Best Selenium Automation Training Institute in Bangalore – Selenium Labs

5G Coverage, Capacity, Optimization and Trouble shooting

Prerequisite – 5G Essentials, 5G NR Deep Dive

1. Basics of 5G Coverage

• Basic of 5G Planning & its Dimensioning
• Radio planning steps, stages of planning during deployment / field trial
• 5G Practical Coverage Vs 4G Coverage comparison

2. Massive MIMO planning & Beamforming and Initial Access

• Basic of Massive MIMO planning / Beam pattern basic & its optimization
• 5G NR Initial Access
• SS Burst principle
• Beam Management in NR (Beam sweeping, Beam measurement & etc.)
• Beam Management SA and NSA
• Initial Beam establishment
• 4G/5G planning difference and comparison
• Coverage comparison for 4T4R, 8T8R and 64T64

3. Capacity planning and Dimensioning

• 5G Capacity and Shannon Law
• 5G NR Throughput Calculation
• 5G Capacity Limiting factors
• 5G Dimensioning
• 3D Monte Carlo Simulation

4. Real-World 5G Optimization Issues and Solutions

• 5G Coverage comparison and Optimization in SA & NSA mode
• Anchor and Mobility optimization cases
• SCG failure & NR Radio Timers optimization
• 5G Access common issues
• 5G Summary analysis process
• Introduction to important Parameter & Feature and Optimization process based on Parameter tuning & Feature implementation

5. Low Throughput Troubleshooting

• 5G NR Throughput Calculation
• Factors & Perquisites to reach max 5G Throughput
• Number of Grant and RB Troubleshooting
• Troubleshooting & Optimization low Throughput scenario (Low RI samples, MCS, High BLER – Packet loss, Poor Quality, Poor KPI, Poor RF performance, Core Issues, etc. other correlations)
• Radio level checks & parameters to be monitored

Selenium Labs helps the participants to get hands-on knowledge in 5G Core with this course. And to make this course even more professional, we allow them to work in different real-time projects that include some real-time cases. Therefore, after completing this course, the participants can get complete expertise in both of these topics with practical exposure. Apart from that, the projects on which the students work here comply with the modules offered in the course curriculum.

5G technology brings significant advancements in coverage, capacity, optimization, and troubleshooting. Here’s how each aspect benefits from 5G:

1. Coverage

• Wider Connectivity: 5G uses a mix of low, mid, and high-band frequencies to provide better coverage in both urban and rural areas.

• Improved Penetration: Low-band 5G signals can penetrate buildings and reach farther distances, ensuring stable connectivity indoors.

• Seamless Mobility: Enhanced handover mechanisms between 5G towers ensure uninterrupted connections for users moving between locations.

• Network Slicing: Allows customized network coverage for different applications, such as IoT and smart city solutions.

2. Capacity

• High Bandwidth: 5G supports up to 10 Gbps speeds, enabling faster data transfer for high-demand applications like video streaming and gaming.

• Massive Device Connectivity: Can handle up to 1 million devices per square kilometer, supporting IoT, smart cities, and dense urban areas.

• Reduced Network Congestion: Advanced technologies like beamforming and MU-MIMO (Multi-User, Multiple Input Multiple Output) allow efficient spectrum utilization.

• Lower Latency: Provides ultra-low latency (<1ms) for real-time applications such as autonomous vehicles and remote surgery.

3. Optimization

• AI and Machine Learning Integration: 5G networks use AI for predictive maintenance, traffic management, and dynamic resource allocation.

• Edge Computing: Reduces latency by processing data closer to the user, improving performance for applications like AR/VR and industrial automation.

• Dynamic Spectrum Sharing (DSS): Ensures smooth transition between 4G and 5G, allowing operators to optimize existing resources.

• Energy Efficiency: 5G networks use smart power management, reducing energy consumption per bit of data transmitted.

4. Troubleshooting

• Real-Time Network Analytics: AI-powered analytics provide insights into network performance, detecting issues before they impact users.

• Self-Healing Networks: 5G can autonomously detect and fix network failures, minimizing downtime.

• Remote Diagnostics: Operators can remotely monitor and troubleshoot issues, reducing the need for on-site maintenance.

• Improved Security: 5G includes enhanced encryption and authentication features to prevent cyber threats and unauthorized access.