• Introduction

  • An overview of 5G‑Advanced objectives, key Release 18 themes, evolution from earlier 5G releases, and the role of 5G‑Advanced in enabling new industry capabilities and future 6G trajectories.

• Architecture

  • Deep coverage of the 5G system architecture, including core and RAN enhancements in R18, virtualization, functional splits, edge computing integration, and architecture evolution for advanced services.

• Edge Computing

  • Discusses Release 18’s 5G‑Advanced enhancements for edge computing, including improved MEC integration, better low‑latency support, and enhanced handling of industrial, immersive, and AI‑driven workloads.

• Protocols

  • A detailed look at key protocol layers (RRC, PDCP, RLC, MAC, PHY) and improvements introduced in R18, focusing on efficiency, reliability, latency reduction, and multipath operations.

• Non-Public Networks (NPN)

  • Explores enhancements for private networks, including standalone/non standalone NPNs, security frameworks, slicing integration, and industrial deployment models.

• Non-Terrestrial Networks (NTN)

  • Covers how Release 18 improves NTN, including satellite‑based NR, mobility handling, waveform adaptations, and extended coverage for IoT and broadband.

• Spectrum and Air Interface

  • Discusses new spectrum considerations, sub THz exploration, advanced MIMO, beamforming improvements, channel coding, and R18 uplink and downlink optimization techniques.

• Remote Interference Management (RIM)

  • Explains cross network interference detection, reporting, and mitigation methods introduced to support dense deployments and coexistence scenarios.

• Procedures

  • A guided exploration of key 5G procedures and Release 18 enhancements, including mobility, dual connectivity, RRC improvements, paging, and power-saving updates.

• Integrated Access Backhaul (IAB)

  • Covers the evolution of IAB architecture in R18 with improved reliability, dynamic routing, mobility for IAB nodes, and optimized resource allocation.

• IoT and RedCap

  • Focus on Reduced Capability (RedCap) improvements, lower-complexity device support, battery life enhancements, extended coverage, and lightweight IoT integration.

• URLLC

  • Examines ultra reliable low-latency communication enhancements, deterministic QoS, improved scheduling, and industrial automation use cases.

• Verticals Support

  • Overview of sector specific enhancements for automotive, manufacturing, healthcare, energy, logistics, mission-critical services, railway and enterprise automation.

• Sidelink and V2X

  • Covers the evolution of sidelink PC5 communications and Release 18 capabilities for advanced V2X applications including sensor sharing, platooning, and cooperative perception, as well as D2D operation for mission-critical users.

• Positioning

  • Insights into sub meter accuracy improvements, multi RTT enhancements, sidelink based positioning, and advanced localization for industrial and AR/VR use cases.

• Network Slicing

  • Explains advances in slice lifecycle automation, QoS differentiation, slice aware RAN enhancements, and enterprise slicing use cases.

• Security

  • Discusses improved protection mechanisms, enhanced authentication, NPN specific security, and advanced RAN and core threat mitigation in Release 18.

• SON and Network Automation

  • Covers enhanced self organizing network functions, AI/ML-driven optimization, data-driven RAN intelligence, and automation frameworks for zero-touch networks.

• XR, AR, VR

  • Explores how Release 18 enhances extended reality performance, reducing delay, improving stability, and enabling interactive and immersive use cases.

• AI

  • Explains new AI capabilities introduced in 5G‑Advanced Release 18, including the integration of AI/ML across the 5G system (5GC and NG-RAN). Also, a full AI/ML lifecycle management framework is described.

• Outlook

  • A forward-looking perspective on 5G Advanced evolution toward Release 19 and early 6G concepts, including AI-native networks, new spectral frontiers, and hyper accurate sensing.

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