Section outline

• Select section Day 1: 5G Introduction & Dual Connectivity

  Day 1: 5G Introduction & Dual Connectivity

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  📌5G Introduction (4 Hours)

  • 5G Requirements & Spectrum
  • 5G Air Interface & Physical Layer

  📌5G-LTE Dual Connectivity (3 Hours)

  • 5G Non-Standalone (NSA) & Standalone (SA)
  • 3x Split SCG Bearer & NSA 3x 5G/LTE Features
• Select section Day 2: Baseband and Cloud Dimensioning

  Day 2: Baseband and Cloud Dimensioning

  📌Baseband Dimensioning (4 Hours)

  • RAP Profile & Capacity Calculation
  • Control Plane Events & BHCA per gNB-DU

  📌Cloud Dimensioning (4 Hours)

  • VNF Dimensioning Inputs & Outputs
  • Compute Node Estimations & Trunking Gain
• Select section Day 3: Initial Parameter Planning & Network Modeling

  Day 3: Initial Parameter Planning & Network Modeling

  📌Initial Parameter Planning (4 Hours)

  • NR PRACH, PCI & SS-PBCH Configuration
  • Uplink & Downlink Configurations

  📌Practical Network Modeling (4 Hours)

  • Modeling for 5G NR Frequency Bands (Below & Above 6 GHz)
  • Modeling for TDD, FDD, SUL, SDL Duplex Modes
  • Configurations for 5G Carrier Widths (5-400 MHz)
  • Different 5G NR Numerologies (15-240 kHz)
• Select section Day 4: Advanced Network Modeling

  Day 4: Advanced Network Modeling

  📌Practical Session (4 Hours)

  • Standalone (SA) & NSA Deployments
  • Multi-Layer Network Deployments
  • Intra- & Inter-Band Carrier Aggregation

  📌Dual Connectivity (4 Hours)

  • 5G NR + LTE Integration
• Select section Day 5: Advanced 5G Techniques & Massive MIMO

  Day 5: Advanced 5G Techniques & Massive MIMO

  📌Practical Session (4 Hours)

  • Coordinated Multipoint (CoMP) Transmission & Reception
  • C-RAN Architecture & Bearer Modeling

  📌Massive MIMO & 3D Beamforming (4 Hours)

  • SU-MIMO, MU-MIMO & Transmit/Receive Diversity