F5F Stay Refreshed Power Users Overclocking 10600k OC insane temps

10600k OC insane temps

10600k OC insane temps

C
creuse02
Member
172
09-16-2020, 10:43 PM
#1
Today marked my first attempt at CPU overclocking. On my 10600k I set the clock to 5000 MHz, ring ratio at 4000 MHz, AVX offset -2, and core voltage at 1.275. After running prime95 small FFT, I achieved 100°C in under a minute. My NH-U12S cooler was running at full speed, and even with an open case, it still reached 100°C within less than a minute. I’m not sure if the 1.275 core voltage is appropriate given those temperatures, but since I haven’t overclocked before, I’m wondering if something went wrong. Any advice would be greatly appreciated!
C
creuse02
09-16-2020, 10:43 PM #1

Today marked my first attempt at CPU overclocking. On my 10600k I set the clock to 5000 MHz, ring ratio at 4000 MHz, AVX offset -2, and core voltage at 1.275. After running prime95 small FFT, I achieved 100°C in under a minute. My NH-U12S cooler was running at full speed, and even with an open case, it still reached 100°C within less than a minute. I’m not sure if the 1.275 core voltage is appropriate given those temperatures, but since I haven’t overclocked before, I’m wondering if something went wrong. Any advice would be greatly appreciated!

V
198
09-17-2020, 07:39 AM
#2
In adaptive mode, a list of Frequency-Voltage combinations helps reduce voltage and power consumption, thereby minimizing heat generation. Choosing static settings leads to unnecessary energy use and increased strain on your AC. To lower temperatures without upgrading cooling systems, it’s important to identify the minimum voltage that maintains stability for each frequency.
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VassacreGaming
09-17-2020, 07:39 AM #2

In adaptive mode, a list of Frequency-Voltage combinations helps reduce voltage and power consumption, thereby minimizing heat generation. Choosing static settings leads to unnecessary energy use and increased strain on your AC. To lower temperatures without upgrading cooling systems, it’s important to identify the minimum voltage that maintains stability for each frequency.

J
JopSter_
Member
55
09-21-2020, 10:41 AM
#3
In adaptive mode, a list of Frequency-Voltage combinations helps reduce voltage and power consumption, which in turn lowers heat generation. Choosing static settings leads to unnecessary energy use and increased strain on your AC. To cut temperatures without upgrading cooling, you aim for the minimum voltage that maintains stability at each frequency. In dynamic mode, adjusting from the chart creates a negative offset; if heat remains high, further lowering the frequency is needed, which enables even lower voltages and more significant temperature reduction. Another approach is throttling power based on your cooling budget—setting limits in watts and testing, though it works best alongside other methods.

P.S. For testing, adjust your cooling chart to a steady speed and switch back to dynamic afterward. Also, note the effective clock speed is 4.8 with AVX enabled.
J
JopSter_
09-21-2020, 10:41 AM #3

In adaptive mode, a list of Frequency-Voltage combinations helps reduce voltage and power consumption, which in turn lowers heat generation. Choosing static settings leads to unnecessary energy use and increased strain on your AC. To cut temperatures without upgrading cooling, you aim for the minimum voltage that maintains stability at each frequency. In dynamic mode, adjusting from the chart creates a negative offset; if heat remains high, further lowering the frequency is needed, which enables even lower voltages and more significant temperature reduction. Another approach is throttling power based on your cooling budget—setting limits in watts and testing, though it works best alongside other methods.

P.S. For testing, adjust your cooling chart to a steady speed and switch back to dynamic afterward. Also, note the effective clock speed is 4.8 with AVX enabled.

M
Mikayuu_
Member
182
10-02-2020, 02:52 AM
#4
Thanks for the idea of switching it into adaptive mode! I lowered the voltage to 1.26v and ran another test. You're right—it was at 4800mhz—but it's still throttling quite a bit. I think the NH-U12S should work fine, especially with full fan speed, to keep the CPU under 100°C, since 1.26v isn't an extreme overclock for the 10600k.
M
Mikayuu_
10-02-2020, 02:52 AM #4

Thanks for the idea of switching it into adaptive mode! I lowered the voltage to 1.26v and ran another test. You're right—it was at 4800mhz—but it's still throttling quite a bit. I think the NH-U12S should work fine, especially with full fan speed, to keep the CPU under 100°C, since 1.26v isn't an extreme overclock for the 10600k.