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Thermal Characterization of Copper Contact Interconnect for DRAM Package Stacking - (PPT)

机译:DRAM包堆叠铜接触互连的热表征 - (PPT)

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摘要

μPILR 3D stack enables memory modules with high density and low profile; Compared to solder ball interconnect, μPILR stacked package has higher thermal conductivity, shorter heat transfer path, higher pin count, which benefits heat transfer, even at reduced cross section area; When DIMMs are placed in parallel, as in server application, μPILR performs better since the memory module is thinner, and enables more efficient air cooling.
机译:μPILR3D堆栈使得具有高密度和低型材的内存模块;与焊球互连相比,μPILR堆叠封装具有较高的导热系数,传热路径较短,销钉数量较高,即使在减少的横截面区域也有利于传热;当DIMM并联放置时,如在服务器应用中,由于内存模块更薄,μPILR执行更好,并且能够更有效的空气冷却。

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