If you thought the days of CPU—OS incompatibilities were behind you, think again. It’s quietly been announced that some future silicon will only allow you to run Windows 10 if you choose to opt for a Microsoft OS.
Stop. Don’t buy that new Windows laptop or tablet. Don’t pull the trigger unless you’re getting a truly amazing deal. Because today, Intel’s launching its latest processor—Skylake—and you may want one in your next PC.
Bits and pieces of info about Intel's brand new 4th generation processors have been dripping out for months now. Good graphics, crazy battery life. Exciting stuff. Finally, though, we've got a full view of guts that'll power most of next year's computers, and they'll be available starting June 4th. The future looks…
Intel's Atom cores have caught a lot of guff, mainly thanks to bad memories of the netbook days. But its latest incarnation, the new Silvermont CPU architecture, is low-powered and packs a performance punch, positioning Intel to make a big push into mobile.
Most computers use a two-step process to cool the CPU. First, a heat exchanger pasted to the processor draws the warmth away. And then a combination of a heatsink and fans dissipate it away from the PC. But by merging those two steps into one, this spinning cooler ends up being greater than the sum of its parts.
Today is the day that the full veil comes off Intel's Ivy Bridge processors, which will be more commonly known as the third generation of Core processors. With that comes stats and specs about what Ivy Bridge is built on and what it will be capable of. Here's everything you need to know about Ivy Bridge.
Intel's upcoming Ivy Bridge platform has been touted and celebrated for months, and the thing hasn't so much as been touched by nary a consumer. But now, the anticipated CPU has made it into devices and a couple of lucky bastards have gotten their hands on it early. How does it perform? It's powerful. Real powerful.…
Your quad-core computer doesn't seem so great anymore now, does it, champ? AMD's Opteron 6200 boasts 16 cores running at up to 2.6 GHz each. That is a lot of number crunching—and the first x86 with 16 cores.
Just last month, AMD staged an event to squeeze an amazing 8429.38 MHz out of its FX-8150 processor. The highest-clocked CPU in the world—it was a big production. And now they've been beat by a team of one.
ARM's new ultra-efficient Cortex-A7 processor isn't going to do anything for smartphones today. But in the near future, it'll be doing what today's fastest CPUs do at a sliver of the price, eating a sliver of the battery life.
This approachable perspex box is a section of the Fujitsu K. Despite looking like it should be selling Mars bars, cans of Coke, condoms and toothbrushes to businessmen, this cabinet makes up part of the current "world's fastest supercomputer."
There's a not-so-dirty little secret about NVIDIA's upcoming Tegra 3 platform (which will soon find a home in plenty of mobile devices): the quad-core processor contained within has a fifth core for less intensive tasks.
It may not technically be the world's fastest processor, but AMD squeezed an overclocked Guinness World Record number out of its impending 8-core FX CPU: 8.429 GHz, beating the previous global high of 8.308 GHz. Intel fanboys, begin your outrage!
As usual, Pixar is pushing boundaries when it comes to the CGI in Cars 2. Making the film required a render farm containing 12,500 CPU cores. And on average, it took 11.5 hours to render a single frame. [Cnet]
IBM's Centennial anniversary is fast approaching (as in TODAY), and their 100 years of hard work shouldn't go unnoticed. Behind every major technological advance, you're likely to find IBM's name floating around somewhere. Here are 9 of our favorite IBM-aided innovations.
A team of scientists at Chungbuk National University in South Korea have created a transistor that's only 2nm in size, which happens to be the smallest in the world. By comparison, the current generation of Intel processors use 32nm transistors.