F5F Stay Refreshed Power Users Overclocking Operating temperature averages 70°C during load with a custom water-cooled system

Operating temperature averages 70°C during load with a custom water-cooled system

Operating temperature averages 70°C during load with a custom water-cooled system

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pertipoju
Member
187
08-06-2018, 03:48 AM
#1
Hi,
I recently installed a new system with a custom water-cooled loop. The CPU temperatures during load seem elevated. I built a similar setup and wanted some advice on whether these temps are excessive.
Current readings are around 70°C while gaming.
Specs: i9-9900k overclocked to 4.8GHz, z390 Aorus Master, GTX 2080 Ti, GSKill Tridentz, 970 EVO M.2 500GB NVMe drive, 2TB WD HDD, 420mm radiator with 45mm thick GPU, EK-Vector graphics card, EK-XRES pump/res combo.
Please let me know if this is too high.
P
pertipoju
08-06-2018, 03:48 AM #1

Hi,
I recently installed a new system with a custom water-cooled loop. The CPU temperatures during load seem elevated. I built a similar setup and wanted some advice on whether these temps are excessive.
Current readings are around 70°C while gaming.
Specs: i9-9900k overclocked to 4.8GHz, z390 Aorus Master, GTX 2080 Ti, GSKill Tridentz, 970 EVO M.2 500GB NVMe drive, 2TB WD HDD, 420mm radiator with 45mm thick GPU, EK-Vector graphics card, EK-XRES pump/res combo.
Please let me know if this is too high.

S
SamuraiKing14
Junior Member
11
08-06-2018, 05:21 AM
#2
Not always, much of this relies on your vcore during the overclock process. A higher vcore delivers more voltage per clock cycle, increasing heat generation.
A simple method to establish a starting point is to revert clock speeds to their default settings, check load temperatures, and then compare with those achieved during overclocking. Running tests at normal speeds helps gauge whether your cooling system can handle the hardware at factory settings.
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SamuraiKing14
08-06-2018, 05:21 AM #2

Not always, much of this relies on your vcore during the overclock process. A higher vcore delivers more voltage per clock cycle, increasing heat generation.
A simple method to establish a starting point is to revert clock speeds to their default settings, check load temperatures, and then compare with those achieved during overclocking. Running tests at normal speeds helps gauge whether your cooling system can handle the hardware at factory settings.

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Igor_extreme
Member
210
08-10-2018, 12:58 AM
#3
It looks quite excessive to be running under a gaming load alone.
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Igor_extreme
08-10-2018, 12:58 AM #3

It looks quite excessive to be running under a gaming load alone.

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DeathSh00ter
Member
158
08-10-2018, 01:33 AM
#4
I lowered the room temperature and adjusted my OC from 4.8GHz to 4.7, resulting in an average of about 65-67, which feels elevated for a custom loop.
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DeathSh00ter
08-10-2018, 01:33 AM #4

I lowered the room temperature and adjusted my OC from 4.8GHz to 4.7, resulting in an average of about 65-67, which feels elevated for a custom loop.

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SausageFrog
Member
151
08-12-2018, 01:49 AM
#5
Not always, much of this relies on your vcore during the overclock process. A higher vcore delivers more voltage per clock cycle, increasing heat generation.
A simple method to establish a starting point is to revert clock speeds to their default settings, measure temperatures under load, and then compare with overclocked results. Running tests at stock speeds helps assess whether your cooling system can handle the heat and how performance stacks up at factory settings.
S
SausageFrog
08-12-2018, 01:49 AM #5

Not always, much of this relies on your vcore during the overclock process. A higher vcore delivers more voltage per clock cycle, increasing heat generation.
A simple method to establish a starting point is to revert clock speeds to their default settings, measure temperatures under load, and then compare with overclocked results. Running tests at stock speeds helps assess whether your cooling system can handle the heat and how performance stacks up at factory settings.