A Survey Based on FinFET Breaking the Moore's Law Barrier with Future Wireless Communication System

The device miniaturization and enhanced performance in semiconductor technology has prompted the exploration beyond conventional CMOS, leading to innovative transistor designs. Among these advancements, FinFET technology stands out as a promising candidate capable of overcoming the limitations imposed by Moore's Law. This survey delves into the intricacies of FinFET technology and its pivotal role in surpassing the Moore's Law barrier, providing a comprehensive overview of its fundamental principles. Highlighting the unique three-dimensional structure and improved electrostatic control of FinFETs, the paper explores their implications for the future of wireless communication systems. It emphasizes how the char-acteristics of FinFET technology align with the demands of next-generation communication protocols. In addition to discussing the architectural advantages of FinFETs, the survey addresses the challenges associated with their widespread adoption, in-cluding a focus on power efficiency, speed, and overall system performance. Potential solutions to these challenges are also ex-plored. Furthermore, the survey critically analyzes existing liter-ature, summarizing key findings from recent research and development efforts related to FinFET technology. This encompasses advancements in manufacturing processes, device integration techniques, and the application of FinFETs in emerging wireless communication standards. At the crossroads of semiconductor innovation and wireless communication evolution, this survey aims to provide a comprehensive understanding of how FinFET technology serves as a catalyst in breaking traditional Moore's Law constraints. By exploring synergies between FinFETs and future wireless communication systems, this survey contributes to the ongoing discourse on the trajectory of semiconductor tech-nology beyond conventional limits, acknowledging and addressing the challenges posed by FinFET adoption.