5G Core Technologies: Architecture, Deployment & Protocols

Dive deep into 5G Core with expert insights on its architecture, key protocols, and step-by-step deployment techniques.

What you'll learn

Foundation of 5G Technology: Unpack the essentials of 5G, including key standards, and dive into real-world applications and use case requirements.

5G Architecture Insights: Understand SA vs. NSA, network functions, and cloud technologies.

Advanced 5G Components: Master roles of AMF, SMF, UPF, NRF, and NEF in the 5G ecosystem.

Cutting-edge Technologies: Learn network slicing, service-based architecture, and 4G-5G transitions.

QoS Optimization in 5G: Delve into QoS, QFI, and optimizing services across 5G networks.

Robust 5G Security Measures: Cover essential security protocols and Wireshark analysis.

UE Management: Explore UE states, RAN contributions, and mobility management.

Practical 5G Applications: Apply your skills in network mobility, service continuity, and troubleshooting.

Requirements

Understanding of Cellular Networks: Basic knowledge of 4G LTE concepts and operations.

Technical Proficiency: Ability to grasp network architectures and underlying protocols.

Description

Master 5G Core: From Basic Concepts to Advanced Network Architectures5G is transforming connectivity! As the deployment of 5G networks accelerates, it is essential for network engineers, telecom professionals, and technology enthusiasts to understand the intricate architecture and operational dynamics of 5G. This comprehensive Udemy course offers you a deep dive into the world of 5G Core, blending foundational knowledge with advanced network infrastructures.Course Highlights:Introduction to 5G: Understand why 5G is pivotal, exploring its evolution from 4G and the enabling technologies that differentiate it.5G Architecture Deep Dive: Delve into Standalone (SA) and Non-Standalone (NSA) architectures, service-based architectures, and the dual connectivity that optimizes both.Core Network Components: Gain insights into key elements like AMF, SMF, UPF, and more, alongside detailed explorations of Network Slicing and Cloud-Native technologies.Interworking and Co-Existence: Learn how 4G and 5G networks will co-exist and interact, covering practical deployment scenarios and interoperability challenges.Practical Skills and Security: Master the practical applications with tools like Wireshark for troubleshooting, and understand the robust security frameworks integral to 5G networks.Who Should Enroll: This course is designed for individuals at all levels of expertise, from students just starting out in telecommunications to seasoned professionals seeking to enhance their skills in 5G technologies.Learning Outcomes: By the end of this course, you'll be equipped with the necessary skills to design, implement, and manage 5G networks efficiently. You'll have a thorough understanding of the 5G network's core components, operational protocols, and the best practices for seamless 4G-5G integration.Join Us: Embark on this educational journey to unlock the full potential of 5G Core technologies. Whether you're looking to advance your career or simply passionate about the future of telecommunications, this course will equip you with the knowledge and skills needed for the 5G era.Happy learning!

Overview

Section 1: Introduction to 5G Networks

Lecture 1 Introduction to 5G - The reason behind 5G deployment

Lecture 2 4G & 5G IMT Standards

Lecture 3 Requirements needed for 5G use cases

Lecture 4 5G Standards & deployment Timelines

Section 2: 5G Network Architecture overview

Lecture 5 General Look about 5G Network Structure & NR

Lecture 6 5G Architecture SA vs NSA

Lecture 7 Dual Connectivity high level concept in 5G

Lecture 8 5G Deployment options

Section 3: Architecture Variants & Benefits

Lecture 9 Benefits of 5G SA vs NSA

Section 4: Network Slicing & Cloud Native in 5G

Lecture 10 Network Slicing-Enabling customized connectivity and service optimization in 5G

Lecture 11 Network Slicing S-NSSAI

Lecture 12 Cloud Native in 5G

Section 5: Traditional 5G & Service based Architecture

Lecture 13 Traditional 5G Architecture vs Service based Architecture

Lecture 14 SBA Service based Architecture

Section 6: Service-Based architecture & Interfaces

Lecture 15 Service Producer & Service Consumer

Lecture 16 HTTP Rest Interface between NFs

Lecture 17 5G RAN (Radio Access Network)

Lecture 18 Splitting of CU & DU in gNB

Section 7: 5G Core Architecture "Advanced Network Functions"

Lecture 19 AMF "Access & Mobility Function" Part: 1

Lecture 20 AMF "Access & Mobility Function" Part: 2

Lecture 21 UPF "User Plane function"

Lecture 22 SMF "Session Management function"

Lecture 23 NRF "Network Repository Function"

Lecture 24 NSSF "Network Slice Selection Function"

Lecture 25 How Network Slicing works with NSSF

Lecture 26 NEF "Network Exposure Function"

Lecture 27 UDM & UDR

Lecture 28 EIR & AUSF

Lecture 29 PCF Policy Control Function

Section 8: User Equipment management & states

Lecture 30 UE States RM "Registration Management" states

Lecture 31 UE States CM "Connection Management" states

Lecture 32 UE RRC States

Section 9: Quality of service & Network optimization

Lecture 33 Session continuity in 5G

Lecture 34 Network wide Mobility & Breakout of selected data flows

Lecture 35 QoS (Quality of Service) in 5G

Lecture 36 QFI "QoS flow ID"

Section 10: 5G Core Interfaces

Lecture 37 N1 & N2 Interfaces

Lecture 38 N3, N9 & N14 Interfaces

Lecture 39 N11, N4, N15 & N5 interfaces

Lecture 40 N6, N7 & N10 Interfaces

Lecture 41 N8, N12, N13 & N22 Interfaces

Section 11: NF "Network Functions" Services

Lecture 42 AMF Services: Namf_Communication

Lecture 43 AMF Services: EventExposure, MT & Location

Lecture 44 SMF Services: PDUSession, EventExposure & NIDD

Lecture 45 PCF Services

Lecture 46 UDM Services

Section 12: Identifiers in 5G Core networks

Lecture 47 SUPI Subscription Permanent identity

Lecture 48 SUCI & PEI

Lecture 49 5G-GUTI

Lecture 50 Mapping of 5G-GUTI to 4G-GUTI

Section 13: Bridging 4G & 5G Seamless connectivity

Lecture 51 Introduction to the 4G & 5G Interconnection

Lecture 52 S5 Control & User plane in 4G & 5G Interconnection

Lecture 53 UDICOM Interface between HSS & UDM

Lecture 54 N26 between AMF & MME

Section 14: 5G Call flows

Lecture 55 Introduction to 5G Call flows

Lecture 56 Security in 5G

Lecture 57 Security keys in 5G

Section 15: Resources

Lecture 58 Resources

Core Network Engineers: Designed for telecom engineers focused on core network planning, deployment, and optimization in the 5G era.,Aspiring 5G Professionals: Ideal for those looking to enter or advance in the field of 5G technologies.,Telecommunications Specialists: For professionals seeking deeper insights into 5G standards and applications.,Network Engineers: Engineers and technicians wanting to expand their expertise in 5G network architectures and operations.,Tech Enthusiasts: Anyone with a keen interest in the latest developments in mobile network technology.,IT and Networking Students: Suitable for students who are pursuing studies in IT, networking, or telecommunications and wish to enhance their knowledge with the latest in 5G.