Post by account_disabled on Feb 21, 2024 20:43:43 GMT -10
Implemented ever since; this law is often cited when new microprocessors come on the market and deserves a closer look: Component complexity increases by about a factor of 100 per year. In the short term, this ratio is expected to remain unchanged or even increase. Over the long term, growth rates are less predictable, although there is no reason to believe that growth rates will not remain constant for at least the next 20 years. In other words, by 2010, the number of components per low-cost integrated circuit will reach 1. I believe such a large circuit can be built on a single piece of silicon. Gordon Moore, the great .
Visionary The person who proposed this law was Gordon Moore, "Electronics" on January 1, 2019. Moore, one of the "eight traitors" who founded Fairchild Semiconductor, proposed Chinese Malaysia Phone Number List this hypothesis in Electronics Magazine based on his own observations. He saw an evolution in the Fairchild production chain. His reasoning is very interesting: every year, the number of transistors in integrated circuits doubles, and therefore, their capacity increases. Gordon Moore and Robert Noyce at Intel Gordon Moore and Robert Noyce at Intel Image: Intel This may seem like an unimportant observation .
To us, but it’s worth noting Yes, Gordon Moore had done this six years before the first microprocessor was developed. In fact, his goal was to prove that transistors would become a fundamental component of electronic devices, thus validating Fairchild's business model. Although Moore's Law was based on experience, it has become a perfectly proven model in the industry. The number of transistors per unit area doubled, and the emergence of new technologies (with greater integration) made previous technologies obsolete. At first, the pace was dizzying, but in 2010, Gordon .