F5F Stay Refreshed Hardware Desktop Overclocking this i9-10850K might cause the power supply to fail due to excessive heat.

Overclocking this i9-10850K might cause the power supply to fail due to excessive heat.

Overclocking this i9-10850K might cause the power supply to fail due to excessive heat.

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frsandstone77
Member
112
03-12-2021, 07:33 AM
#11
In the latest video, Linus made a side-by-side comparison of the D15 and a 240MM liquid cooler. He noticed no significant difference in temperature whether using the stock model or overclocking. I don’t have any worries about the cooler.
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frsandstone77
03-12-2021, 07:33 AM #11

In the latest video, Linus made a side-by-side comparison of the D15 and a 240MM liquid cooler. He noticed no significant difference in temperature whether using the stock model or overclocking. I don’t have any worries about the cooler.

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142
03-14-2021, 04:54 AM
#12
I thought it came after I posted my comment.
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seishi_no_kami
03-14-2021, 04:54 AM #12

I thought it came after I posted my comment.

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FirebombG2006
Junior Member
36
03-15-2021, 05:25 AM
#13
Based on my observations, anything above 1.25 load volts becomes extremely challenging to manage with any component under full stress. A 240mm size usually doesn’t offer an advantage over a D15. A large radiator helps a bit, but it mainly slows things down—so you’ll want to finish your task before it gets too hot. Concerning your power supply, you’re unlikely to encounter a situation where both CPU and GPU face heavy synthetic loads simultaneously, so performance should remain stable.

Regarding your original comment, I aimed to adjust the expectations around thermal efficiency.
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FirebombG2006
03-15-2021, 05:25 AM #13

Based on my observations, anything above 1.25 load volts becomes extremely challenging to manage with any component under full stress. A 240mm size usually doesn’t offer an advantage over a D15. A large radiator helps a bit, but it mainly slows things down—so you’ll want to finish your task before it gets too hot. Concerning your power supply, you’re unlikely to encounter a situation where both CPU and GPU face heavy synthetic loads simultaneously, so performance should remain stable.

Regarding your original comment, I aimed to adjust the expectations around thermal efficiency.

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