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JSSC 2009第9期Other90nm

Energy–Performance

提出一种新型逻辑电路,可在制造后调节晶体管阈值电压,优化能耗与性能。
90 nm CMOS, 两倍能耗-性能调节范围, 35%能耗降低
自适应电压缩放数字逻辑能耗-性能优化FPGA互连
制造后可调节晶体管阈值电压
结合动态电压缩放优化静态与动态功耗
外部静态、内部脉冲模式拓扑结构
Abstract
tract—We propose a new logic family that enables the user to tune the transistor’s effective threshold voltage after fabri- cation for higher speed or lower power. This technique along with dynamic voltage scaling allows simultaneous optimization of static and dynamic power based on the application/workload requirements. Programmable interconnect from an FPGA was implemented using this logic family on a 90 nm CMOS test chip. Measurements show that this topology provides twice the tuning range in