Abstract
Today, low-power and high-speed SRAMs have become a distinct part of many VLSI chipsets. This is especially true for microchips, where chip sizes are developed on the chip with each age to expand the disparity in processor speed and cache speeds. SRAM is used as a cache, which is fast and is used to speed up processor allocation and memory interface. With modern technologies in VLSI innovation, logical port speeds have expanded their essence, but memory speed comparison has not been improved. Therefore, for PCs, SRAM memories are necessary to improve operating speed and DRAM is used as part of the main memory where density is more important than speed. In this work, we focused on the high-performance SRAM 6T system, which can be used as high-speed memory and low computer consumption.