
Explore the signaling flow for 5g secondary cell addition, from rc signaling and p1 threshold measurements to x2-based capability exchange, data forwarding, and traffic redirection between 4g and 5g.
Explain 5G radio optimization through blind primary-secondary cell addition and measurement-based approaches, detailing P1 and B1 thresholds, time to trigger, and measurement gap strategies.
Learn when to release a 5G secondary cell in a 4G/5G setup, using A2 critical thresholds and signaling flow to forward traffic to 4G when coverage is poor.
Explore the signaling flow for a standalone 5G handover between gNodeB nodes, covering measurement reports, admission control, handover request and acknowledge, handover command, and state transfer over the x2 interface.
Master buffer based secondary node addition for 5G NR mobility, ensuring traffic threshold and buffer conditions trigger a measurement gap and P1 checks to improve 5G accessibility without delaying deployment.
Course Outline :
- 5G New Radio Basics revision
- 5G Deployment options
- Migration path from NSA to SA
- NSA Sgnb addation
- NSA Optimizaiton paramters
- Data split Optimization
- NSA Voice Options
- Sgnb Measurment Types
- Multi Carrier Strategy
- ENDC Mobility Trigger & Anchor strategy
- 5G Connected Mode Mobility
- SA Optimization
- 5G & 4G performance impact
- protocol stack
- 5G Radio link supervision
- Coverage Optimizaiton
- Accessability Optimizaiton
- Retainability Optimizaiton
- Mobility Optimizaiton
- Throughput Optimizaiton
Description:
Unlock the potential of 5G networks with Deep investigation on 5G Radio Optimization. Designed for engineers, technical professionals, and enthusiasts, this course dives into key concepts, tools, and methodologies for enhancing 5G network performance.
You’ll learn:
The fundamentals of 5G New Radio (NR) architecture and key technologies like beamforming and massive MIMO.
How to analyze and optimize Key Performance Indicators (KPIs) to achieve superior network quality.
Strategies for handling challenges in Non-Standalone (NSA) and Standalone (SA) deployments.
Advanced troubleshooting techniques and the use of optimization tools for maximizing network efficiency.
Strategies for handling challenges in Non-Standalone (NSA) and Standalone (SA) deployments.
With hands-on examples and practical insights, this course will prepare you to tackle real-world optimization challenges, enabling you to deliver unmatched user experiences in 5G networks.
Who Should Enroll:
This course is ideal for telecommunications engineers, network planners, and anyone looking to enhance their knowledge of 5G radio network optimization.
Who Should Take This Course?
This course is ideal for:
Telecommunications engineers and network optimization specialists seeking to advance their knowledge of 5G.
Network planners and RF engineers involved in deployment and performance tuning.
Professionals transitioning from 4G LTE to 5G technologies.
Enthusiasts looking to deepen their understanding of 5G radio systems.
please note that Course is for Arabic Speaker .