5G Architecture, Design, Protocols, Evolution, & Deployment
Published 3/2023
MP4 | Video: h264, 1280x720 | Audio: AAC, 44.1 KHz
Language: English | Size: 2.16 GB | Duration: 5h 16m
Published 3/2023
MP4 | Video: h264, 1280x720 | Audio: AAC, 44.1 KHz
Language: English | Size: 2.16 GB | Duration: 5h 16m
5G end to end : Architecture, New Radio, Tx, Core NW: Design, Protocols, Call flow, Cloud, MIMO, Beamforming, deployment
What you'll learn
5G Architecture
5G New Radio (Next Generation Radio access network)
5G Core Network Architecture
5G NR Design and Planning
5G RAN Evolution
5G NR Protocols
5G Coverage Planning
5G Spectrum Planning
5G Throughput/Capacity Planning
5G Call Flows
5G Deployment Scenarios
Advanced Antenna Techniques in 5G - MIMO & Beamforming
5G Transport Network
5G Standards and specifications
Requirements
Basic understanding of telecom network architecture
Description
5G, known as fifth generation, is a technology focused on providing better wireless connectivity in telecom domain by enabling -•Enhanced broadband (eMBB)•Massive machine to machine communication (MMTC)• Ultra reliable low latency communication (URLLC)In this course, detailed 5G end to end contents are covered including : 1. 5G Overview· Evolution of mobile networks· 5G Standards and specifications· 3GPP Releases & Working Groups· What is 5G?· 5G key capabilities· 5G design goals· 5G Use cases· 5G contribution to global economy2. 5G Architecture· Traditional Telecom Network· Building blocks of 5G· Network Architecture – Traditional Vs 5G· 5G New Radio (NR) Architecture· 5G Core (5GC) Network Architecture· Transport Network Architecture3. 5G New Radio (Next Generation Radio access network)· 5G Spectrum· 5G NR Frame Structure· 5G NR Initial Access - Channels/Signals· Resource Grid· Bandwidth Parts (BWP)· Modulation and coding· OFDMA· Duplex Schemes· Scheduler – Resource Allocation· Carrier Aggregation4. 5G NR Design and Planning· Spectrum planning· Coverage planning· Capacity and Throughput planning· Latency planning5. 5G RAN Evolution· Stages of RAN Evolution· RAN Protocols – 4G Vs 5G.· RAN Architecture – 3GPP Split 2· Protocol layers – 5G RAN· Deployment Scenarios - RAN· Transport Network – 4G Vs 5G6. 5G NR Protocols· Layer 1 – Physical Layer· Physical channels and signals· Simulation· Layer 2· Layer 2 data flow· RLC (Radio Link control) protocol· MAC (Medium Access control) protocol· PDCP (Packet data convergence protocol)· SDAP (Service data adaptation protocol)· Layer 3 functional blocks· RRC (Radio resource control) protocol7. 5G Core· Core Network Architecture· Service Based Architecture· Reference Point Representation· Network Function Virtualization(NFV) & MANO· Software Defined Networking (SDN)8. 5G Call Flows· General Procedures (Types)· Registration Procedure· De-Registration Procedure· User and Network Identities9. 5G Deployment Scenarios· Non-Standalone· Standalone10. Telco Cloud in 5G· MEC· Telco Cloud11. Advanced Antenna Techniques in 5G· Antenna Basics· MIMO· Massive MIMO· Beamforming· Types of Beamforming· Antenna Selection for 5G NetworksEfficient ways to deploy 5G network in real world
Overview
Section 1: 5G Overview
Lecture 1 Welcome Note & 5G Overview
Lecture 2 5G Standards & Specifications
Lecture 3 3GPP Technical Specifications Groups
Lecture 4 What is 5G?
Lecture 5 5G key capabilities
Lecture 6 5G design goals
Lecture 7 5G Use cases
Lecture 8 5G contribution to global economy
Lecture 9 Resources - 5G Overview - For Revision
Section 2: 2. 5G Architecture
Lecture 10 Introduction - 5G Architecture
Lecture 11 Telecom Network Overview
Lecture 12 RAN Network Overview
Lecture 13 Telecom Network - Detail
Lecture 14 Building blocks of 5G
Lecture 15 Network Architecture – Traditional Vs 5G
Lecture 16 5G New Radio (NR) Architecture
Lecture 17 Transport Network Architecture
Lecture 18 Transport Network Architecture - Service level
Lecture 19 5G Core (5GC) Network Architecture Overview
Lecture 20 5G Core (5GC) Network Architecture
Lecture 21 Resources - 5G Architecture- For Revision
Section 3: 5G New Radio (NR)
Lecture 22 Introduction - 5G NR
Lecture 23 5G Spectrum
Lecture 24 5G NR Frame Structure
Lecture 25 5G NR Initial Access - Channels/Signals
Lecture 26 5G NR Initial Access
Lecture 27 Synchronization Signal Block
Lecture 28 Bandwidth Parts (BWP)
Lecture 29 Resource Grid
Lecture 30 OFDMA
Lecture 31 Modulation
Lecture 32 Modulation and coding schemes
Lecture 33 Duplex Schemes
Lecture 34 TDD - Slot formats
Lecture 35 Scheduler – Resource Allocation
Lecture 36 Scheduler Modes
Lecture 37 Carrier Aggregation
Lecture 38 Resources - 5G NR - For Revision
Section 4: 5G NR Design and Planning
Lecture 39 Introduction - 5G NR Design
Lecture 40 Spectrum - Basics
Lecture 41 Spectrum - Frequency Ranges
Lecture 42 Subcarrier Selection
