Apple launched a number of new Macs through the Apple Online Store today, including a 15-inch Retina MacBook Pro with Force Touch and a more-affordable 5K iMac. They all boast faster Intel Core i5 and Core i7 processors, as expected, and they’re shipping in just one business day.
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Intel’s Broadwell chips are late. The 14-nanometer wafers, which are believed to be integral to the much-rumored Retina MacBook Air, are due soon, but still not here.
But Intel’s already looking forward. At this week’s 2015 International Solid-State Circuits Conference, the chipmaker will announce a switch to a 10-nanometer process by early 2017 and to 7-nanometer chips shortly thereafter … a transition that means your Mac’s guts will soon no longer be made out of silicon, but another material entirely.
Intel’s talking a lot of smack about ARM lately. Around a month ago, Intel CEO Brian Krzanich said that he wasn’t worried about Apple ditching Intel for ARM chips. And today, Intel’s chief financial officer, Stacy Smith, is openly scoffing at the possibility, saying Intel’s way ahead of ARM when it comes to performance.
Rumors that Apple might ditch Intel chips in the Mac for ARM-based chips of their own design are nothing new. Back in 2012, we reported that Apple would soon be dropping Intel chips from all their Macs. And earlier this year, ex-Apple-executive Jean-Louis Gassée claimed that he thought Apple would soon ditch Intel too. Heck, even Intel has said in the past it considered Apple switching to ARM on the desktop to be a very real and scary threat. Yet it still hasn’t happened. So far, it’s the rumor equivalent of the Apple HDTV: even though it endlessly comes up in the news cycle, it still hasn’t happened.
Even so, when usually accurate analyst Ming-Chi Kuo from KGI Securities issued a note last week saying that Apple would fully switch from Intel to ARM by 2016, it caused a ruckus. People took the rumor more seriously than most, just based on Kuo’s amazing track record. But according to Intel CEO Brian Krzanich, he’s not worried. But he’s also not denying it’s a possibility.
Some of the biggest companies that power America’s Internet, including Apple’s new enterprise partner IBM, have come out in opposition of President Obama’s proposal to reclassify broadband as a “Title II” service.
In an open letter written to the FCC, Congress, and Senate leaders, over 60 of the biggest companies that build the technology that make the Internet possible have advised that such a “dramatic reversal” in policy would significantly hurt their businesses. The list of companies include Intel, IBM, Qualcomm, Cisco, Corning and tons of others who aren’t going to let the FCC’s big decision next year go down without a fight.
Here’s the full roster of anti-Title II companies:
I recently decided it was time to get a proper desktop computer. I needed it predominantly for work, but I wanted it to be powerful enough to play the latest games in 1080p without worrying about stuttering or terrible frame rates.
The new Mac lineup didn’t offer a perfect fit — the Retina 5K iMac was too expensive, and the new Mac mini simply wasn’t powerful enough — so I set myself a goal: To build a gaming machine with a dedicated video card, capable of running OS X, for around the price of a Mac mini.
I set a budget of $650 for my build. That’s $150 more than the base model Mac mini, but $50 less than the midrange model. In this piece, I’ll take you through the components I purchased and why I chose them, and how I put them all together. Next week, I’ll show you how I installed OS X to turn my DIY gaming rig into a Hackintosh.
Famous astrophysicist Stephen Hawking has a better way to talk now, thanks to a new custom predictive text software upgrade from SwiftKey and Intel Labs. The technology that Professor Hawking was currently using was going on 20 years old, and needed a fix to help him communicate and work faster and more efficiently.
His life-long motor neurone disease of amyotrophic lateral sclerosis (ALS) has necessitated his use of communications technology, and this new system will allow him to choose words rather than individual letters, which lets him type less than 20 percent of all needed characters in his messages. It also makes him 10 times more efficient with other computing tasks like browsing the web, working with files, and switching between tasks on the computer.
Touch ID might have just made it to iPads, but Intel wants to go one step further: bringing enhanced biometric passwords to PCs, which it plans to do before the end of the year.
“Your biometrics basically eliminate the need for you to enter passwords for Windows log in and eventually all your websites ever again,” Kirk Skaugen, senior vice president and general manager of the PC Client Group at Intel, recently revealed.
The software, which will arrive courtesy of the Intel-owned McAfee, will allow PC users to replace the 18 passwords that the average user reportedly has with a combination of fingerprint, gesture, face and voice recognition.
Intel is losing against ARM when it comes to mobile. This is incontrovertible. In smartphones and tablets, Intel’s chips just haven’t been able to compete with the likes of Apple, Samsung, Qualcomm, and Nvidia…. despite the billions of dollars Intel has spent trying to heavily subsidize things like Atom-powered Android phones.
Not so surprisingly, Intel’s mobile and tablet business isn’t profitable. But Intel’s about to do a little bit of creative accounting to make it’s mobile and tablet divisions profitable: merge them into the PC division.
Cupertino has its chic Apple Watch, Redmond has its Microsoft Band, and now Intel has unveiled its own female-friendly take on the wearable phenomenon with a $495 smart bracelet — which will allow users to receive and respond to text messages, emails and other notifications.
Called the MICA, the fashion-conscious bracelet boasts a sapphire 1.6-inch, 256 x 160 OLED curved screen on the inside of the wrist. As with the Apple Watch there are multiple styles available — ranging from black and white water snake skin, Chinese pearls, Madagascan lapis stones, South African tiger’s eye, and Russian obsidian.