2G to 6G Mobile Networks
Course Details
This course is designed to provide beginners and non-technical staff with an understanding of how mobile networks have evolved. It charts the evolution of mobile networks through each new generation, starting from the early days of 2G and GSM, progressing through to explore the rise of mobile data, driven by advancements provided by 3G and 4G, and culminating in the cutting-edge capabilities and new use cases provided by 5G. Furthermore, the course will also provide a forward-looking perspective on the future of mobile networks, delving into the exciting possibilities and performance characteristics of 6G networks.
Kevin Moore
Mpirical TrainerIndividual Course
Mobile Networks in the 2020s
The Anatomy of a Mobile Network in the 2020s:
- Network Evolution.
- The Technologies.
The Building Blocks of a Mobile Network.
Network Statistics:
- Global Roundup.
- Regional Variations.
Video, Video, and even more Video:
- The Importance of Data.
- Video Streaming.
Radio & Communication Principles
Radio Principles 101 – Part 1:
- The Electromagnetic Spectrum.
- Frequency Bands and Channel Bandwidths.
- Digital Radio.
Radio Principles 101 – Part 2:
- Fundamentals of Propagation.
- MIMO & Massive MIMO.
- Beam Steering.
Communication Principles 101:
- Transmission.
- Circuit Switching v Packet Switching.
- The Role of IP.
- Control Plane Signalling and User Plane Traffic.
The Legacy Networks - 2G & 3G
Network Evolution through the 1990s & 2000s:
- The 1990s – GSM & GPRS.
- The 2000s – UMTS & HSPA.
2G & 3G Services & Capabilities:
- Telephony Services.
- Data Services.
- Short Message Service.
How to Build a 2G Network:
- The Device.
- The GERAN.
- The Circuit Switched Core (GSM).
- The Packet Switched Core (GPRS).
Upgrading to 3G:
- The UTRAN.
- Interworking with 2G.
Making Calls and Transferring Data:
- Connecting to the network.
- Making Calls.
- Transferring Data.
Why are these networks still operating:
- Network Statistics.
- Factors Affecting 2G and 3G Drawdown.
4G - A Global Broadband Network
Network Evolution through the 2010s:
- LTE – The First Global Standard.
- The 2010s – LTE, LTE Adv & LTE Adv Pro.
4G Services & Capabilities:
- LTE and IMT Advanced.
- Mobile Broadband.
- Machine Type Communications.
How to Build a 4G Network:
- The Device.
- The E-UTRAN.
- The Evolved Packet Core.
Transferring Data:
- Sessions & PDN Connections.
- Quality of Service.
Smartphones & App Stores:
- The Rise of the Smartphone.
- OTT Services & Net Neutrality.
Integrating with Wi-Fi:
- Introducing Wi-Fi.
- Wi-Fi Offload.
- Wi-Fi Calling.
5G Pushing the Boundaries
An Evolving Network for the 2020s:
- The 2020s – 5G & 5G Advanced.
- Non-Standalone and Standalone Deployment.
5G Services & Capabilities:
- 5G and IMT 2020.
- Enhanced Mobile Broadband (EMBB).
- Massive Machine Type Communication (mMTC).
- Ultra-Reliable and Low Latency Communication (URLLC).
How to Build a 5G Network:
- The Device.
- The NG-RAN.
- Cloud-native 5G Core.
5G and The Cloud:
- What is The Cloud?
- Virtualizing The Core Network..
- Cloud RAN.
- Network Slicing.
- Multi-Access Edge Computing (MEC).
Integrating with Wi-Fi, Broadband, Cable, and Satellite Networks:
- Wireless and Wireline Connectivity.
- Non-Terrestrial Networks.
Delivering Voice & Video
It’s all Voice & Video over IP:
- Evolution of Voice.
- What is Internet Protocol (IP)?
- What is Voice over IP?
- Video Streaming.
- Video Calling.
- Going OTT - Over-The-Top Services.
Quality of Service:
- Why is QoS Required?
- QoS and QoE.
- Factors Influencing QoS.
- QoS Characteristics.
What is the IMS and why do we need it?
- IMS Introduction.
- IMS Requirements.
- IMS Services.
- IMS Registration.
VoLTE, VoNR and Wi-Fi Calling:
- What is VoLTE?
- What is VoNR.
- Wi-Fi Calling.
IoT & MMTC - The Rise of the Machines
It’s More Than Smartphones:
- What is IoT?
- What is MMTC?
- The IoT Ecosystem.
- Industry 4.0.
- Cellular IoT Architecture.
Cellular IoT Technologies:
- Extended Coverage GSM IoT.
- NB-IoT (Narrowband IoT).
- Long Term Evolution for Machines (LTE-M).
- 5G NR Enhancements.
- Alternative Technologies.
- Low Power Wide Area.
- Short Range Wireless Networks.
New Verticals & Market Opportunities:
- Market Verticals in IoT.
- Network Slicing for IoT and MMTC.
- Private LTE/5G Networks.
- Use Case 1 – Smart City.
- Use Case 2 – Wearables/Healthcare.
New Verticals & Market Opportunities:
- Key Challenges for IoT.
- IoT Security.
- Device Management.
- Future Trends and Challenges.
Looking Ahead to 6G
It’s Already Started – Who’s doing what?
- The Road to IMT-2030.
- 3GPP Standardization.
- Network Equipment Vendors.
- Challenges for Mobile Service Providers.
6G Technology Requirements:
- Key Technologies.
- System Requirements.
- 6G Spectrum.
- 6G Radio Access Network.
- Non-Terrestrial Networks.
The Future of Mobile Devices:
- 6G Smartphones.
- Wearables.
- Extended Reality.
- IoT and MTC Devices.
6G Use Cases:
- Introduction.
- Future IoT and MMTC.
- Digital Twins.
- Immersive Digital Realities & The Metaverse.
Deployment Challenges:
- Cost.
- Security.
- Sustainability.
- The Role of AI and Machine Learning.