F5F Stay Refreshed Power Users Overclocking Stable i5-6600K Overclock?

Stable i5-6600K Overclock?

Stable i5-6600K Overclock?

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SoulzReaped
Member
217
03-25-2016, 02:23 PM
#1
I'm just starting with overclocking and used the 5 way optimization in Asus's AI software. I wanted to know if the results here are safe for the long run and won't harm my chip's lifespan. I didn't go beyond 4.4 ghz because of my cooler's limits. My CPU is i5-6600K, motherboard Asus Z170-A, cooler Hyper 212 Evo. I tested it on https://postimg.org/image/7hvkohm2l/. So far, the temperatures stayed between 50-60 degrees. I'm also unsure about the right voltages to use during overclocking since there are so many options in the monitor. Any advice would be greatly appreciated.
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SoulzReaped
03-25-2016, 02:23 PM #1

I'm just starting with overclocking and used the 5 way optimization in Asus's AI software. I wanted to know if the results here are safe for the long run and won't harm my chip's lifespan. I didn't go beyond 4.4 ghz because of my cooler's limits. My CPU is i5-6600K, motherboard Asus Z170-A, cooler Hyper 212 Evo. I tested it on https://postimg.org/image/7hvkohm2l/. So far, the temperatures stayed between 50-60 degrees. I'm also unsure about the right voltages to use during overclocking since there are so many options in the monitor. Any advice would be greatly appreciated.

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SLOgamingLP
Member
220
03-25-2016, 09:15 PM
#2
vCore is the key factor, but all your voltages are acceptable and temperatures are low. Keeping it below 75°C is quite safe. Others might suggest higher values. Avoid letting your vCore exceed 1.4; otherwise, your 5V and 12V outputs could drift more than 10%. It's not perfect to rely on software tuning, but it's generally safe as long as you stay within limits. Temperature and vcore are the most critical aspects.
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SLOgamingLP
03-25-2016, 09:15 PM #2

vCore is the key factor, but all your voltages are acceptable and temperatures are low. Keeping it below 75°C is quite safe. Others might suggest higher values. Avoid letting your vCore exceed 1.4; otherwise, your 5V and 12V outputs could drift more than 10%. It's not perfect to rely on software tuning, but it's generally safe as long as you stay within limits. Temperature and vcore are the most critical aspects.

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Simon_303
Member
169
03-25-2016, 11:02 PM
#3
vCore is the key factor, but all your voltages are acceptable and temperatures are low. Keeping it below 75°C is quite safe. Others might suggest higher values, but don’t let your vCore exceed 1.4, or your 5V and 12V outputs will drift more than 10%. It’s not the best approach to use software for tuning, though it’s generally safe as long as you stay within limits. Maintaining proper temperatures and vcore is essential.
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Simon_303
03-25-2016, 11:02 PM #3

vCore is the key factor, but all your voltages are acceptable and temperatures are low. Keeping it below 75°C is quite safe. Others might suggest higher values, but don’t let your vCore exceed 1.4, or your 5V and 12V outputs will drift more than 10%. It’s not the best approach to use software for tuning, though it’s generally safe as long as you stay within limits. Maintaining proper temperatures and vcore is essential.

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Rose48
Member
53
03-26-2016, 05:49 AM
#4
Thank you for the great photo! The temperatures are fine, but the voltage (check the VID row) appears a bit higher than what’s required for that clock speed. This isn’t unusual since motherboards often include auto overclocking, which adds extra voltage to keep stability across different chips. I’d note down your current settings—multiplier at 44X, core voltage around 1.28 (or 1.26 if unclear)—and test with a slightly lower voltage like 1.23–1.25V. If it boots and passes a stress test, you can save power and reduce heat. If it remains stable, try going even lower. Remember, there’s a CMOS reset option if you hit a snag.
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Rose48
03-26-2016, 05:49 AM #4

Thank you for the great photo! The temperatures are fine, but the voltage (check the VID row) appears a bit higher than what’s required for that clock speed. This isn’t unusual since motherboards often include auto overclocking, which adds extra voltage to keep stability across different chips. I’d note down your current settings—multiplier at 44X, core voltage around 1.28 (or 1.26 if unclear)—and test with a slightly lower voltage like 1.23–1.25V. If it boots and passes a stress test, you can save power and reduce heat. If it remains stable, try going even lower. Remember, there’s a CMOS reset option if you hit a snag.

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BlockedTracks
Member
58
03-26-2016, 06:52 AM
#5
Vid represents the CPU request, not the delivery.
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BlockedTracks
03-26-2016, 06:52 AM #5

Vid represents the CPU request, not the delivery.

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Chester09
Senior Member
491
03-26-2016, 03:47 PM
#6
Multipack :
Vid is the cpu request, not the delivery.
This is true, but in this case the two match and that is easier to read on my end at least based on the photo.
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Chester09
03-26-2016, 03:47 PM #6

Multipack :
Vid is the cpu request, not the delivery.
This is true, but in this case the two match and that is easier to read on my end at least based on the photo.

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LoupiKraft
Member
74
03-28-2016, 04:51 AM
#7
Thank you for all the assistance, everyone! Now I feel confident that my PC will remain safe and won't unexpectedly ignite.
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LoupiKraft
03-28-2016, 04:51 AM #7

Thank you for all the assistance, everyone! Now I feel confident that my PC will remain safe and won't unexpectedly ignite.