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    • 9. 发明申请
    • OPTIMIZING INTERCONNECT DESIGNS IN LOW-POWER INTEGRATED CIRCUITS (ICs)
    • 低功耗集成电路(IC)优化互连设计
    • US20160275227A1
    • 2016-09-22
    • US14658504
    • 2015-03-16
    • QUALCOMM Incorporated
    • Chunchen LiuJu-Yi LuShengqiong Xie
    • G06F17/50
    • G06F17/5072G06F1/3287G06F17/5077G06F2217/78
    • Aspects disclosed in the detailed description include optimizing interconnect designs in low-power integrated circuits (ICs). In this regard, in one aspect, functional blocks having substantially correlated power utilization patterns are grouped into a power-related cluster to share a sleeping cell, thus leading to a reduced number of sleep transistors and a simplified interconnect design in a low-power IC. In another aspect, functional blocks having higher block temperatures are separated into more than one power-related cluster, improving heat dissipation in the low-power IC. A simulated annealing (SA) process is employed to determine an optimized placement for the low-power IC based on a power-related cost function that includes a power-related parameter and a heat-related parameter. By running the SA process based on the power-related cost function, it is possible to determine the optimized placement that leads to the reduced number of sleep transistors and improved heat dissipation in the low-power IC.
    • 在详细描述中公开的方面包括优化低功率集成电路(IC)中的互连设计。 在这方面,在一个方面,具有基本上相关的功率利用模式的功能块被分组成功率相关的簇以共享睡眠小区,从而导致在低功率IC中减少数量的睡眠晶体管和简化的互连设计 。 在另一方面,具有较高块温度的功能块被分离成多于一个功率相关的簇,从而改善了低功率IC中的散热。 采用模拟退火(SA)工艺来确定基于功率相关成本函数的低功率IC的优化布局,该功能包括功率相关参数和热相关参数。 通过运行基于功率相关成本函数的SA过程,可以确定导致低功率IC中减少睡眠晶体管数量和改善散热的优化布局。