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Wireless system engineers always have the strong desire to verify and optimize their system architecture, baseband signal processing algorithm, and system control protocols by a SDR/FPGA prototype long before the HW design team gets the first silicon prototype.
For some cases, the SDR/FPGA prototype can be used as a product directly. MathWorks® provides a powerful tool set to convert Simulink® system models to SDR/FPGA implementations. In this video, we use a relatively complicated wireless network model to demonstrate the procedure for rapidly converting the Simulink model to a SDR/FPGA prototype and measuring the real network throughputs by over-the-air testing.

The SDR prototype of the wireless network consists of three SDR Zynq radio boards. Two of them act as radio network nodes, and one as a monitor measures the over-the-air RF signals and calculates the throughput for each network node. MathWorks products (version 2017b or later) used in this prototype are Communications System Toolbox™, DSP System Toolbox™, Stateflow®, and HDL Coder™.

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