
5G NR Design and Planning: Coverage, Capacity, and Throughput
5G NR Design and Planning: Coverage, Capacity, and Throughput
About This Course
Explore how to design and plan for effective 5G network deployment. Learn about the transition drivers from 4G to 5G and examine 5G’s core capabilities such as enhanced mobile broadband (eMBB), ultra‑reliable low‑latency communication (URLLC), and massive machine‑type communications (mMTC). Gain insight into architectural differences between standalone (SA) and non‑standalone (NSA) options, and discover the technological innovations enabling high‑speed 5G performance. Delve into radio wave propagation challenges, signal quality measurements, and antenna array techniques to plan well for coverage and capacity. Learn how to perform link budget calculations and throughput analysis, applying theoretical models to real‑world scenarios.
11 Modules
7 Lectures

Introduction(3).mp4
00:01:08

1.1. Evolution From 4G To 5G - The Drivers For Change.mp4
00:03:48

1.2. What Is 5G Key Capabilities And Use Cases.mp4
00:01:10

1.3. The 5G Triangle - Embb, Urllc, And Mmtc.mp4
00:01:39

1.4. 5G Network Architectures Standalone (Sa) Vs. Non-Standalone (Nsa).mp4
00:04:04

1.5. 5G Spectrum - Demystified Frequency Ranges (Fr1 & Fr2).mp4
00:05:18

1.6. Why 5G Is So Fast Key Enabling Technologies.mp4
00:05:59
This Course is part of following Learning Paths

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