The demand for low-power, dependable and efficient static random-access memory (SRAM)
design has risen as a result of the continuous progress in computational power reduction …

6T and 8T SRAM cells have been compared on 180nm technology using an industry-
standard Cadence Virtuoso Tool. It's challenging to make an SRAM cell with low power …

The main driving factors of technology scaling are to reduce size and improve performance.
But starting from the 65 nm technology node, device scaling no longer delivers the power …

Static Random Access Memory (SRAM) is a memory that is designed to provide high speed
and low power applications. As the technology is shrinking down, the power supply is also …

Cache memory is one of the most important functional part of any system ranging from
System on Chips (SoC) to personal computers. The cache memories are composed of …

As the channel length of MOSFETs is scaling down, the Leakage Power and the stability of
the SRAM cells become the major concern for future technology. In this paper, stable SRAM …

As the technology of memory on Systems-on-Chip (SoC) is shrinking, the compact devices
and embedded systems are emerging, so the low power consumption is very essential for …

SRAM is the most important part of memory designs and are indispensable in several
applications that include System on Chips (SoCs). Following the Moore's law, power …

Abstract The Static Random Access Memory (SRAM) is an integral part of memory
architectures. With growing technology and scaling factor, static power consumption needs …

SRAM is a key component of most embedded systems; it consumes a major portion of total
area as well as total power of the system. As a result, design and stability of SRAM cell has a …