F5F Stay Refreshed Power Users Overclocking Why does my HP's performance sound excessive after CPU overclocking?

Why does my HP's performance sound excessive after CPU overclocking?

Why does my HP's performance sound excessive after CPU overclocking?

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ChikolandZ
Member
124
02-04-2018, 08:49 PM
#1
After increasing the overclock of my I7 9700K to 5ghz, my HP Reverb began overheating. I only adjusted the CPU and RAM, leaving the GPU unchanged, which is a 2080ti. Does this make sense?
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ChikolandZ
02-04-2018, 08:49 PM #1

After increasing the overclock of my I7 9700K to 5ghz, my HP Reverb began overheating. I only adjusted the CPU and RAM, leaving the GPU unchanged, which is a 2080ti. Does this make sense?

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Dilostyle
Junior Member
41
02-04-2018, 09:14 PM
#2
It really aligns with what you expect. A significant boost in overclocking leads to a sharp rise in power consumption, with every watt generated needing to be dissipated. The CPU will draw more than 200 watts, potentially reaching around 250 watts under full load. You'll need robust cooling solutions to manage the heat effectively.
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Dilostyle
02-04-2018, 09:14 PM #2

It really aligns with what you expect. A significant boost in overclocking leads to a sharp rise in power consumption, with every watt generated needing to be dissipated. The CPU will draw more than 200 watts, potentially reaching around 250 watts under full load. You'll need robust cooling solutions to manage the heat effectively.

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MrCm
Senior Member
636
02-05-2018, 02:17 PM
#3
It really aligns perfectly. Overclocking causes a significant rise in power consumption, with every watt generated needing to be dissipated. The CPU will draw more than 200 watts, potentially reaching around 250 watts under full load, which demands robust cooling solutions. It’s completely logical—your efforts are being converted into heat that must be managed.
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MrCm
02-05-2018, 02:17 PM #3

It really aligns perfectly. Overclocking causes a significant rise in power consumption, with every watt generated needing to be dissipated. The CPU will draw more than 200 watts, potentially reaching around 250 watts under full load, which demands robust cooling solutions. It’s completely logical—your efforts are being converted into heat that must be managed.

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Frankette44
Posting Freak
809
02-10-2018, 05:31 AM
#4
It really does make sense. Your efforts to apply a lot of power mean the heat needs to be directed elsewhere.
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Frankette44
02-10-2018, 05:31 AM #4

It really does make sense. Your efforts to apply a lot of power mean the heat needs to be directed elsewhere.

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hrgriff
Senior Member
573
02-10-2018, 06:51 AM
#5
Thanks. Sometimes I need to revisit and adjust, but this one was fairly straightforward. It seems the original poster has limited experience and wasn’t prepared for the overclock outcomes. A good next step would be to check the cooling solution used and the temperatures during load. Likely the current setup isn’t sufficient for the overclock—either an upgrade is needed or the overclock settings should be reduced.

240mm watercooling is the bare minimum, while a 360mm model would be better.
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hrgriff
02-10-2018, 06:51 AM #5

Thanks. Sometimes I need to revisit and adjust, but this one was fairly straightforward. It seems the original poster has limited experience and wasn’t prepared for the overclock outcomes. A good next step would be to check the cooling solution used and the temperatures during load. Likely the current setup isn’t sufficient for the overclock—either an upgrade is needed or the overclock settings should be reduced.

240mm watercooling is the bare minimum, while a 360mm model would be better.