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5G NR Hands‑On

5G NR Hands-On

Book Details

Authors:
Aravind Kilaru, KL University, Vijayawada
Prabhu Chandhar, Chandhar Research Labs Pvt Ltd, BaSig Wireless Laboratories Pvt Ltd

Edition: First Edition, 2025
Language: English
Format: Paperback
Publisher: Chandhar Research Press (Imprint of Chandhar Research Labs Pvt Ltd), India
ISBN: 978‑81‑982943‑5‑7

Abstract

“5G NR Hands‑On” is a comprehensive laboratory manual designed to provide practical, end‑to‑end insights into 5G Standalone (SA) and Non‑Standalone (NSA) mobile networks.

Aligned with industry deployments and academic research needs, the book enables learners to analyze the complete 5G protocol stack — from UE registration and PDU session establishment to traffic flow analysis using 5G Service‑Based Architecture (SBA) with PCAP and REST APIs.

The book covers PHY, MAC, RLC, SDAP, PFCP, NGAP, and RRC procedures, including DU–CU functional split architecture, PRACH analysis, MIMO channel modeling, link adaptation, TDD slot configuration, and performance evaluation.

It extends to real‑world integrations such as network slicing, IoT using MQTT, Raspberry Pi interfacing with 5G modems, REST‑API‑based core interaction, and machine‑type communications.

By combining waveform generation, air‑interface characterization, protocol tracing, and benchmarking for SISO and 2×2 MIMO, the book provides full‑spectrum practical exposure for universities, R&D labs, and industry training programs.

Table of Contents

Module 1: 5G Core & UE Procedures

  • UE registration and PDU session establishment (SA & NSA)
  • 5G authentication and security
  • SBA traffic flow analysis using PCAP and REST APIs
  • NGAP and PFCP message tracing

Module 2: 5G RAN Protocol Stack

  • DU–CU split architecture
  • Layer‑wise tracing (SDAP/PDCP/RLC/MAC/PHY)

Module 3: 5G Physical Layer

  • OFDM, PDSCH, DMRS waveform generation
  • Uplink and downlink channel characterization

Module 4: Performance Optimization

  • Network slicing (eMBB, URLLC, mMTC)
  • Link adaptation and CQI feedback
  • TDD slot configuration impact
  • SISO vs 2×2 MIMO performance

Module 5: 5G + IoT + Edge

  • Raspberry Pi with 5G modem
  • MQTT‑based IoT communication
  • Machine‑type communication using dual 5G bridges