![]() ![]() Given time though, there may be potential for MacBooks and other hard-to-upgrade products to have an approved process for futureproofing by swapping internal components, so while this is certainly a non-recommended enthusiast project, it does add weight to potential life-extending methods that could be implemented for devices. It's far better to pay upfront for a MacBook Air or MacBook Pro with larger storage if you're worried about the specs than it is to try and Frankenstein an upgrade to the machine yourself. The discovery itself that this can be achieved is of course commendable, but the practical applications are fairly nonexistent. You'd also need to be very proficient in soldering – given that one mistake will leave you with a very expensive paperweight – and have all the suitable equipment to hand, which doesn't make this a cheap upgrade for the average Joe. The DRAM and NAND memory (a type of nonvolatile flash) are extremely hard to come by for everyday consumers, usually being purchased by large manufacturing companies. We can't stress enough that this is a bad idea to try yourself, not only because of the high risk of it not working (and the obvious voided warranty), but the work required also simply isn't worth the payoff. The cases does not void the product warranty and broken pieces were not covered. ![]() Whats interesting is that, even with only 11GB of 16GB currently used, there is still about 8GB of swap. See more Perfectly impractical in every way A removable panel was attached to the bottom of the chassis of the Mac Minis to allow for Random Access Memory (RAM) upgrades for the third and the fourth models. I also havent noticed any glitchiness, compared to the Mac mini. ![]()
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