2024, Vol. 5, Issue 1, Part A
Developing a high-capacity, nonvolatile spintronic associative memory hardware accelerator: Innovations and implications
Author(s): Young-Bum Choi and Yool Kim
Abstract: This paper introduces the development of a high-capacity, nonvolatile Spintronic Associative Memory Hardware Accelerator, showcasing a pioneering approach to memory technology that integrates spintronics with associative memory architecture. By leveraging the unique properties of spintronic materials for data storage and retrieval, the proposed hardware accelerator offers significant improvements over conventional memory systems, including increased storage capacity, reduced access times, enhanced energy efficiency, and greater endurance. Experimental results highlight the accelerator's potential to significantly enhance computing systems' performance, providing a scalable, efficient solution for high-speed data processing. This study not only demonstrates the feasibility and benefits of this innovative technology but also discusses its implications for future computing paradigms, such as Artificial Intelligence (AI) and big data analytics.
Pages: 25-27 | Views: 436 | Downloads: 182
Download Full Article: Click Here

How to cite this article:
Young-Bum Choi, Yool Kim. Developing a high-capacity, nonvolatile spintronic associative memory hardware accelerator: Innovations and implications. Int J Res Circuits Devices Syst 2024;5(1):25-27.