The operation of 60GHz data
transmission inside the MR room using the WiGig standard has been demonstrated
in a previous study. It offers an off-the-shelf solution for reliable,
high-speed data transmission as required by modern high-channel-count array
coils. However, wireless data transmission is only one component of a complete
receiver chain in MRI. Since the ARM-based platform employed in our previous
study is not powerful enough to implement full high-speed high-fidelity
acquisitions, we propose to connect the WiGig data link with a FPGA board,
clock generator board and a high-precision ADC board to increase the speed and the
fidelity.
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