It’s time to replace your computer. Maybe it was purchased during the last Republican administration, or you ruined it with a spilled drink, or maybe you’ve just got some money to burn and you’d like to blow it on Intel’s new Kaby Lake microarchitecture. Whatever the reason, you’re ready to upgrade your computer, and…
Yesterday, Apple finally revealed a new MacBook Pro, a full 527 days after the last refresh. The Touch Bar was fancy and bright; the gorgeous display wowed eye sockets; and the price made my wallet pucker. But there was also a conundrum.
Kaby Lake, Intel’s latest processor family, wasn’t supposed to exist. Earlier this year Intel announced the end of its well-known tick-tock release schedule, whereby it trots out a new processor every September. The tick is the shrinking and improvements of the current microarchitecture, while the tock is a whole new…
Intel has announced that it’s moving away from its current “tick-tock” chip production cycle and instead shifting to a three-step development process that will “lengthen the amount of time [available to] utilize... process technologies.”
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.
When it’s not churning out smartphones and giant tablets and uh, giant container ships, Samsung also does healthy business manufacturing microprocessors. It does such a good job, in fact, that chip-making rival Qualcomm will be using Samsung’s foundries for its next big thing.
Google wants to make a better Android for the future. That means building a smartphone that can handle the technical challenges of augmented reality, virtual reality, and whatever else smartphones will become. And that means tying Android more tightly together with hardware.
Apple has been found guilty of using a technology, patented by the University of Wisconsin-Madison way back in 1998, in its chips without the proper permission — and it could cost it close $1 billion.
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.
Moore’s Law states that the number of transistors on an integrated circuit doubles every two years—a phenomenon that Intel has been upholding for decades. But with Intel’s announcement of its 2016 silicon, the law stutters.
IBM has announced that it’s designed a new kind of ultra-dense chip, which squeezes in four times as much computing power as the best silicon currently available.
For years, AMD processors have been a byword for cheap and cheerful — frequently picked in budget gaming guides, but always followed by some justification about how a Core i3 would be a better option if you weren’t so poor. But the latest AMD APU, named Carrizo, might just be the company’s battery-sipping,…
Every six months or so, mobile processing giant Qualcomm announces its latest and greatest Snapdragon processor, a piece of silicon that will find its way into the newest Android handset, making your life faster and better and so much higher-resolution than the old, crummy Snapdragon. Only, in the case of Snapdragon…
Samsung has long used Qualcomm chips to powers it flagship phones. But now a report from Bloomberg suggests that the company is to drop Qualcomm's Snapdragon chips in its new Galaxy S6 due to overheating issues.
One factor that's certainly helped in Samsung's near-domination of the Android market over the last few years is its use of Samsung-manufactured components in its vast range of Android handsets. You can therefore bet that the CEO won't be too happy to hear that LG is now manufacturing top-end silicon of its own.
Cognitive computing has been one of our most exciting frontiers for years. It's enticing to think that we can someday build a computer that's as powerful and as efficient as a brain. IBM's latest miracle chip just got us closer than ever.
Do you sometimes wonder what the hell people a talking about when the discuss transistors, processors, binary or Moore's Law? Or have friends that need a simple introduction to the topics? Then this is the video for you.