Moore’s Law certainly isn’t the only secret to success in technology and related fields. But its often-fundamental role is inescapable, if largely invisible.

The origins and impact of Moore’s Law. The history of Moore’s Law began in 1965, as Natarajan explained, with the coining of the term in Gordon Moore’s landmark paper. “It’s important to ...

Moore's law has more or less held since 1975, and it's impossible to give a complete list of all the advancements we now enjoy thanks to the shrinking transistor. Devices of all kinds are smaller ...

Moore's Law states that the total transistor count on a semiconductor device of a fixed size will double every 18 months. So is it a Law, or is it just self-fulfilling prophecy?

What Intel Corp. Executive Vice President Stacy Smith said this week about what the semiconductor industry’s uncannily accurate maxim Moore’s Law might mean if applicable to other industries.

"Moore’s law isn’t tracking exactly, but the spirit of the law is still alive in that the dies are still shrinking, and CPUs become more and more capable every 12-18 months or so," said Joel ...

Known as Moore’s Law, his prediction has enabled widespread proliferation of technology worldwide, and today has become shorthand for rapid technological change.

Intel's House reshapes Moore's Law into its current form While component density gains were slowing by 1975, Intel's Dave House observed that individual components were themselves getting faster.

But the reliability of Moore's Law has also shaped expectations. Today, consumers all but demand that their gadgets get faster, cheaper, and more compact in step with Moore’s Law.

For 50 years, Moore’s Law has paved the way for faster, smaller and cheaper devices. The observation focuses on the economics and scaling of silicon chips, which are at the heart of computing ...