F5F Stay Refreshed Power Users Overclocking Popping The Cherry - I5 4670k Overclocking Guide

Popping The Cherry - I5 4670k Overclocking Guide

Popping The Cherry - I5 4670k Overclocking Guide

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taliak2006
Member
63
09-22-2016, 10:32 AM
#1
I'm just starting out with CPU overclocking and want to double-check everything is functioning properly. I have an Intel Core i5 4670k installed on a MSI Z87-G45 motherboard, paired with the Corsair H100i cooling solution. My current clock speed is around 4.6Ghz, but I'm a bit concerned about both the temperatures and voltage levels. It might be a good idea to err on the side of caution. The voltage is set at 1.455V, and I've attached screenshots from the stress test showing the temperatures. I'm planning to keep this setup running for an extended period once I confirm everything is stable and safe. I'm also worried about the core temperatures—do they occasionally spike to extremely high levels? Any guidance would be really appreciated.
T
taliak2006
09-22-2016, 10:32 AM #1

I'm just starting out with CPU overclocking and want to double-check everything is functioning properly. I have an Intel Core i5 4670k installed on a MSI Z87-G45 motherboard, paired with the Corsair H100i cooling solution. My current clock speed is around 4.6Ghz, but I'm a bit concerned about both the temperatures and voltage levels. It might be a good idea to err on the side of caution. The voltage is set at 1.455V, and I've attached screenshots from the stress test showing the temperatures. I'm planning to keep this setup running for an extended period once I confirm everything is stable and safe. I'm also worried about the core temperatures—do they occasionally spike to extremely high levels? Any guidance would be really appreciated.

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IICarCarII
Member
52
09-23-2016, 10:41 AM
#2
Happily Insan:? Your explanation shows a lack of sufficient knowledge, which is clear from the questions you've raised. It's important to invest in self-education. Let's begin with the voltage you're using compared to the clock at 95°C load conditions. Check out the information here: Also, just because you're running Aida64 doesn't guarantee stability—let's first review what you can learn from the CompuTronix Intel Temperature Guide.
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IICarCarII
09-23-2016, 10:41 AM #2

Happily Insan:? Your explanation shows a lack of sufficient knowledge, which is clear from the questions you've raised. It's important to invest in self-education. Let's begin with the voltage you're using compared to the clock at 95°C load conditions. Check out the information here: Also, just because you're running Aida64 doesn't guarantee stability—let's first review what you can learn from the CompuTronix Intel Temperature Guide.

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Nynhow
Member
199
09-28-2016, 10:54 AM
#3
This voltage is excessively high for continuous operation and the sudden jumps to 95 are also problematic.
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Nynhow
09-28-2016, 10:54 AM #3

This voltage is excessively high for continuous operation and the sudden jumps to 95 are also problematic.

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DinglyDongg
Member
174
09-28-2016, 04:42 PM
#4
Adia64 I think its called.
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DinglyDongg
09-28-2016, 04:42 PM #4

Adia64 I think its called.

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djpumuslink01
Senior Member
577
10-17-2016, 07:44 PM
#5
Ignorance is bliss sometimes!
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djpumuslink01
10-17-2016, 07:44 PM #5

Ignorance is bliss sometimes!

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XxGoldenDrexX
Junior Member
29
10-18-2016, 04:29 AM
#6
?
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XxGoldenDrexX
10-18-2016, 04:29 AM #6

?

X
215
10-21-2016, 06:44 PM
#7
Happily Insan :
?
Your explanation shows a lack of sufficient experience, which is clear from the questions you've raised. It's important to invest in self-education.
Let's begin by comparing the voltage you're using with the clock at 95°C load conditions.
Check out the Intel Temperature Guide on CompuTronix for more details.
Just because you're running Aida64 doesn't guarantee stability—let's see what you discover from the Intel guide first.
X
xXCoolIceBoyXx
10-21-2016, 06:44 PM #7

Happily Insan :
?
Your explanation shows a lack of sufficient experience, which is clear from the questions you've raised. It's important to invest in self-education.
Let's begin by comparing the voltage you're using with the clock at 95°C load conditions.
Check out the Intel Temperature Guide on CompuTronix for more details.
Just because you're running Aida64 doesn't guarantee stability—let's see what you discover from the Intel guide first.

X
xXRAXERXx
Posting Freak
817
10-21-2016, 08:33 PM
#8
Change the approach. Adjust the Vcore to 1.25V and observe the highest stable multiplier. 1.4+V at 4.6Ghz indicates you've reached the upper limits of voltage. It's important to understand how the voltage behaves on your chip.
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xXRAXERXx
10-21-2016, 08:33 PM #8

Change the approach. Adjust the Vcore to 1.25V and observe the highest stable multiplier. 1.4+V at 4.6Ghz indicates you've reached the upper limits of voltage. It's important to understand how the voltage behaves on your chip.