5G Architecture, Design, Protocols, Evolution, & Deployment

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Rahul kaundal

5:16:43

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1. 5G Overview

1. Welcome Note & 5G Overview.mp4

03:00

2. 5G Standards & Specifications.mp4

02:42

3. 3GPP Technical Specifications Groups.mp4

02:57

4. What is 5G.mp4

02:49

5. 5G key capabilities.mp4

03:00

6. 5G design goals.mp4

02:57

7. 5G Use cases.mp4

02:59

8. 5G contribution to global economy.mp4

02:58

9. Resources - 5G Overview - For Revision.html

10. 5G Overview.html

2. 2.5G Architecture

1. Introduction - 5G Architecture.mp4

01:35

2. Telecom Network Overview.mp4

02:36

3. RAN Network Overview.mp4

03:00

4. Telecom Network - Detail.mp4

03:00

5. Building blocks of 5G.mp4

03:00

6. Network Architecture Traditional Vs 5G.mp4

03:00

7. 5G New Radio (NR) Architecture.mp4

03:00

8. Transport Network Architecture.mp4

02:58

9. Transport Network Architecture - Service level.mp4

03:00

10. 5G Core (5GC) Network Architecture Overview.mp4

02:51

11. 5G Core (5GC) Network Architecture.mp4

02:48

12. Resources - 5G Architecture- For Revision.html

13. 5G Architecture.html

3. 5G New Radio (NR)

