| Title | 5G Technology |
| Key Highlights: | •A quick overview of 4G evolution to 5G, similarities and differences between 4G/LTE and 5G • • •Fundamentals of 5G technology, use cases, products, and services ·Learn about 5G RAN and Core architecture •5G Technology Enablers like mmWave, MIMO, vRAN, Edge Computing, Networks Slicing, Network Orchestration, SDN/NFV and so on |
| Duration: | 30 Hours (2 hrs per week) |
| Program Structure: | •Structured as: Learning 5G key concepts with real-time usecases •Special session on ‘building 5G career path and industry opportunities’ •Softcopy of workshop material will be provided to all participants |
| Who could attend? | •UG/PG students from ECE/Telecom background •Students who are looking for career opportunities in telecom domain |
| Pre-requisite: | •Fundamental knowledge in Signals & Systems, Networking and Communication theory |
Course Outline
1. 3GPP Evolutions:
- Evolutions of Telecom technologies (2G to 5G Evolution)
- 3GPP Releases of different technologies.
- Driving forces and evolutions under different 3GPP releases.
2. Overview of 5G Technology:
- Overview and scope of 5G
- Range of 5G spectrum
- 5G use cases
- The Challenges of 5G ·Key features of 5G technology
3. 5G Design Principles:
- Reference Architectures
- Dual Connectivity and Multi-connectivity Schemes
- LTE-NR Interworking and Deployment Scenarios
- 5G RAN, mobile core, packet core and transport 5G New Radio (NR)Cloud and virtualization in 5G
. Overview of 5G Core Network:
- 5G core network architecture
- 5G Core deployment scenario
- Network Functions and Interfaces
- Non-Standalone Base Station Architecture ·CU-DU Split ·CP-UP separation
5. Deploying Open RAN for 5G:
- Open RAN Key Concepts
- Understanding the RAN Ecosystem
- Open RAN Architecture
6. 5G testbed platforms and tools