This module covers theory to practical 5G network planning including design elements - spectrum selection, coverage planning with link budget calculations, peak throughput, and user plane latency.
1 Modules
00:48:50
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This module provides a comprehensive foundation in the key engineering principles of 5G radio network planning and dimensioning. We begin by analyzing the impact of Spectrum Frequency Ranges (including SUL) and Subcarrier Selection on network design and deployment scenarios.
The core of the module focuses on the practical calculations required for robust network design: performing detailed Coverage Planning and Link Budget Calculations for both Downlink and Uplink to ensure service availability. We then shift to capacity, learning how to calculate Peak Data Rates (Throughput) under various conditions and configurations. Finally, we explore the critical metric of responsiveness by breaking down User Plane Latency and its calculations, ensuring the network meets stringent performance targets for advanced applications. This module equips you with the analytical skills to design and validate a 5G network's performance.
4.1. Spectrum - Frequency Ranges
00:04:09
4.2. Subcarrier Selection
00:03:18
4.3. SUL & Deployment scenarios
00:03:18
4.4. 5G Coverage Planning - DL
00:04:10
4.5. 5G Coverage - Link Budget Calculation - DL
00:04:46
4.6. 5G Coverage Planning - UL
00:02:37
4.7. 5G Coverage - Link Budget Calculation - Detailed
00:07:10
4.8. 5G Peak data rate (Throughput) Planning
00:06:53
4.9. 5G Peak data rate (Throughput) Calculation
00:04:13
4.10. 5G Peak data rate (Throughput) - Different modes
00:02:02
4.11. 5G User Plane Latency
00:02:39
4.12. 5G User Plane Latency calculations
00:03:35