1. Introduction - 5G NR.mp4

02:36

2. 5G Spectrum.mp4

03:00

3. 5G NR Frame Structure.mp4

02:59

4. 5G NR Initial Access - ChannelsSignals.mp4

03:00

5. 5G NR Initial Access.mp4

02:53

6. Synchronization Signal Block.mp4

02:57

7. Bandwidth Parts (BWP).mp4

02:55

8. Resource Grid.mp4

02:56

9. OFDMA.mp4

03:00

10. Modulation.mp4

02:46

11. Modulation and coding schemes.mp4

02:59

12. Duplex Schemes.mp4

02:50

13. TDD - Slot formats.mp4

02:50

14. Scheduler Resource Allocation.mp4

02:59

15. Scheduler Modes.mp4

03:00

16. Carrier Aggregation.mp4

02:56

17. Resources - 5G NR - For Revision.html

18. 5G New Radio.html

4. 5G NR Design and Planning

1. Introduction - 5G NR Design.mp4

01:26

2. Spectrum - Basics.mp4

02:26

3. Spectrum - Frequency Ranges.mp4

03:00

4. Subcarrier Selection.mp4

02:28

5. Spectrum UtilizationEfficiency 5G.mp4

02:59

6. SUL & deployment scenarios.mp4

02:58

7.1 Link Budget Calculations.xlsx

7. 5G Coverage planning - DL.mp4

02:54

8. 5G Coverage - Link Budget Calculation - DL.mp4

02:59

9. 5G Coverage Planning - UL.mp4

02:53

10.1 Link Budget Template.xlsx

10. 5G Coverage - Link Budget Calculation - UL.mp4

02:54

11. 5G Coverage - Link Budget Example.mp4

02:58

12. 5G Peak data rate (Throughput) Planning.mp4

02:58

13. 5G Peak data rate (Throughput) Calculation.mp4

03:00

14.1 Peak throughput Calculation.xlsx

14. 5G Peak data rate (Throughput) - Different modes.mp4

02:58

15. 5G User Plane Latency.mp4

02:57

16.1 Latency Calculations.xlsx

16. 5G User Plane Latency calculations.mp4

02:51

17. Resources - 5G NR Design and Planning - For Revision.html

18. 5G NR planning.html

5. 5G NR Evolution

1. Introduction - 5G NR Evolution.mp4

01:59

2. Stages of RAN Evolution.mp4

02:47

3. RAN Architecture 3GPP Split 2.mp4

01:49

4. Deployment Scenarios - vc RAN.mp4

01:48

5. Open RAN & O-Cloud.mp4

02:53

6. Open RAN & O-Cloud Architecture.mp4

02:45

7. Resources - 5G NR Evolution - For Revision.html

8. 5G NR Evolution.html

6. 5G NR Protocols

1. 5G RAN Protocol Stack.mp4

03:00

2. Physical layer Overview (DL).mp4

03:00

3. Layer 1 - Physical downlink control channel (PDCCH).mp4

01:44

4. Simulation - PDCCH.mp4

03:00

5. Physical downlink shared channel(PDSCH).mp4

04:02

6. Simulation - Physical downlink shared channel(PDSCH).mp4

02:59

7. Physical uplink control channel (PUCCH).mp4

02:47

8. Physical uplink shared channel (PUSCH).mp4

02:05

9. Simulation - PUCCH & PUSCH.mp4

03:00

10. Layer 2 Data Flow.mp4

01:43

11. Layer 2 functions - RLC.mp4

02:59

12. Layer 2 functions - MAC.mp4

02:59

13. Layer 2 - PDCP.mp4

02:22

14. Layer 2 - SDAP.mp4

02:22

15. Radio Protocol architecture.mp4

02:48

16. Layer 3 - RRC.mp4

02:58

17. RRC States.mp4

02:58

18. Resources - 5G Protocols - For Revision.html

19. 5G Protocols.html

7. 5G Core - 5GC

1. Introduction - 5G Core.mp4

01:22

2. Core Network Architecture (Reference point representation).mp4

02:56

3. Service Based Architecture.mp4

02:59

4. Protocols.mp4

01:22

5. AMFAccess and mobility management function.mp4

02:12

6. AMF Hierarchy.mp4

00:54

7. SMF Session management function.mp4

01:17

8. UPF User Plane Function.mp4

01:05

9. PCF Policy Control function.mp4

00:56

10. UDM Unified Data Management.mp4

01:03

11. NWDAF Network data analytics function.mp4

00:54

12. NSSF Network Slice selection function.mp4

01:39

13. NRF Network Repository function.mp4

00:55

14. 5G Core(5GC) Network Protocols.mp4

02:13

15. NFV & Orchestration.mp4

02:51

16. Network Function Virtualization, Management & Orchestration 5G.mp4

02:52

17. Software Defined Networking.mp4

02:52

18. Software Defined Networking deployment.mp4

02:32

19. Resources - 5G Core - For Revision.html

20. 5G Core.html

8. 5G Call Flows & Identities

1. Introduction - 5G Call Flows & Identities.mp4

01:12

2. General Procedures.mp4

02:49

3. Registration Management Procedures.mp4

01:21

4. 5G Initial access & Registration procedure - 1.mp4

03:00

5. 5G Initial access & Registration procedure - 2.mp4

02:54

6. De-Registration Procedures.mp4

02:05

7. Subs and device identities - SUPI & SUCI.mp4

02:21

8. Subs and device identities - GUTI.mp4

01:12

9. UE Identities at 5G NR.mp4

02:38

10. Network Identities at 5G NR.mp4

02:08

11. Resources - 5G Call flows and Identifiers - For Revision.html

12. 5G call flows & Identities.html

9. 5G Deployment Scenarios

1. Introduction - 5G Deployment.mp4

02:43

2. 5G Deployment Options.mp4

02:01

3. Early 5G deployment Option 3 - Option 7.mp4

02:38

4. Advanced 5G deployment Option 7 or Standalone.mp4

01:03

5. Multi - Connectivity.mp4

02:14

6. Secondary Node Addition scenarios - 1.mp4

