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Content Addressable Memory Design in 3D pNML for Energy-Aware Sustainable Computing

As the semiconductor industry strives for downsizing and high speed, it is confronted with increasing scaling uncertainty as devices decrease to the nanoscale. Nano-magnetic logic (NML) is an alternative approach to synthesize the digital logic circuits with high-density and low-power consumption. We introduced an optimal design of content addressable memory (CAM) memory based on perpendicular nano-magnetic logic (pNML). The main aim of this implementation is to synthesize CAM memory in terms of latency and other design parameters. The implementation of the design is a multilayer approach, which is optimal. The synthesis approach and optimization are perfectly scalable across layout construction of designs. Here a new logic gate in pNML technology is designed which is mainly used for matching of two input numbers. According to insight, both memory unit and a matching unit in the pNML are introduced in the state-of-the-artwork for the first time to synthesize design in high-speed pNML application. MAGCAD tool is used for the design of all the proposed pNML layouts.