F5F Stay Refreshed Power Users Overclocking I5 4670k runs at 3.6ghz with 1.19 volts, but this seems off for a bad chip!

I5 4670k runs at 3.6ghz with 1.19 volts, but this seems off for a bad chip!

I5 4670k runs at 3.6ghz with 1.19 volts, but this seems off for a bad chip!

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CobbleWalker
Member
238
09-23-2016, 01:01 AM
#1
Guys can u give me some volts + speed to try out for my cpu i think i got pretty bad chip!!
🙁
I can provide any info u need!!!!
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CobbleWalker
09-23-2016, 01:01 AM #1

Guys can u give me some volts + speed to try out for my cpu i think i got pretty bad chip!!
🙁
I can provide any info u need!!!!

E
EnderSponge_
Member
225
09-23-2016, 05:43 AM
#2
Adjust the voltage to 1v with a 35x multiplier and check stability. If stable, increase to 36x and continue until instability occurs. Add 0.025v when unstable until stability returns. Repeat this process, aiming for the chip's turbo boost maximum at 39x. If voltage remains below 1.3v, consider further overclocking while maintaining acceptable temperatures.
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EnderSponge_
09-23-2016, 05:43 AM #2

Adjust the voltage to 1v with a 35x multiplier and check stability. If stable, increase to 36x and continue until instability occurs. Add 0.025v when unstable until stability returns. Repeat this process, aiming for the chip's turbo boost maximum at 39x. If voltage remains below 1.3v, consider further overclocking while maintaining acceptable temperatures.

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EmmaRosie629
Senior Member
459
09-23-2016, 02:41 PM
#3
Adjust the voltage to 1v with a 35x multiplier and check stability. If stable, increase to 36x until instability occurs. Add 0.025v when unstable and continue until reaching the chip's turbo boost maximum at 39x. If voltage stays below 1.3v, consider further overclocking as long as temperatures remain acceptable.
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EmmaRosie629
09-23-2016, 02:41 PM #3

Adjust the voltage to 1v with a 35x multiplier and check stability. If stable, increase to 36x until instability occurs. Add 0.025v when unstable and continue until reaching the chip's turbo boost maximum at 39x. If voltage stays below 1.3v, consider further overclocking as long as temperatures remain acceptable.

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MadJohann
Junior Member
45
09-23-2016, 09:37 PM
#4
Then your chip is all good, right? Play around with the voltage to make it as low as possible while keeping it stable. That's when the offset becomes useful, like on my board where I set it to run at 1.35v and it actually runs at 1.36v. So I have to adjust the override voltage to 1.35 with an offset of -0.010, which brings it down to 1.35v.
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MadJohann
09-23-2016, 09:37 PM #4

Then your chip is all good, right? Play around with the voltage to make it as low as possible while keeping it stable. That's when the offset becomes useful, like on my board where I set it to run at 1.35v and it actually runs at 1.36v. So I have to adjust the override voltage to 1.35 with an offset of -0.010, which brings it down to 1.35v.

M
MasMenno
Member
199
09-24-2016, 03:04 AM
#5
KeelinTy :
Then your chip is fine haha. Mess around with the voltage to get it as low as possible while being stable. Thats when offset comes in handy haha. Like with my board, i tell it to run my chip at 1.35v and it runs it at 1.36v so I have to set the override voltage to 1.35 with offset to -0.010 and that drops it down to 1.35v
Wow isnt 1.3v max i should go???
😵
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MasMenno
09-24-2016, 03:04 AM #5

KeelinTy :
Then your chip is fine haha. Mess around with the voltage to get it as low as possible while being stable. Thats when offset comes in handy haha. Like with my board, i tell it to run my chip at 1.35v and it runs it at 1.36v so I have to set the override voltage to 1.35 with offset to -0.010 and that drops it down to 1.35v
Wow isnt 1.3v max i should go???
😵

S
SapphireBlu
Member
70
09-24-2016, 04:17 AM
#6
On your chip, yes. And with my chip yes haha. But I'm using the 4790K and have cooling for the higher voltages, pushing my chip to its limits. Those were voltages with 4.8ghz. 4.9ghz is 1.37v and 5.0ghz is 1.41v for my chip.
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SapphireBlu
09-24-2016, 04:17 AM #6

On your chip, yes. And with my chip yes haha. But I'm using the 4790K and have cooling for the higher voltages, pushing my chip to its limits. Those were voltages with 4.8ghz. 4.9ghz is 1.37v and 5.0ghz is 1.41v for my chip.

0
0_Fusion_0
Junior Member
24
10-01-2016, 07:04 AM
#7
KeelinTy confirmed the details on their device. They're using the 4790K with cooling for higher voltages and pushing it hard, reaching speeds around 4.9ghz and 5.0ghz. The voltage drops to about 1.37v at 4.8ghz and 1.41v at 5.0ghz. They're considering running it at stock speed or with turbo boost.
0
0_Fusion_0
10-01-2016, 07:04 AM #7

KeelinTy confirmed the details on their device. They're using the 4790K with cooling for higher voltages and pushing it hard, reaching speeds around 4.9ghz and 5.0ghz. The voltage drops to about 1.37v at 4.8ghz and 1.41v at 5.0ghz. They're considering running it at stock speed or with turbo boost.

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Luis1234
Member
62
10-02-2016, 07:32 PM
#8
Could this be a secure overclock? The image suggests it, but I should avoid pushing the voltage to 1.28V with an air cooler Hyper 212 EVO?
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Luis1234
10-02-2016, 07:32 PM #8

Could this be a secure overclock? The image suggests it, but I should avoid pushing the voltage to 1.28V with an air cooler Hyper 212 EVO?

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SuperTigresss
Posting Freak
768
10-03-2016, 02:14 AM
#9
Thats a great overclock. Voltage is alright. Temps are great. So youre golden
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SuperTigresss
10-03-2016, 02:14 AM #9

Thats a great overclock. Voltage is alright. Temps are great. So youre golden

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Jirachi13
Junior Member
8
10-03-2016, 03:29 AM
#10
KeelinTy :
Thats a great overclock. Voltage is alright. Temps are great. So youre golden
Ill post if i get any bsod!!
Thanks for help btw.
J
Jirachi13
10-03-2016, 03:29 AM #10

KeelinTy :
Thats a great overclock. Voltage is alright. Temps are great. So youre golden
Ill post if i get any bsod!!
Thanks for help btw.

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