Design of Advanced Reconfigurable Computer Systems with Liquid Cooling

Evaluation of Computer Technologies for Calculation of Exact Approximations of Statistics Probability Distributions

“…In contrast to computer systems with a fixed architecture designed on a CPU and GPU basis, it allows reconfiguration [10] of the architecture of an FPGA-based computer system to the architecture of the problem to be solved. Taking into account information dependencies in the structure of the application [10], it is possible to provide high real performance for labor-intensive problems in various fields of science and technology [11]. For example, the computational block (CB) of the latest Seguin system based on the UltraScale+ FPGAs (3U height, 96 XCVU9P-1FLGC2104E chips designed using 16 nm technology) achieves the performance of 240 Tflops (2.4 × 10 14 op/s) [12].…”

Design and Optimization of an Immersion Liquid Cooling System in Internet Datacenter

“…Levin et al reviewed the design of reconfigurable computer system using liquid cooling, summarized the structure, location, and technical features of immersion cooling, examined the design of main technical solutions and their prototypes, and tested the next generation computing modules [10,11]. Shah et al [12] explored influence of mineral oil immersion cooling on equipment reliability and compatibility, and observed how mineral oil alters the mechanical and chemical properties of IT equipment materials, such as polyvinyl chloride, printed circuit board, and switching devices.…”