Lecture 43 Spectrum Utilization/Efficiency – 5G
Lecture 44 SUL & deployment scenarios
Lecture 45 5G Coverage planning - DL
Lecture 46 5G Coverage - Link Budget Calculation - DL
Lecture 47 5G Coverage Planning - UL
Lecture 48 5G Coverage - Link Budget Calculation - UL
Lecture 49 5G Coverage - Link Budget Example
Lecture 50 5G Peak data rate (Throughput) Planning
Lecture 51 5G Peak data rate (Throughput) Calculation
Lecture 52 5G Peak data rate (Throughput) - Different modes
Lecture 53 5G User Plane Latency
Lecture 54 5G User Plane Latency calculations
Lecture 55 Resources - 5G NR Design and Planning - For Revision
Section 5: 5G NR Evolution
Lecture 56 Introduction - 5G NR Evolution
Lecture 57 Stages of RAN Evolution
Lecture 58 RAN Architecture – 3GPP Split 2
Lecture 59 Deployment Scenarios - v/c RAN
Lecture 60 Open RAN & O-Cloud
Lecture 61 Open RAN & O-Cloud Architecture
Lecture 62 Resources - 5G NR Evolution - For Revision
Section 6: 5G NR Protocols
Lecture 63 5G RAN Protocol Stack
Lecture 64 Physical layer – Overview (DL)
Lecture 65 Layer 1 - Physical downlink control channel (PDCCH)
Lecture 66 Simulation - PDCCH
Lecture 67 Physical downlink shared channel(PDSCH)
Lecture 68 Simulation - Physical downlink shared channel(PDSCH)
Lecture 69 Physical uplink control channel (PUCCH)
Lecture 70 Physical uplink shared channel (PUSCH)
Lecture 71 Simulation - PUCCH & PUSCH
Lecture 72 Layer 2 – Data Flow
Lecture 73 Layer 2 functions - RLC
Lecture 74 Layer 2 functions - MAC
Lecture 75 Layer 2 - PDCP
Lecture 76 Layer 2 - SDAP
Lecture 77 Radio Protocol architecture
Lecture 78 Layer 3 - RRC
Lecture 79 RRC States
Lecture 80 Resources - 5G Protocols - For Revision
Section 7: 5G Core - 5GC
Lecture 81 Introduction - 5G Core
Lecture 82 Core Network Architecture (Reference point representation)
Lecture 83 Service Based Architecture
Lecture 84 Protocols
Lecture 85 AMF—Access and mobility management function
Lecture 86 AMF Hierarchy
Lecture 87 SMF – Session management function
Lecture 88 UPF – User Plane Function
Lecture 89 PCF – Policy Control function
Lecture 90 UDM – Unified Data Management
Lecture 91 NWDAF – Network data analytics function
Lecture 92 NSSF – Network Slice selection function
Lecture 93 NRF – Network Repository function
Lecture 94 5G Core(5GC) Network Protocols
Lecture 95 NFV & Orchestration
Lecture 96 Network Function Virtualization, Management & Orchestration – 5G
Lecture 97 Software Defined Networking
Lecture 98 Software Defined Networking deployment
Lecture 99 Resources - 5G Core - For Revision
Section 8: 5G Call Flows & Identities
Lecture 100 Introduction - 5G Call Flows & Identities
Lecture 101 General Procedures
Lecture 102 Registration Management Procedures
Lecture 103 5G Initial access & Registration procedure - 1
Lecture 104 5G Initial access & Registration procedure - 2
Lecture 105 De-Registration Procedures
Lecture 106 Subs and device identities - SUPI & SUCI
Lecture 107 Subs and device identities - GUTI
Lecture 108 UE Identities at 5G NR
Lecture 109 Network Identities at 5G NR
Lecture 110 Resources - 5G Call flows and Identifiers - For Revision
Section 9: 5G Deployment Scenarios
Lecture 111 Introduction - 5G Deployment
Lecture 112 5G Deployment Options
Lecture 113 Early 5G deployment – Option 3 - Option 7
Lecture 114 Advanced 5G deployment – Option 7 or Standalone
Lecture 115 Multi - Connectivity
Lecture 116 Secondary Node Addition scenarios - 1
Lecture 117 Secondary Node Addition scenarios - 2
Lecture 118 Resources - 5G Deployment Options - For Revision
Section 10: 5G Telco Cloud
Lecture 119 Multi- access Edge Computing (MEC)
Lecture 120 MEC deployment
Lecture 121 5G Telco Cloud Architecture
Lecture 122 Resources - 5G Telco Cloud- For Revision
Section 11: Advanced Antenna Techniques in 5G
Lecture 123 Introduction - Advanced Antenna techniques
Lecture 124 Antenna Basics
Lecture 125 MIMO
Lecture 126 Spatial Multiplexing - MIMO
Lecture 127 Massive MIMO
Lecture 128 Beamforming
Lecture 129 Dynamic and Static Beamforming
Lecture 130 Analog & Digital Beamforming
Lecture 131 Beam sweeping (Beamforming & SSB)
Lecture 132 Beamforming & Coverage - 5G deployment
Lecture 133 Antenna Configuration & Selection
Lecture 134 Resources - 5G Advanced Techniques- For Revision
Section 12: Bonus Lectures - Machine Learning in Telecom
Lecture 135 What is Machine Learning
Lecture 136 Types of Machine Learning
Lecture 137 Types of Machine Learning -2
Lecture 138 What is ML Model?
Lecture 139 ML Project - For more details refer my Open RAN course on Udemy (link provided)
Suitable for the engineers working in 5G space or planning to get into technical domain of 5G,Suitable for Managers working in telecom operators and planning to deploy or manage 5G networks,Suitable for beginners who are interested to get into telecom domain and learn new technology such as 5G