High-speed reduced-leakage SRAM memory cell design techniques for low-power 65nm FD-SOI/SON CMOS technology
The paper presents a detailed study on the sub-1V high speed operation with reduced leakage design techniques for conventional 6T Static Random Access Memory (SRAM) on fully depleted Silicon-on Insulator (FD-SOI) and fully depleted Silicon-on-Nothing (FD-SON) technology. Performance of SON MOSFET is found to be significantly better both in terms of power and speed from its equivalent SOI device. Future devices with advanced technology are promising for low-power application. The most promising high-speed, low-power operation techniques are introduced, analyzed and compared into 65nm low-power FD-SOI/SON technology. Hspice simulations conclude Drive Source Line (DSL) architecture as the best option for high speed operation in sub 100nm technology without affecting the Static Noise Margin (SNM) of the cells.
silicon on insulator technology silicon on nothing technology on-chip cache sram cell low leakage low power