This paper presents an evaluation of 14-nm SOI FinFET CMOS SRAM codesign techniques in the presence of statistical variability and reliability impact. As statistical variability sources random discrete dopants, gate-edge roughness, fi-edge roughness, metal-gate granularity and random interface trapped charges in N/PBTI are considered
Several emerging devices have been proposed to continue the CMOS scaling. To assess scalability, dev...
Statistical variability (SV) critically affects the scaling, performance, leakage power, and reliabi...
3-D mixed-mode device-circuit simulation is presented to investigate stochastic mismatch of FinFETs ...
This paper presents an evaluation of 14-nm SOI FinFET CMOS SRAM codesign techniques in the presence ...
This paper presents a comprehensive statistical variability study of 14-nm technology node SOI FinFE...
Variability is a critical concern for the stability and yield of SRAM with minimized size. We prese...
This paper presents a comprehensive simulation study of the interactions between long-range process ...
A comprehensive statistical variability simulation study of a 10nm gate length FinFET device is pres...
We report a systematic study on the impact of process and statistical variability on SRAM design in ...
none3noWhile traditional scaling used to be accompanied by an improvement in device performance, thi...
Statistical variability in ultra-scaled CMOS devices is a major challenge faced by the semiconductor...
Abstract—This paper analyzes the impacts of intrinsic process variations and negative bias temperatu...
This paper presents a TCAD based design technology co-optimization (DTCO) process for 14nm SOI FinFE...
Statistical variability is a critical challenge to scaling and integration, affecting performance, l...
A comprehensive study of statistical variability (SV) in scaled, fully-depleted (FD) SOI n-channel M...
Several emerging devices have been proposed to continue the CMOS scaling. To assess scalability, dev...
Statistical variability (SV) critically affects the scaling, performance, leakage power, and reliabi...
3-D mixed-mode device-circuit simulation is presented to investigate stochastic mismatch of FinFETs ...
This paper presents an evaluation of 14-nm SOI FinFET CMOS SRAM codesign techniques in the presence ...
This paper presents a comprehensive statistical variability study of 14-nm technology node SOI FinFE...
Variability is a critical concern for the stability and yield of SRAM with minimized size. We prese...
This paper presents a comprehensive simulation study of the interactions between long-range process ...
A comprehensive statistical variability simulation study of a 10nm gate length FinFET device is pres...
We report a systematic study on the impact of process and statistical variability on SRAM design in ...
none3noWhile traditional scaling used to be accompanied by an improvement in device performance, thi...
Statistical variability in ultra-scaled CMOS devices is a major challenge faced by the semiconductor...
Abstract—This paper analyzes the impacts of intrinsic process variations and negative bias temperatu...
This paper presents a TCAD based design technology co-optimization (DTCO) process for 14nm SOI FinFE...
Statistical variability is a critical challenge to scaling and integration, affecting performance, l...
A comprehensive study of statistical variability (SV) in scaled, fully-depleted (FD) SOI n-channel M...
Several emerging devices have been proposed to continue the CMOS scaling. To assess scalability, dev...
Statistical variability (SV) critically affects the scaling, performance, leakage power, and reliabi...
3-D mixed-mode device-circuit simulation is presented to investigate stochastic mismatch of FinFETs ...