 I used this board for VHDL implementation. The board has XC3S250E (Xilinx's FPGA) and it's
big enough to burn FFT and MicroBlaze together.
As to FPGA implementation, see this (sorry, written in Japanese). The following is a snapshot just after I
burned the FPGA.
Next, please run this Windows application. Then click "Test Input" to send data from PC to FPGA through USB.
FPGA getting data from PC and initializing RAMs.
Initializing finished and ready to do FFT.
Click "FFT Execution" to send a command to start FFT.
Then click "Spectrum (Real)" button to read and check it. The
following comment says the spectrum of real-part is correct.
Do the same thing for Imaginary-part. It seems like okey.
If data do not match, the app shows following message.
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