Wildly imaginative and existing in a masterfully created sci-fi world, Transistor successfully conveys a vision that is adeptly matched by a clever combat system and attack mechanic.
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Even as its x86 arm competes fiercely with ARM, Intel is taking on work to build ARM-equipped chips for its own customers. One of those chips will pack a whopping 4 billion transistors
Seeking to keep Moore's Law on pace, researchers have developed a repeatable technique for assembling a single-atom version of the transistor--the building block of semiconductors and computers.
In the pursuit of smaller transistors, IBM Research found that carbon nanotubes outperform silicon on speed and power consumption, offering a possible way to maintain the pace of Moore's Law.
At PARC, researchers are developing a new technology for printing everything from transistors to smart labels to semiconductors.
Helping the hunt for something to replace silicon transistors, Big Blue researchers have found a way to precisely place carbon nanotubes -- or rather, to encourage them to place themselves.
Intel made an announcement today that will drive its chip development over the next several years. What are 3D transistors and why are they important?
Intel's Tri-Gate transistors usher in the next era of Moore's Law and open the door to a new generation of innovation.
New chips based on the 22-nanometer designs will run at a lower voltage and with lower power leakage, in an effort to improve both performance and energy efficiency.
European Union-funded project seeks to rearchitect chips to stop energy "leakage" and make everyday electronics, from cell phones to supercomputers, 10 times more energy efficient.