We present a side-channel attack based on remanence decay in volatile memory and show
how it can be exploited effectively to launch a noninvasive cloning attack against SRAM …

Near-threshold computing (NTC) is an attractive solution to stagnating energy efficiencies in
digital integrated circuits, arising from slowed voltage scaling in nanometer CMOS [1-2]. The …

A novel high-speed and highly reliable sense-amplifier-based flip-flop with transition
completion detection (SAFF-TCD) is proposed for low supply voltage (V DD) operation. The …

Energy-efficient near-threshold design has been proposed to increase energy efficiency
across a wide range of applications. This article first provides a background motivating near …

With increasing process variation in scaled technology nodes along with voltage and
temperature variations and aging degradations, critical timing circuits are impacted which …

This paper presents a sense amplifier-based flip flop (SAFF) with low power and high-speed
operation capabilities. The power consumption and delay of FF improved after using the …

This paper focuses on the study of impedance profiles of Intel SoC:'s packaging options and
their impact on V min. In previous generations, provisions were made to short power gates in …

Efficient low-power operation is critically important for the success of the next-generation
signal processing applications. Device and supply voltage have been continuously scaled to …

Near-Threshold Voltage (NTV) techniques have been demonstrated to reduce energy
consumption significantly by decreasing the supply voltage approaching the threshold …

Accurate hold time analysis of sequential cells is crucial to high performance enterprise
server microprocessor circuit design. Due to tight timing margins, process variation, and …