![]() ![]() I do this for overnight tests which require Windows - my cloud infrastructure is all Linux and when I need to test on Windows I just do it in Parallels on my laptop (it's comically low-tech but whatever).Ĭlick to expand.Bolded plus a million. There was a discussion here in this forum about this. You won’t usually get better performance that way, but your laptop will run cooler and quieter and the performance hit will be modest compared to the CPU’s normal approach of greedily grabbing every bit of performance until it just can’t any more. If you need performance that bad, you should probably move more stuff to the cloud or get a desktop or at least a super-beefy “gaming” laptop.Ī more realistic option is to use Turbo Boost Switcher ( ) to limit CPU frequencies for long-running workloads. Intel and Apple aren’t being incompetent, they’re prioritizing users not needing to open the computer or the CPU every few years.Īnyway, it’s hard to recommend this. ![]() ![]() You’ll probably then need to repeat the procedure every year or two after that. What those videos tend to leave out is that liquid metal (and other highly conductive compounds) don’t last as long as the thermal compounds that Intel and Apple (and others) use. This will pretty much always get you very significant performance gains (and not just in laptops). You can take your MacBook Pro apart, remove the CPU, delid it, apply some kind of liquid metal inside the CPU, put the CPU lid back on, and then apply the same thermal compound between the CPU and the heatsink. ![]()
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