02:00

7. Secondary Node Addition scenarios - 2.mp4

02:33

8. Resources - 5G Deployment Options - For Revision.html

9. 5G deployment Options.html

10. 5G Telco Cloud

1. Multi- access Edge Computing (MEC).mp4

02:54

2. MEC deployment.mp4

02:57

3. 5G Telco Cloud Architecture.mp4

03:00

4. Resources - 5G Telco Cloud- For Revision.html

5. 5G Telco Cloud.html

11. Advanced Antenna Techniques in 5G

1. Introduction - Advanced Antenna techniques.mp4

01:12

2. Antenna Basics.mp4

02:58

3. MIMO.mp4

02:52

4. Spatial Multiplexing - MIMO.mp4

01:15

5. Massive MIMO.mp4

02:15

6. Beamforming.mp4

01:25

7. Dynamic and Static Beamforming.mp4

00:57

8. Analog & Digital Beamforming.mp4

02:13

9. Beam sweeping (Beamforming & SSB).mp4

02:05

10. Beamforming & Coverage - 5G deployment.mp4

01:14

11. Antenna Configuration & Selection.mp4

02:57

12. Resources - 5G Advanced Techniques- For Revision.html

13. 5G Advanced Antenna Techniques.html

12. Bonus Lectures - Machine Learning in Telecom

1. What is Machine Learning.mp4

02:32

2. Types of Machine Learning.mp4

02:19

3. Types of Machine Learning -2.mp4

02:41

4. What is ML Model.mp4

02:59

5. ML Project - For more details refer my Open RAN course on Udemy (link provided).html

Description

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

Who is this for?

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

More details

Description
5G, known as fifth generation, is a technology focused on providing better wireless connectivity in telecom domain by enabling -
â€¢Enhanced broadband (eMBB)
â€¢Massive machine to machine communication (MMTC)
â€¢ Ultra reliable low latency communication (URLLC)

In this course, detailed 5G end to end contents are covered including :
1. 5G Overview
Â· Evolution of mobile networks
Â· 5G Standards and specifications
Â· 3GPP Releases & Working Groups
Â· What is 5G?
Â· 5G key capabilities
Â· 5G design goals
Â· 5G Use cases
Â· 5G contribution to global economy

2. 5G Architecture
Â· Traditional Telecom Network
Â· Building blocks of 5G
Â· Network Architecture â€“ Traditional Vs 5G
Â· 5G New Radio (NR) Architecture
Â· 5G Core (5GC) Network Architecture
Â· Transport Network Architecture

3. 5G New Radio (Next Generation Radio access network)
Â· 5G Spectrum
Â· 5G NR Frame Structure
Â· 5G NR Initial Access - Channels/Signals
Â· Resource Grid
Â· Bandwidth Parts (BWP)
Â· Modulation and coding
Â· OFDMA
Â· Duplex Schemes
Â· Scheduler â€“ Resource Allocation
Â· Carrier Aggregation

4. 5G NR Design and Planning
Â· Spectrum planning
Â· Coverage planning
Â· Capacity and Throughput planning
Â· Latency planning

5. 5G RAN Evolution
Â· Stages of RAN Evolution
Â· RAN Protocols â€“ 4G Vs 5G.
Â· RAN Architecture â€“ 3GPP Split 2
Â· Protocol layers â€“ 5G RAN
Â· Deployment Scenarios - RAN
Â· Transport Network â€“ 4G Vs 5G

6. 5G NR Protocols
Â· Layer 1 â€“ Physical Layer
Â· Physical channels and signals
Â· Simulation
Â· Layer 2
Â· Layer 2 data flow
Â· RLC (Radio Link control) protocol
Â· MAC (Medium Access control) protocol
Â· PDCP (Packet data convergence protocol)
Â· SDAP (Service data adaptation protocol)
Â· Layer 3 functional blocks
Â· RRC (Radio resource control) protocol

7. 5G Core
Â· Core Network Architecture
Â· Service Based Architecture
Â· Reference Point Representation
Â· Network Function Virtualization(NFV) & MANO
Â· Software Defined Networking (SDN)

8. 5G Call Flows
Â· General Procedures (Types)
Â· Registration Procedure
Â· De-Registration Procedure
Â· User and Network Identities

9. 5G Deployment Scenarios
Â· Non-Standalone
Â· Standalone

10. Telco Cloud in 5G
Â· MEC
Â· Telco Cloud

11. Advanced Antenna Techniques in 5G
Â· Antenna Basics
Â· MIMO
Â· Massive MIMO
Â· Beamforming
Â· Types of Beamforming
Â· Antenna Selection for 5G Networks

Efficient ways to deploy 5G network in real world

Who this course is for:
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

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An Engineer at heart, I am working in technology sector for 17+years and in my career, I have led different Telco Network Projects including their Design, Operations, Excellence & Evolution right from 2nd Generation Technology to 5th Generation.I have focused on Radio access Network, Transport Network, AI/ML, Automation & Cloud systems.I have worked with different organizations from telecom equipment maker to one of the world’s best telecom operators. I have enjoyed working and living in different countries with cross-cultural multi-national companies.I am passionate about technology.I try to stay healthy and fit (I am a half marathon runner).

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