What you'll learn
5G
3GPP
Interworking between 4G and 5G
Cloud Native Technologies
5G Call Flows
Requirements
Basic Understanding of 4G Architecture
Description
5G is Here!As network operators and vendors are working round-the-clock to develop and build 5G networks it is necessary for (us) Network Engineers to understand the 5G network architecture(s), concepts and practical deployment considerations. I have curated this course by carefully analyzing and researching each topic and the current industry-trends to give you all the necessary resources/tools/pointers to successfully build and operate 5G networks. 5G is quite different from 4G and it is necessary to understand the underlying 5G cloud-native technologies to fully embrace and understand 5G. This course is for all levels of expertise. It starts from the basics by introducing the motivation for 5G, enabling technologies including cloud-native principles and then builds on top of these concepts as we explore the 5G Core concepts in depth. 4G is going to around for quite a while and both 4G and 5G networks will need to co-exist for many years. This course covers practical deployment considerations for such 4G/5G co-existence scenarios as well.This is by-far the most comprehensive course on 5G Core networks on Udemy since all concepts are covered in-depth. I have included easy to follow diagrams in the slides, along with references to 3GPP documents where appropriate. Below are the topics covered in this course - Introduction - Why and How ?5G Timeline5GC Deployment Architectures - SA and NSA5G Core Architecture - Enabling Technologies5G Core Architecture - SBA and Point-to-Point5G Core elementsAMF - Access and Mobility FunctionSMF - Session Management FunctionUPF - User Plane FunctionQoS in 5GNRF - Network Repository FunctionUDM - Unified Data Management FunctionAUSF, EIRPCF - Policy Control FunctionNSSF - Network Slicing Selection FunctionNetwork SlicingIdentifiers in 5G CoreSecurity in 5GCInterworking with 4G EPCNetwork Functions and ServicesCall FlowsHappy learning!
Overview
Section 1: Agenda
Lecture 1 Welcome and Agenda
Section 2: Introduction
Lecture 2 Why 5G ?
Lecture 3 5G Requirements
Lecture 4 How do we fulfill 5G Requirements
Section 3: 5G Timeline
Lecture 5 3GPP Timelines
Section 4: 5G Architecture - Stand Alone (SA) and Non-Stand Alone (NSA)
Lecture 6 5G Architecture - Stand Alone (SA) and Non-Stand Alone (NSA)
Section 5: 5G - Enabling Technologies
Lecture 7 5G Introduction to Enabling Techs
Lecture 8 Virtualization in 5G
Lecture 9 Cloud Native in 5G
Lecture 10 Containers in 5G
Lecture 11 Microservices in 5G
Lecture 12 Automation/Orchestration in 5G
Section 6: 5G Core Architecture
Lecture 13 5G Core Architecture - Service Based Architecture
Lecture 14 5G Core Architecture - Some important takeaways
Lecture 15 5G Core Architecture - Point-to-Point Interfaces
Section 7: 5G Core Elements
Lecture 16 Access and Mobility Function (AMF)
Lecture 17 Access and Mobility Function (AMF) - Registration State
Lecture 18 Access and Mobility Function (AMF) - Connection States
Lecture 19 Access and Mobility Function (AMF) - RRC Inactive State
Lecture 20 Session Management Function - SMF
Lecture 21 User Plane Function (UPF) - New
Lecture 22 SSC Modes in 5G
Lecture 23 Connecting UPF in Series in 5G
Lecture 24 Quality of Service in 5G
Lecture 25 Reflective QoS in 5G
Lecture 26 Network Repository Function (NRF)
Lecture 27 Unified Data Management Function - UDM
Lecture 28 Unified Data Repository, Authentication User Function and Equipment Identity Reg
Lecture 29 Policy Control Function (PCF)
Lecture 30 Network Slicing Selection Function and Network Slicing in 5G
Section 8: Identifiers in 5G
Lecture 31 Subscription Permanent Identity - SUPI
Lecture 32 Subscription Concealed Identity - SUCI
Lecture 33 Permanent Equipment Identity - PEI
Lecture 34 Globally Unique Temporary Identity - GUTI (5G)
Lecture 35 5G GUTI to 4G GUTI Mapping
Section 9: Security Aspects in 5G
Lecture 36 Security Overview in 5G
Lecture 37 Network Access Security in 5G
Lecture 38 Authentication Keys in 5G
Section 10: Interworking between 4G and 5G Networks
Lecture 39 Interworking between 4G and 5G Networks - Core Aspects
Section 11: Network Function (NF) Services
Lecture 40 Access and Mobility Function (AMF) - Services
Lecture 41 Session Management Function (SMF) - Services
Lecture 42 Policy Control Function (PCF) - Services
Lecture 43 Unified Data Management Function (UDM) - Services
Lecture 44 Network Repository Function (NRF) - Services
Section 12: Call Flows
Lecture 45 Registration Call Flow
Lecture 46 De Registration Call Flow
Lecture 47 UE Triggered Service Request
Lecture 48 Network Triggered Service Request
Section 13: Resources
Lecture 49 Resources
Lecture 50 Use Cases for connecting UPF in Series
Beginner, Intermediate and Advanced Engineers who want to learn about 5G


Homepage

https://www.udemy.com/course/5g-core-architectures-concepts-and-call-flows/