F5F Stay Refreshed Hardware Desktop Problems with heat generation on the latest processor unit

Problems with heat generation on the latest processor unit

Problems with heat generation on the latest processor unit

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TurboN_GGA9000
Member
136
01-08-2022, 11:27 PM
#1
I improved my CPU with a lot of community support. Currently I'm dealing with high temperatures, which isn't a major concern now because I only reach around 30% usage, though it could become an issue later. The CPU reaches 100°C during full load on all 16 cores as specified in the details here: ASUS Z790-H gaming WI-FI Intel Core i7 13700KF Arctic Liquid Freezer II ARGB (Rev. 1) paired with 2x16gb G.Skill Trident Z5 at 6400mhz, using an EVGA GTX 1080 SC 750W Bronze rated PSU. Any advice would be very welcome.
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TurboN_GGA9000
01-08-2022, 11:27 PM #1

I improved my CPU with a lot of community support. Currently I'm dealing with high temperatures, which isn't a major concern now because I only reach around 30% usage, though it could become an issue later. The CPU reaches 100°C during full load on all 16 cores as specified in the details here: ASUS Z790-H gaming WI-FI Intel Core i7 13700KF Arctic Liquid Freezer II ARGB (Rev. 1) paired with 2x16gb G.Skill Trident Z5 at 6400mhz, using an EVGA GTX 1080 SC 750W Bronze rated PSU. Any advice would be very welcome.

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FrankieNicolas
Member
213
01-16-2022, 11:01 PM
#2
It depends on how quickly the temperature reaches the target. If it happens instantly, check your thermal paste application and ensure proper removal. A gradual increase over a few minutes suggests possible cooling system issues—consider adjusting fan speed or case airflow. If it takes more than ten minutes, performance will likely throttle rather than sustain high speeds.
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FrankieNicolas
01-16-2022, 11:01 PM #2

It depends on how quickly the temperature reaches the target. If it happens instantly, check your thermal paste application and ensure proper removal. A gradual increase over a few minutes suggests possible cooling system issues—consider adjusting fan speed or case airflow. If it takes more than ten minutes, performance will likely throttle rather than sustain high speeds.

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PL4B0Y_
Junior Member
27
01-17-2022, 04:15 PM
#3
After roughly two minutes of testing under stress, the temperature stays below 5GHz, dropping to 4.40GHz in that setup.
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PL4B0Y_
01-17-2022, 04:15 PM #3

After roughly two minutes of testing under stress, the temperature stays below 5GHz, dropping to 4.40GHz in that setup.

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SuperTigresss
Posting Freak
768
01-17-2022, 06:41 PM
#4
The ASUS boards are causing the CPU to overvolt, leading to thermal problems. A 360 AIO shouldn’t reach 100°C under normal conditions. Check hwmon for core voltage readings—expect values around 1.30V max. Likely you’ll see about 1.45V or higher.
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SuperTigresss
01-17-2022, 06:41 PM #4

The ASUS boards are causing the CPU to overvolt, leading to thermal problems. A 360 AIO shouldn’t reach 100°C under normal conditions. Check hwmon for core voltage readings—expect values around 1.30V max. Likely you’ll see about 1.45V or higher.

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MU1499
Member
109
01-20-2022, 04:26 AM
#5
Consider using HWiNFO to check the VCore voltage readings. If you adjust the BIOS settings to lower the voltages by about -100 mV, managing power usage and heat output becomes simpler.
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MU1499
01-20-2022, 04:26 AM #5

Consider using HWiNFO to check the VCore voltage readings. If you adjust the BIOS settings to lower the voltages by about -100 mV, managing power usage and heat output becomes simpler.

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TheOnlyNut
Junior Member
2
01-26-2022, 08:02 AM
#6
They operate around 1.35 volts during idle.
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TheOnlyNut
01-26-2022, 08:02 AM #6

They operate around 1.35 volts during idle.

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The_D3mon
Senior Member
694
01-26-2022, 04:50 PM
#7
Thanks for the suggestion... I haven't tried anything like this before... let's check it out, I guess.
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The_D3mon
01-26-2022, 04:50 PM #7

Thanks for the suggestion... I haven't tried anything like this before... let's check it out, I guess.

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Komodo88
Senior Member
749
01-27-2022, 12:42 AM
#8
Absolutely, you'll notice the performance improve when under stress. Following @unclewebb's advice or adjusting the core voltage to 1.30 should get you going smoothly.
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Komodo88
01-27-2022, 12:42 AM #8

Absolutely, you'll notice the performance improve when under stress. Following @unclewebb's advice or adjusting the core voltage to 1.30 should get you going smoothly.

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justfyre
Junior Member
37
01-27-2022, 01:00 AM
#9
I just completed a major adjustment and now everyone is fully committed to me. Enabling auto-tuning in Fan Expert 4 won’t let me go back, because the BIOS still sees the fans as zero RPM.
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justfyre
01-27-2022, 01:00 AM #9

I just completed a major adjustment and now everyone is fully committed to me. Enabling auto-tuning in Fan Expert 4 won’t let me go back, because the BIOS still sees the fans as zero RPM.

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Purointernet
Member
100
01-27-2022, 05:45 AM
#10
I resolved the problem. I made a few errors: 1. Didn't notice my AIO inlet was connected in series 2. Connected three fans to an AIO pump header on the motherboard. Note: If anyone has the same issue, don't connect the PWM cable from the Arctic Liquid Freezer II's pump into the "AIO-pump" header on the ASUS Z790-H gaming Wi-Fi. The cable goes through the AIO's pipe guards into the pump housing. This is for the daisy-chained PWM fans on the AIO, not for the pump itself. Thanks to everyone who helped with this discussion.
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Purointernet
01-27-2022, 05:45 AM #10

I resolved the problem. I made a few errors: 1. Didn't notice my AIO inlet was connected in series 2. Connected three fans to an AIO pump header on the motherboard. Note: If anyone has the same issue, don't connect the PWM cable from the Arctic Liquid Freezer II's pump into the "AIO-pump" header on the ASUS Z790-H gaming Wi-Fi. The cable goes through the AIO's pipe guards into the pump housing. This is for the daisy-chained PWM fans on the AIO, not for the pump itself. Thanks to everyone who helped with this discussion.