With the iPhone 6s and 6s Plus officially going on sale and delivering to pre-order customers over the weekend, it’s just a matter of time before you smash your display to pieces and drain your battery’s capacity. While some screen breaking and defective batteries might be covered under AppleCare and the 1 year hardware warranty included with all iPhones, otherwise you’ll need to refer to one of these handy guides from our friends at iFixit. expand full story
iFixit September 28, 2015
iFixit September 24, 2015
As the iPhone 6s and iPhone 6s Plus start to become available around the globe, early impressions and hands-on images are starting to roll in. As they usually do, the iFixit crew waited in line in Australia and have started their teardown process of the iPhone 6s, with the iPhone 6s Plus teardown to commence later this evening…
iFixit September 17, 2015
At its event earlier this month, Apple took the wraps off of a refreshed iPad mini 4 that is nearly identical to the iPad Air 2, but obviously in a smaller form factor. This evening, the crew at iFixit has shared its detailed teardown images of the iPad mini 4 and as expected, they show what is essentially a scaled down iPad Air 2.
iFixit July 17, 2015
Apple introduced a new iPod touch on Wednesday as we expected after selling nearly the same model for almost three years, and today iFixit has shared its routine teardown to grade the device’s ability to be repaired and catalog exactly what’s inside Apple’s newest iOS device.
While the exterior of the new iPod touch remains largely the same aside from new color options and the removal of the Loop camera strap, the teardown does confirm the RAM upgrade caught in benchmarks earlier this week and a slightly larger battery than the previous model… expand full story
iFixit May 7, 2015
Nearly two weeks after the product’s official release, Chipworks has updated its earlier Apple Watch teardown to note several significant details, most notably that Apple’s latest processor uses a 28-nanometer building process that has already been leapfrogged by newer technology. The discovery reveals that the S1 — believed to be roughly equivalent in processing power to Apple’s A5 processors — can be readily evolved using the smaller 20-nanometer process used in Apple’s current A8 processors, as well as the cutting-edge 14-nanometer process that’s reportedly being used in the upcoming A9. This is good news for next-generation versions of the Apple Watch, as they will be able to easily fit faster or more power-efficient processors in the same space as the S1.
As highlighted in separate chip teardown and X-ray analyses released today by Chipworks and iFixit (partnered with Creative Electron), the S1 packs over 30 components into a resin-covered package, including everything from wireless chips, wireless charging, audio processors and sensors to the CPU itself. The CPU is again said to be Samsung-fabricated, continuing the unusual frenemy relationship between Apple and one of its chief consumer electronics rivals. Several of the beautiful iFixit/Creative Electron X-ray images of the Apple Watch are included below…
iFixit May 5, 2015
Decades ago, every electronic device was sealed with one of two types of screws: a minus-shaped Flat/Slot head, or a plus-shaped Phillips head. There was no concept — at least, for common consumer electronics — that average people shouldn’t be able to unscrew their gadgets and take them apart. And the only reason to have multiple Flat or Phillips head screwdrivers was to handle bigger or smaller screws.
Times have changed, and “security screws” have become increasingly common. Apple actually started using tamper-resistant screws in its Macs years ago, but when it added Pentalobe screws to the iPhone 4, the media took notice, and there was a brief public flare-up (actual sample headline: “Apple iPhone 4 Uses ‘Evil,’ Tamper-Proof Screws”). Despite initial frustration, however, the solution turned out to be simple: buy an inexpensive Pentalobe screwdriver, or alternately, a multi-bit screwdriver with tons of different bits, like iFixit’s 54-Bit Driver Kit.
I’ve been using iFixit’s kit for so long and across so many great Mac upgrade projects that I consider it essential to my office; if a Mac, hard drive, or other peripheral needs to be opened, the 54-Bit Driver Kit almost always can do it. But since most people have no idea what Pentalobe, Torx, Tri-Wing, Hex and other bits look like or are supposed to do, I’ve assembled this guide to explain them all, focusing on the ones used in Apple products. By the time you’re done reading this article, you’ll have a good sense of the world of security screws, and the reasons it’s handy to keep a kit around to open anything up…