Abstract
In the paper, we review the design principles and architecture of reconfigurable computer systems with immersion cooling. We prove that systems with immersion cooling are the most promising for the design of high-performance computer complexes. We give selection criteria and design results for the principal components of the immersion cooling system. We demonstrate the design of our computational module prototype, based on advanced Xilinx UltraScale FPGAs and give testing results for the principal technical solutions. We prove that the designed immersion cooling system has a high power efficiency and power reserve for designing advanced reconfigurable computer systems on the basis of new UltraScale+ FPGAs and other next-generation FPGAs. We suggest new design solutions for the case of our computational module, as well as for the layout of the main computational board and other components of the computational module for use of Xilinx UltraScale+ FPGAs.
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