![]() ![]() Specialised die structures like HEVC cores, highly parallel arithmetic units (like Apples neural engine) will add way more capability to ARM hardware. ![]() With ARM we can play the game of boosting clock and adding cores another decade, with significantly less power consumption. Also Windows software is still too much focused on x86.Īt the latest when we reached the absolute power maximum a x86 die can handle with boosting clock and adding more cores, ARM will become a huge game changer. It just needs time, since most custom ARM chips are nowhere near Apples chip. But your question leaves an important aspect out: ARM architecture will grow big in desktop and laptop environments and become a big competitor to Intel architecture. Windows ARM was also intended for embedded systems like Raspberry Pi. The project I posted is a layer between Windows ARM, UEFI and Apple M1 Hardware. To clarify: Windows 11 ARM is already out since a year.
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