Length: 3 Days

When: October 11, 2021, 9:00 am - October 14, 2021, 4:00 pm
Where:

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5G RF Engineering Training Bootcamp

5G RF Engineering Training Bootcamp is a 3-day new course based on 3GPP Technical Specifications. Participants will learn the fundamentals of 5G rf engineering including 5G NR (New Radio) and mmWaves.

Who Will Benefit: 5G RF Engineering Training Bootcamp course is intended for working professionals and students with a background or interest in 5G wireless communications and RF engineering.

Course Learning Outcomes: 

  • Apply key technologies of 5G and 5G NR (New Radio) RF engineering
  • Explain the RF engineering principals applied to 5G NR including planning, propagation models, antenna theory, and more
  • Define  RF principals applied to 5G systems and networks
  • Identify 5G RF System impairments
  • Identify the 5G RF design constraints
  • Calculate and determine the main RF system characteristic including link budget and optimization applied to 5G systems
  • Calculate the capacity and number of 5G nodes
Key Topics

5G RF Planning and Requirements

  • RF Fundamentals
  • 5G NR and 5G Ultra Wideband
  • 5G RF Propagation Models
  • 5G RF Parameters
  • 5G RF System Architectures
  • 5G Antenna Engineering
  • Radio Network Planning towards 5G mmWave
  • Standalone Small-Cell Architectures
  • 5G mmWave Impairments
  • 5G RF System Impairments
  • 5G System Performance and  RF Optimization

5G NR Planning, Design and Engineering

  • Defining geographic maps and site locations
  • Establishing link budget and RF propagation model
  • Predicting 5G NR coverage
  • Map of existing LTE sites
  • RF models of buildings and structures
  • RF model of foliage
  • Utilizing geographically accurate RF models
  • Co-siting with 4G LTE sites
  • Macro/small cell sites
  • Establishing baseline
  • Optimizations to improve coverage
  • Accurately predicting 5G NR coverage
  • 5G NR mmWave Planning
  • 5G NR mmWave outdoor and indoor deployment strategy
  • 5G NR mmWave coverage prediction methodology
  • Use of link budget & RF planning tool
  • 5G NR mmWave link budget
  • Cell edge data rate
  • 28 GHz downlink and Uplink outdoor coverage
  • Establishing link budget and RF propagation model
  • Example of high-level 5G NR mmWave link budget for indoor deployment
  • DL:UL TDD configuration
  • 5G NR mmWave link budget Cell edge data rate

5G RF Network Deployment Requirements

  • 5G RF planning process
  • Requirements/constraints of the planning process
  • High-capacity requirements in a small area
  • Demanding network planning operational scenario
  • 5G dense network deployment
  • Performance and network density
  • Network layout
  • The Planning Method
  • Propagation analysis
  • System analysis
  • Planning optimization
  • The Planning Optimization Algorithm
Workshops and Exercises
  • Workshop 1: Planning a simple 5G Network
  • Workshop 2: Planning and designing of a Private 5G Network
  • Workshop 3: Calculating 5G radio network nodes numbers, location and configuration
  • Workshop 4: Calculating capacity and cost for high-capacity scenarios that range
    from dense to ultra-dense mmWave
  • Workshop 5: Planning and designing a 5G standalone small-cell network deployments

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