F5F Stay Refreshed Power Users Overclocking i5 6600k won't go over 4.5GHz

i5 6600k won't go over 4.5GHz

i5 6600k won't go over 4.5GHz

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RiceisBad
Member
161
09-21-2016, 04:41 PM
#1
Hey guys, the situation you're facing is pretty common. With your i5 6600k running at 4.5GHz Core Clock and 4.4GHz cache clock, and a Vcore of 1.330, boosting the cache clock to 4.5GHz or core clock to 4.6GHz should get you a stable boot. However, crashes during benchmarking happen because the system struggles under higher frequencies. Even though you've increased the voltage to 1.340, the instability persists. It might be due to thermal throttling or power delivery limitations at those speeds. You're not alone in this struggle—many users hit similar roadblocks.
R
RiceisBad
09-21-2016, 04:41 PM #1

Hey guys, the situation you're facing is pretty common. With your i5 6600k running at 4.5GHz Core Clock and 4.4GHz cache clock, and a Vcore of 1.330, boosting the cache clock to 4.5GHz or core clock to 4.6GHz should get you a stable boot. However, crashes during benchmarking happen because the system struggles under higher frequencies. Even though you've increased the voltage to 1.340, the instability persists. It might be due to thermal throttling or power delivery limitations at those speeds. You're not alone in this struggle—many users hit similar roadblocks.

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Bonnibel
Posting Freak
794
10-10-2016, 12:07 PM
#2
You've missed the silicon lottery. Don't try to raise the voltage further—it's already too high. Just settle for 4.5 and let the voltage drop to its stable level.
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Bonnibel
10-10-2016, 12:07 PM #2

You've missed the silicon lottery. Don't try to raise the voltage further—it's already too high. Just settle for 4.5 and let the voltage drop to its stable level.

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nbp05123
Member
63
10-16-2016, 11:13 AM
#3
You've missed the silicon lottery. Don't try to raise the voltage further—it's already too high. Just settle for 4.5 and keep the voltage at its lowest stable level.
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nbp05123
10-16-2016, 11:13 AM #3

You've missed the silicon lottery. Don't try to raise the voltage further—it's already too high. Just settle for 4.5 and keep the voltage at its lowest stable level.

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ArvSja
Junior Member
7
10-16-2016, 07:25 PM
#4
It depends on several factors, such as the quality of the silicone used in the CPU, the cost of the motherboard, its brand and suitability for overclocking CPUs, the type of memory modules you have purchased, and the performance of your CPU cooler—whether it's air cooled or water cooled.
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ArvSja
10-16-2016, 07:25 PM #4

It depends on several factors, such as the quality of the silicone used in the CPU, the cost of the motherboard, its brand and suitability for overclocking CPUs, the type of memory modules you have purchased, and the performance of your CPU cooler—whether it's air cooled or water cooled.

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Niesel_Gekkie
Junior Member
27
10-16-2016, 08:25 PM
#5
There are several factors that could be responsible, such as using low-quality silicone in the CPU construction, which limits overclocking options. The cost of the motherboard, its brand, and whether it supports overclocking for CPUs also matter.

Pc-4LIFE is recommended.

Additionally, the quality of your memory modules and the CPU cooler—whether air or water-based—play a role.

MSI TOMAHAWK AC Z170 Motherboard
http://www.gskill.com/en/product/f4-2133c15d-16gvr
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Niesel_Gekkie
10-16-2016, 08:25 PM #5

There are several factors that could be responsible, such as using low-quality silicone in the CPU construction, which limits overclocking options. The cost of the motherboard, its brand, and whether it supports overclocking for CPUs also matter.

Pc-4LIFE is recommended.

Additionally, the quality of your memory modules and the CPU cooler—whether air or water-based—play a role.

MSI TOMAHAWK AC Z170 Motherboard
http://www.gskill.com/en/product/f4-2133c15d-16gvr

T
TrollGamerGT
Junior Member
15
11-06-2016, 07:50 PM
#6
You've missed the silicon lottery. Don't try to raise the voltage further—it's already too high. Just settle for 4.5 and keep the voltage at its lowest stable level.
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TrollGamerGT
11-06-2016, 07:50 PM #6

You've missed the silicon lottery. Don't try to raise the voltage further—it's already too high. Just settle for 4.5 and keep the voltage at its lowest stable level.