Design of Area efficient comparator architecture using 5T XOR GATE

The use of comparators in computation-based designs is extensive, making optimization crucial. While some comparator dynamic logic to achieve low-power consumption, the limitations low-speed and poor-noise margin make this approach challenging. proposed design offers a new solution that both area-efficient has high operating speed while consuming low-power. It was designed using 180nm technology Tanner Tool, its results were observed. Overall, work presents promising for optimizing digital improving efficiency designs. This N-bit terms area, power, speed. structure clever consists two crucial modules - comparison evaluation module (CEM) final (FM). CEM responsible evaluating comparison, it uses regular repeated cells implement parallel prefix tree structure. independent input operand bit widths, which makes highly versatile adaptable different applications. FM, on other hand, validates based obtained from CEM. ensures output accurate reliable. By utilizing these modules, able high-precision comparisons maintaining relatively simple efficient design. development field circuit design, potential improve performance reliability wide range electronic systems.