Despite what some companies like to claim, specialized many-core chips don't "break" Moore's law in any way and are not exempt from the realities of semiconductor manufacturing.

Moore's Law was an off-hand prediction that came to be one of the prevailing laws of modern computing — but what did it predict, and can we still rely on it?

Moore's law has driven computing for nearly 40 years, but an increasing number of companies are acknowledging that it's coming to an end. Here, we look at some of the myths surrounding Gordon ...

After Moore's Law: how phones are becoming open-source All products featured on WIRED are independently selected by our editors.

We don’t have a Moore’s Law problem so much as we have a materials science or alchemy problem. If you believe in materials science, what seems abundantly clear in listening to so many discussions ...

Moore’s Law is being used as a guiding principle in the development of wearables, Internet of Things devices and even robots that can recognize objects and make decisions.

The idea of Moore's Law has been a topic of debate for years, but we're finally starting to see the decline of pure PC hardware innovation.

But now, some say Moore's law has come to an end. If so, Intel needs a new strategy. Bruce Pile says that's good news for Nvidia. Ken Kam: What is Moore's Law?

Moore's Law took us from room-sized servers to computers on a stick, and the law itself may shrink to nothing soon--though new chip technologies could change everything.

Moore's first law is a two-edged sword - more transistors for the same price is great for computers, but it's hell on batteries: As the processor power doubles, the power consumption also rises.