Ever wondered how to speed up radar systems without breaking the bank? Well, an innovative team has found an answer: using Field-Programmable Gate Arrays (FPGAs) in a clever way. Traditional FPGA-based radars often struggle with low processing speeds, which leads to lost data. But this new approach changes the game. By parallelizing the FPGA architecture, they've created a super-fast, compact, and cost-effective dual-channel ultra-wideband (UWB) pulsed-radar system.

Imagine processing 20 billion samples per second! That's the speed this radar operates at. And the best part? The FPGA matches this speed, ensuring no data is lost. Each channel can handle over 9, 000 waveforms per second. Plus, this design is flexible. It can handle higher sampling rates and different waveform periods.

The FPGA doesn't just process data; it also controls everything. It synchronizes two transmitters and a dual-channel receiver, reconstructs signals, and even carries out user-defined tasks like averaging and interference suppression to boost the signal-to-noise ratio.

Now, you might ask, how do they handle all this data? The radar data rate is actually faster than what an Ethernet link can handle. But don't worry, they've thought of that. Using smart FPGA-based functions, they reduce the amount of data sent, making sure nothing goes to waste.

Speedy FPGA Radar: A Smart Solution for High-Speed Data

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