VB: It’s a good message, to have that better-than-Moore’s-Law result in the latest part of the graph you’re showing. Mistry: Or at least it’s a different way of achieving the same result.

Moore took a piece of graph paper and plotted these numbers out. ... His prediction became known as "Moore's Law." In 1975 he updated it to predict that chip capacity would double every two years.

Moore's Law Graph 1965/Credit: Intel "Moore's Law is not dead yet and it's unlikely to die for at least a couple more generations of chips. But I suggest it won't really die for many more years ...

Michael Malone writes about the 50th anniversary of Moore’s Law. As Moore’s Law turns 50, the revolution in computing it foretold is on the cusp of even more-radical progress. Skip to Main Content ...

According to this article in Nature, Moore’s Law is officially done. And bears poop in the woods. There was a time, a few years back, when the constant exponential growth rate of the number o… ...

Gordon Moore's original graph, showing projected transistor counts, long before the term "Moore's law" was coined. Moore's original observation was that transistor density doubled every year; in ...

Various interpretations of Moore’s Law have led to many conclusions in the market. Some say that Moore’s Law is dead; others say it is very much alive; and others, including as myself, say ...

Well, for quite a lot of years Moore’s law was easy, but then it got hard. Wires too thin, power density too high, threshold issue…but it is not impossible to break free.

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.

The semi-log graphs associated with Moore’s Law have since become a visual metaphor for the technology revolution unleashed by the exponential improvements of just about all digital components ...