5G Protocol Training

5G-Protocols
28
Jul

5G Protocol/Classroom replay

Do you need to know what procedures are triggered in the 5G RAN and how? What messages are exchanged among the RAN and core nodes? And which protocols are used to implement them? This course provides an in-depth understanding of the various protocols and procedures in the 5G RAN. It looks into the overall 5GS and EPS architectures, the functionalities of each node, and the interfaces interconnecting them. It details how Quality of Service and the different levels of security are implemented in 5G RAN. Focus is given on the functions and services provided by various L3 signaling protocols,  AS and RRC, and the different L2 transport protocols, PDCP, RLC, and MAC. It provides a thorough discussion on the Attach procedure and the different types of mobility and dual-connectivity possibilities in 5G RAN.

Target audience:

This course is suitable for anyone who needs to have a detailed knowledge of signaling procedures in
5G RAN, like Service Design Engineer, Network Design Engineer, Service Engineer.

Prerequisites:

Successful completion of the following courses:

  • LTE Foundation for 5G,
  • 5G Overview,
  • 5G RAN NR Air Interface,
  • 5G RAN Functionality

Contents

Explain the 5GS Protocol Architecture

  1. Distinguish between the different EPS and 5GS protocol types
  2. Explain the EPS and 5GS architecture, interfaces, and logical functions
  3. Describe the split architecture
  4. Non-Standalone / EN-DC and Standalone NR deployment

 

Explain Security and Evolved Quality of Service in 5G RAN

  1. The Authentication and Key Agreement Procedure
  2. Detail Radio Access Security
  3. Describe Transport Network Security
  4. QoS Flows and NR Data Radio Bearers
  5. Describe the Reflective Quality of Service

 

Explain the various L3 Signaling Protocols

  1. List the functions of the Non-Access Stratum (NAS) protocol
  2. Describe the different procedures in the NAS layer
  3. Explain the interaction between Radio Resource Control (RRC) and the lower layers in the control plane
  4. Distinguish the RRC connected, inactive and idle UE states
  5. Detail the functions and services of RRC
  6. List the main functions and procedures of XnAP signaling protocol
  7. List the main functions and procedures of NGAP signaling protocol

 

Explain the L2 transport protocols SDAP, PDCP, RLC, MAC, and GTP-U Protocols

  1. Describe the SDAP functions in the user plane
  2. Explain the PDCP functions and highlight the improvements from LTE
  3. Explain the RLC functions and highlight the improvements from LTE
  4. Describe the different RLC modes
  5. Explain the MAC functions and highlight the improvements from LTE
  6. Describe the contents of the SDAP, PDCP, RLC and MAC Packet Data Unit
  7. Explain the main functions and procedures of the transport protocol GTP-U

 

Explain Mobility and Dual Connectivity in 5G

  1. Describe Inactive and Idle mode mobility in Standalone and Non-Standalone NR
  2. Detail the bearer type transitions in Non-Standalone NR
  3. Dual Connectivity mobility
  4. connected mode mobility in Standalone NR
  5. IRAT handover

Course Content

Total learning: 5 lessons Time: 3 days
  • 5G Protocols Training  0/5

    • Lecture1.1
    • Lecture1.2
    • Lecture1.3
    • Lecture1.4
    • Lecture1.5

Students List

13 students enrolled.

Instructor

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