The goal of this essay is to examine the "Diamond Chip," also called the "Carbon Chip," a cutting-edge technology. Although it seems impossible, diamond or carbon chips will eventually replace silicon in electronics In the modern era, silicon is used to create electronic chips. Its size, poor working speed, and other drawbacks make it unsuitable for power electronic applications. Carbon provides more benefits than silicon, according to recent studies. We can produce smaller, quicker, and stronger chips by using carbon as the production material. They were successful in creating smaller carbon chip prototypes. They created "CARBON NANOTUBE," a significant carbon-based component that is utilized in the majority of contemporary microprocessors. Unlike silicon chips, which can endure temperatures of only about 15 deg. c, manufacturers want to create a diamond chip that can work at the temperature of 50 deg. c. The chips would work best in gadgets close to hot-burning engines, like those found in cars or airplanes.