![]() This became even clearer with smartphone, as these require a lot more horsepower than a dumbphone. ![]() But it also has downsides : first, it needs room, and second, it vastly impacts performances as communication between these elements takes a lot longer than using simply using each of them in a vacuum.įor both these reasons, such architecture was never suited for the smallest incarnations of mobile computing, namely, mobile phones. It allows better customisation, and divides upgrade paths for each component allowing for better upgradability. This kind of architecture holds many advantages and was the basis of personal computing for decades. To better understand, it's important to understand how components work : you basically have a number of various elements (such as CPU, GPU or memory) sitting on a motherboard (or logic board, as Apple tends to call it) that connects them so they can interact with each other. And no, it's not groundbreaking tech, but the way Apple uses it is rather new in the realm of laptops (well it was back in 2020, and is still rather small nowadays, but it'll grow). ![]() Seeing how obviously biased you are and how you seem incapable to properly read the links even you provided, that seems a bit pointless mate.Īpple didn't come up with the term "unified memory".
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