It's been a busy week of Apple teardowns for iFixit, with the firm announcing today that it has completed its work on the non-Retina version of the Mid-2012 MacBook Pro.
Given that the non-Retina version has retained the same form factor for a number of years, there are few changes to the internal layout of the components, but a fresh look inside now that the redesigned Retina MacBook Pro has been released offers some interesting comparisons of how Apple is working to reduce the size and weight of its machines.
In particular, iFixit focuses on the hard drive and RAM differences between the two machines, noting that the proprietary solid-state drive used in the Retina MacBook Pro measures only 3.16 mm thick compared to 9.45 mm for the traditional hard drive in the non-Retina version. On the RAM side, Apple has soldered the chips directly to the logic board in the Retina MacBook Pro, while the non-Retina version still retains removable RAM modules in a stacked configuration measuring 9.15 mm thick.
Logic board of non-Retina Mid-2012 MacBook Pro with CPU (orange), NVIDIA graphics (red), and platform controller hub (yellow)
While the Retina MacBook Pro received iFixit's lowest repairability score ever for a notebook at just 1 out of 10, the non-Retina version receives a score of 7 for its use of mostly-standard screws and its easily-accessible battery, optical drive, hard drive, and RAM. But as evidenced by the popularity of the MacBook Air and the strong reception to the Retina MacBook Pro, repairability and upgradability appear to be taking a back seat to size and weight savings in the minds of consumers as Apple pushes the envelope with highly-customized components fabricated to meet the company's design goals.
While the iPhone 17 Pro and iPhone 17 Pro Max are not expected to launch until September, there are already plenty of rumors about the devices.
Below, we recap key changes rumored for the iPhone 17 Pro models as of May 2025:
Aluminum frame: iPhone 17 Pro models are rumored to have an aluminum frame, whereas the iPhone 15 Pro and iPhone 16 Pro models have a titanium frame, and the iPhone X ...
Wednesday May 28, 2025 11:56 am PDT by Juli Clover
With the design overhaul that's coming this year, Apple plans to rename all of its operating systems, reports Bloomberg. Going forward, iOS, iPadOS, macOS, tvOS, watchOS, and visionOS will be identified by year, rather than by version number. We're not going to be getting iOS 19, we're getting iOS 26.
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iOS 26 will be accompanied by...
Apple's iPhone 17 lineup will include four iPhones, and two of those are going to get all-new display sizes. There's the iPhone 17 Air, which we've heard about several times, but the standard iPhone 17 is also going to have a different display size.
We've heard a bit about the updated size before, but with most rumors focusing on the iPhone 17 Air, it's easy to forget. Display analyst Ross...
Sony today provided a closer look at the iPhone rigs used to shoot the upcoming post-apocalyptic British horror movie "28 Years Later" (via IGN).
With a budget of $75 million, Danny Boyle's 28 Years Later will become the first major blockbuster movie to be shot on iPhone. 28 Years Later is the sequel to "28 Days Later" (2002) and "28 Weeks Later" (2007), which depict the aftermath of a...
The next major version of macOS, now dubbed "macOS 26," is rumored to drop support for several older Intel-based Mac models currently compatible with macOS Sequoia.
According to individuals familiar with the matter cited by AppleInsider, the following Macs will not be supported by the next version of macOS:
MacBook Pro (2018)
iMac (2019)
iMac Pro (2017)
Mac mini (2018)
MacB...
With the next-generation version of iOS and other 2025 software updates, Apple is planning to change its numbering scheme. Rather than iOS 19, which would logically follow iOS 18, Apple is instead going to call the update iOS 26. Apple plans to use 26 across all of its platforms (the number representing the upcoming year), which will presumably be less confusing than having iOS 19, macOS 16,...
Apple is reportedly preparing to implement significant iPhone hardware redesigns each year for the next three generations.
According leaks from the Chinese supply chain disclosed by Weibo user "Digital Chat Station," Apple plans to carry out a series of phased industrial design changes affecting different parts of the iPhone across three consecutive years: 2025, 2026, and 2027. The changes...
The most important factor for me is screen size. The bigger the screen, the better. Next is RAM, followed closely by HD space. Battery life comes next, followed by a good keyboard. If my 17 inch MBP were to mass twice as much, I would not care. Laptops are light; I don't understand why anyone would have a hard time carrying one around.
If they were to shave off a few pounds on the MP, without harming performance or upgradeability, I would not be that upset. Not that I take my MP out to work in the field.
What, you don't want to be one of these people? :D:cool:
I'd say the reason behind that is because outside of memory the only other upgradeable component is the hard drive ;)
I disagree. I work in IT, as well as teach IT related courses. The vast majority of users don't even know they can upgrade their machines. A laptop is limited of course, but even the concept of putting a stick of RAM in a machine makes most users glaze over. Folks buy machines to use them, when they don't work anymore or are too slow they buy new ones, simple as that.
I'll take thinner, lighter, and longer battery life over upgrade options any day. I'll just buy the specs I want up front even if its costs a bit more and don't yet require it.
Apple also needs to know that replacing the board is going to be expensive so consumers aren't going to like it if they can't get it replaced cost effectively after the AppleCare expires. I seriously would spend a little more to get an extended 4 or 5 yr coverage rather than spend 800-1500 to replace internals.
But as evidenced by the popularity of the MacBook Air and the strong reception to the Retina MacBook Pro, repairability and upgradability appear to be taking a back seat to size and weight savings in the minds of consumers as Apple pushes the envelope with highly-customized components fabricated to meet the company's design goals.
Exactly. People buy machines, use them for a practical life cycle, without that much concern about repair logistics outside of the warranty, especially with Applecare giving you 3 years of not having to worry.
It’s not like 2-3 year old notebooks from any source are all that repairable. I’ve got old notebooks from a number of manufactures with bad motherboards, keyboards, trackpads, displays, none of which have a replacement source.
