FASTPRED SRAM: HIGH-SPEED ADDRESS-PREDICATED MEMORY DESIGN STRATEGIES

Abstract

High-speed memory systems are essential for modern computing applications, and SRAM remains a core component due to its low latency and high throughput. Address-predicated SRAM architectures have emerged as a promising solution to enhance memory access efficiency by predicting target addresses and reducing access delays. This study presents FastPred SRAM, a high-speed address-predicated SRAM design, detailing architectural strategies, implementation methodologies, and optimization techniques. The proposed approach integrates predictive addressing, optimized cell design, and advanced read/write control circuits to minimize latency and improve access accuracy. Simulation results demonstrate significant improvements in access speed, reduced power consumption, and enhanced throughput compared to conventional SRAM architectures. The findings highlight the potential of addresspredicated SRAM for high-performance computing systems and embedded applications.