5G Radio Network Technology Training
- 5G Radio Network Technology Training Part 1: 5G Wireless Basics
- What is 5G
- Roadmap to 5G technology
- Why 5G
- The 5G E2E ecosystem
- 3GPP standards for NR
- 5G architecture
- How does 5G differs from 4G
- 5G RAN requirements: Bandwidth, power, spectral efficiency, new technology adaptation, latency, signaling load, capacity, coverage, interference, mobility
- 5G Core requirements: Network topology, cloud architectures, big data analytics
- 5G service platforms
- 5G Radio Network Technology Training Part 2: 5G Physical Layer
- Physical layer basics
- Physical layer NR key principles
- OFDM introduction
- Physical layer time domain structure
- Flexible numerology: Reasons behind it
- Interference mitigation techniques
- Massive MIMO and beam forming
- Grid of beams and beam mobility
- 5G Radio Network Technology Training Part 3: 5G Signaling Layer
- MAC, RLC, PDCP, layers
- Scheduling, link adaptation, Fast HARQ, ARQ and PDCP split
- L3 signaling basics (RRC, NAS)
- Call flows
- New Radio NR cell concept
- A brief introduction to 5G QoS
- 5G Radio Network Technology Training Part 4: 5G Mobility
- 3GPP standards towards 5G: Features and technical proposals
- Mobility management
- L3 mobility for Idle
- L3 mobility for Dormant
- L3 mobility for Connected mode
- 5G multi-connectivity
- 5G interworking with LTE
- 5G Radio Network Technology Training: Recap and Discussion
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