- May 4, 2000
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https://www.tomshardware.com/news/intel-12900k-world-record-with-hacksaw
I normally don't care for these extreme overclocking articles, but I looked at this one because the use of "hacksaw" in the title.
So basically this user destroyed a $1,300 motherboard by sawing the socket out of the motherboard to determine the levelness of the cooler on the CPU.
I mean, Tom's already reported that 1.0 mm washer would have kept the IHS from being lower in the middle.
https://www.tomshardware.com/news/easy-mod-reduces-alder-lake-cpu-temperatures-5-degrees-celsius
I normally don't care for these extreme overclocking articles, but I looked at this one because the use of "hacksaw" in the title.
So basically this user destroyed a $1,300 motherboard by sawing the socket out of the motherboard to determine the levelness of the cooler on the CPU.
I suspected that the hold-down mechanism, which only contacts the very middle edges of the CPU, was flexing the middle of the chip down, causing the top and bottom edges of the CPU to bow upward. How can I test this?
I came up with the idea to simulate the CPU inside the socket while it's under tension from the hold-down mechanism, and then re-flatten the CPU by lapping it while the chip is still bowed.
By simulate, I mean I took a hacksaw and cut the socket out of a $1300 ASRock Z690 Aqua OC that was sent as a sample.
I mean, Tom's already reported that 1.0 mm washer would have kept the IHS from being lower in the middle.
https://www.tomshardware.com/news/easy-mod-reduces-alder-lake-cpu-temperatures-5-degrees-celsius