THE SEMICONDUCTOR REVOLUTION: ARCHITECTING MODERN TECHNOLOGICAL INFRASTRUCTURE FROM SILICON TO AI SYSTEMS
DOI:
https://doi.org/10.34218/IJCET_16_01_156Keywords:
Semiconductor Integration, Moores Law, Digital Transformation, Technological Infrastructure, Electronic Systems ArchitectureAbstract
This comprehensive article review examines the fundamental role of semiconductors as the cornerstone of modern technological advancement, from personal electronics to industrial applications. The article explores the evolution of semiconductor technology, beginning with basic physical principles and progressing through Moore's Law's implications on computational capabilities. The article analyzes how semiconductor integration has revolutionized multiple sectors, including personal electronics, automotive systems, healthcare technology, and advanced computing infrastructure. Special attention is given to emerging applications in artificial intelligence and machine learning, where semiconductor capabilities directly influence processing power and system efficiency. The article also investigates the critical relationship between semiconductor advancement and developing technologies such as 5G networks, electric vehicles, and medical devices. The findings demonstrate the pervasive nature of semiconductor technology across various industries and its crucial role in enabling digital transformation. This article analysis provides valuable insights into the current state of semiconductor applications while highlighting their significance in shaping future technological progress.
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