Full details on the new iMac Pro still haven’t be unveiled by Apple even though it showed the machine off at WWDC 2017, but according to a new report, Apple’s desktop beast may pack a surprising server-grade processor from Intel to make it unbelievably fast.
When Apple unveiled the new iMac Pro at WWDC this week, not only was it the most powerful Mac ever made, it was also one of the most pricey ever.
At $5,000 for the baseline model, the iMac Pro is aimed at the most professional of Pro users, but according to a new price analysis on competing super-powered PC, the iMac Pro might actually be a killer deal.
A test to pit the two different iPhone 6s models against each other — one with a TSMC chip and the other with a Samsung chip — has officially debunked Chipgate. It turns out there are no discernible differences in battery life between the two.
Consumer Reports acquired an iPhone 6s with an A9 chip made from TSMC and another from Samsung. They made sure all settings were equal on both devices including the carrier, brightness settings, wireless connections, iOS version, running apps and more. Then they got to work.
Apple Metal, introduced at last year’s WWDC, gives developers low-level access to the GPU to maximize the graphics and performance potential of their games. Now Android gamers are going to get a taste of that, too.
No, Apple isn’t bringing Metal to Android — but Google is adopting an alternative called Vulkan.
There was a time when one of the few parts of your Mac that you could upgrade was the CPU, but recently, Apple has phased out CPU upgradeability in favor of slimmer form factors with soldered-in silicon chips.
One surprising exception to Apple’s stance against user upgradeability, however, is the 2013 Mac Pro, which is now confirmed to have a processor that can be upgraded by the user.
You might notice that your hard disk is constantly spinning on your Mac. If you check Activity Monitor, you might find out that the CPU is also being used up by the Finder, which typically doesn’t use a lot of CPU.
Turns out that the culprit could, in fact, be video files on your desktop. As you may know, OS X can play video files in their thumbnails and via Quick Look. To do this, it seems, your Mac needs to constantly be accessing the video file data, in order to have it ready to play at a moment’s notice. This eats up CPU cycles like nothing else on the desktop.