Скачать или смотреть Part 7: Design and Modeling of Small Cell 28GHz/MIMO RF Transceiver with 5G FR2 digital modulator

Mohamed K. Nezami, Ph.D. RF/Microwave design series:
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   • Part 1: Sub-6GHz and mm Wave 5G cell RF tr...  

This design series of videos are on the design and modeling of 5G/6G Sub-6GHz and mm Wave cell transceiver Front Ends, including mm Wave beam steering. These designs are based on the selection of commercially available parts with chain verification performed using Pathwave SystemVue tools.

Part 1: I start by introducing the sub-6GHz and mmwave cell transceiver design, covering RF frontends, Antenna Arrays, varies transceiver topology designs using off the shelf RF chips.


Part 2: Here we detail more on the 3.6Ghz band 5G cell transceiver,

Part 3: Here we detail more on the mmWave band 5G cell transceiver, introduce EIRP of antenna arrays with beamformer.

Part 4: Here we illustrate the design and modeling of both sub-6GHz and mmWave distribution antenna feed networks.

Part 5: Small Cell 3.5GHz MIMO Transceiver Design.

Part 6: Small Cell 28GHz MIMO Transceiver Design with Beam Forming.

Part 7: Design and Modeling of Small Cell 28GHz/MIMO RF Transceiver with 5G FR2 digital modulator