB
      • IAB Node Integration

5G Mobile Backhaul & 5G Private Networks – Section 4: 5G NR Spectrum Planning for Public Safety and Mission Critical

  • 700 MHz Deployment in 5G NR
    • Spectrum Planning
    • Coverage Improvement in 5G NR
  • Downlink Link 5G NR Link Budget
  • Uplink Link 5G NR Link Budget

5G Mobile Backhaul & 5G Private Networks – Wrap-up: Recap and Discussion

Course Overview

Course in a Nutshell

The objective of this dual-focus course is to study the 5G Mobile Backhaul as well as the 5G Private Networks. The content of this course is continually updated to sync with the evolving state-of-the-art of the 5G Wireless Technology.

Audience / Prerequisites

Aimed At

5G Mobile Backhaul & 5G Private Networks is aimed at technical professionals in the commercial, homeland security, or defense sectors.

 

Prerequisites

5G Mobile Backhaul & 5G Private Networks course requires prior knowledge of 5G wireless such as may be acquired by taking the Eogogics course 5G Wireless Technology/Applications (5GTA, 5 days).