{"id":38581,"date":"2023-02-06T15:20:24","date_gmt":"2023-02-06T15:20:24","guid":{"rendered":"https:\/\/mailinvest.blog\/index.php\/2023\/02\/06\/this-8-pound-copper-cylinder-can-cool-an-intel-core-i9-cpu-pretty-effectively\/"},"modified":"2023-02-06T15:21:39","modified_gmt":"2023-02-06T15:21:39","slug":"this-8-pound-copper-cylinder-can-cool-an-intel-core-i9-cpu-pretty-effectively","status":"publish","type":"post","link":"https:\/\/mailinvest.blog\/index.php\/2023\/02\/06\/this-8-pound-copper-cylinder-can-cool-an-intel-core-i9-cpu-pretty-effectively\/","title":{"rendered":"This 8-pound copper cylinder can cool an Intel Core i9 CPU pretty effectively"},"content":{"rendered":"

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WTF?!<\/strong> There are many unconventional methods to maintain your PC’s processor cool, like utilizing an enormous, 8-pound piece of copper that sticks up from the motherboard like a lighthouse, for instance. It’d sound ridiculous, and the tactic appears impractical, however it does work fairly successfully. <\/p>\n

Redditor That-Desktop-Person posted<\/a> their DIY resolution on the HardwareGore subreddit. The copper cylinder is getting used to chill an unnamed Intel Core i9 CPU in a completely open-air system.<\/p>\n

Apparently the thermally conductive materials does a great job of passively cooling Intel’s CPU. The i9 chips are identified for getting very toasty, however the copper retains it at 35 levels centigrade (95 diploma Fahrenheit) whereas idle. Operating a stress take a look at for below a minute precipitated the temperatures to leap to 80 Centigrade (176\u00b0 Fahrenheit), and it took simply ten seconds after the take a look at was completed for the CPU to return to its idling temperature.<\/p>\n

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That-Desktop-Person explains that they bought the block from an outdated medical machine used to stimulate an individual’s vitals they purchased for a number of thousand {dollars}. The copper cylinder might have beforehand functioned as a cooler within the machine because it has holes within the sides threaded for liquid move. They consider it was initially used for nitrogen and oxygen and that it might be fairly straightforward to change out the unique 2-4mm (inside diameter) fittings for larger-diameter piping.<\/p>\n

Some items of data are lacking from the put up, corresponding to how the cylinder was fixed to the motherboard and what thermal paste was used.<\/p>\n

Copper is a part discovered in lots of fashionable heatsinks, although not 8 kilos of it inside one cooler. The closest comparable product that involves thoughts is likely to be Thermalright’s chunky, 4.1-pound True Copper<\/a> passive heatsink from a number of years in the past.<\/p>\n

Copper is a reasonably costly materials, although work is being executed to make it atom-thin<\/a>, which might finally be used to switch gold in chips, thereby decreasing their construct worth.<\/p>\n<\/p><\/div>\n