When does the golden rule of semiconductor scaling finally break? How small can a transistor be? And what in the world is ...

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 concept of Moore's Law was first introduced by Gordon Moore, co-founder of Intel, in 1965. Moore's prediction that the number of components (transistors) on a chip would double every year has been ...

Moore’s Law states the number of transistors on an ... The Future of Computing Performance (2011). Everything went wrong in 2004. At least, this is the thesis of The Future of Computing Performance.

This predictable progress, guided by Moore’s Law, has been the backbone of our ... more energy-efficient systems that could transform everything from artificial intelligence to global ...

After all, it was a “law” proposed by Gordon E. Moore, founder of Intel. Less a law than a production goal for a silicon manufacturer, it proved to be a very useful marketing gimmick.

And now that Moore’s Law is dead, how will SoC designers continue to survive ... it didn’t make sense to make efficient IC designs because time to market was everything. In fact, companies pushed ...

For decades, Moore’s Law has been an important semiconductor industry mainstay that has helped fuel a relentless progression in computing performance. However, most industry experts agree that Moore’s ...

On the other hand, as they say, (transistor) size isn't everything. If we evaluate the life left in Moore's Law under a broader, more general "Are computers still getting faster / more efficient?" ...

Moore’s Law has been the foundation of technological ... a complete reevaluation of the computation stack,” he stated. “Everything, from chip architecture to software, would need reworking.” ...

On the other hand, as they say, (transistor) size isn't everything. If we evaluate the life left in Moore's Law under a broader, more general "Are computers still getting faster / more efficient?" ...