F5F Stay Refreshed Hardware Desktop I5-13600K reaches 100°C and experiences thermal throttling during Cinebench tests.

I5-13600K reaches 100°C and experiences thermal throttling during Cinebench tests.

I5-13600K reaches 100°C and experiences thermal throttling during Cinebench tests.

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Squidlet
Junior Member
10
02-02-2023, 07:50 PM
#21
Checking if 13th Gen CPUs experience the same warping issues as 12th Gen, especially concerning cooling, is worth exploring. If you're looking for a solution similar to the Thermal Grizzly Contact Frame, there are options available.
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Squidlet
02-02-2023, 07:50 PM #21

Checking if 13th Gen CPUs experience the same warping issues as 12th Gen, especially concerning cooling, is worth exploring. If you're looking for a solution similar to the Thermal Grizzly Contact Frame, there are options available.

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Quartzenstein
Junior Member
10
02-02-2023, 08:38 PM
#22
I understand they share the same socket type, but compatibility depends on other factors like chipset and features.
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Quartzenstein
02-02-2023, 08:38 PM #22

I understand they share the same socket type, but compatibility depends on other factors like chipset and features.

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zKiller171
Junior Member
36
02-02-2023, 11:07 PM
#23
The CPU socket and design between the 12th and 13th Gen models match perfectly. It should function properly. It appears similar to Multi-Core Enhancement (MCE) being activated in the BIOS. Looking at reviews for the 13600K, when testing Cinebench it operates without exceeding the ~181W threshold. It should run smoothly at around 5.1 GHz drawing the advertised 165W. The screenshot indicates it reaching 184W. A NH-D15 cooler is also in use.
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zKiller171
02-02-2023, 11:07 PM #23

The CPU socket and design between the 12th and 13th Gen models match perfectly. It should function properly. It appears similar to Multi-Core Enhancement (MCE) being activated in the BIOS. Looking at reviews for the 13600K, when testing Cinebench it operates without exceeding the ~181W threshold. It should run smoothly at around 5.1 GHz drawing the advertised 165W. The screenshot indicates it reaching 184W. A NH-D15 cooler is also in use.

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redstonersven
Member
210
02-17-2023, 02:07 PM
#24
The video suggests you need exact neutron-meter precision for torque, which is unusual and not commonly covered. This tool feels challenging because it’s unfamiliar territory, and it’s surprising how Intel overlooked this requirement. It sounds like a tough task, especially since your BIOS defaults are already set.
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redstonersven
02-17-2023, 02:07 PM #24

The video suggests you need exact neutron-meter precision for torque, which is unusual and not commonly covered. This tool feels challenging because it’s unfamiliar territory, and it’s surprising how Intel overlooked this requirement. It sounds like a tough task, especially since your BIOS defaults are already set.

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TurboN_GGA9000
Member
136
02-17-2023, 06:02 PM
#25
Additional research suggests MSi motherboards configure the PL1 and PL2 power levels, along with the default high voltage setting. It might be a mix of power and voltage issues, possibly due to poor contact. You'll need to experiment. Also, keep in mind that quotes from others are important so they're aware when you respond.
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TurboN_GGA9000
02-17-2023, 06:02 PM #25

Additional research suggests MSi motherboards configure the PL1 and PL2 power levels, along with the default high voltage setting. It might be a mix of power and voltage issues, possibly due to poor contact. You'll need to experiment. Also, keep in mind that quotes from others are important so they're aware when you respond.

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