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Skylake 6700k fixed voltage

Skylake 6700k fixed voltage

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Sampl_
Junior Member
10
12-09-2016, 08:24 PM
#11
I adjusted it for the offset voltage so it reduces the voltage during idle, but it only lowers it to 1.216 and 1.238 instead of the previous level. On the original model it dropped to 0.8, so why isn't it lowering it further?
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Sampl_
12-09-2016, 08:24 PM #11

I adjusted it for the offset voltage so it reduces the voltage during idle, but it only lowers it to 1.216 and 1.238 instead of the previous level. On the original model it dropped to 0.8, so why isn't it lowering it further?

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GoldMegaMan
Junior Member
23
12-10-2016, 12:26 AM
#12
The maximum voltage it receives is 1.296 occasionally, which should be fine for an overclock or could be excessive depending on the situation.
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GoldMegaMan
12-10-2016, 12:26 AM #12

The maximum voltage it receives is 1.296 occasionally, which should be fine for an overclock or could be excessive depending on the situation.

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TheBozoPlays
Senior Member
642
12-26-2016, 04:27 PM
#13
I have a Skylake 6700K that I've overclocked to 4.5ghz at 1.264 volts. The voltage stays steady at 1.264v even when idle and the clock speed is only around 1500MHz. I'm not very experienced with overclocking, but is it safe for the voltage to remain constant when not under load? My computer is on for about 12-15 hours a day and I use it for roughly 6 hours. There seems to be no way to adjust the voltage when it's not under stress. I checked the BIOS, but I'm not sure what settings I should change. My ASRock Z160 K6 motherboard has voltage set as fixed, so it might be related to that setting. If I don't get 1.264v, the overclock won't be stable and could cause crashes.

1.264v is quite low for a 4.5ghz overclock. As long as you have a solid chip, depending on your motherboard, once you confirm your OC is stable, setting it to adaptive should work. It's completely safe to leave it that way. Just ensure you have a good cooler and keep an eye on core temperatures regularly. Don't stress—you're in a safe range.
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TheBozoPlays
12-26-2016, 04:27 PM #13

I have a Skylake 6700K that I've overclocked to 4.5ghz at 1.264 volts. The voltage stays steady at 1.264v even when idle and the clock speed is only around 1500MHz. I'm not very experienced with overclocking, but is it safe for the voltage to remain constant when not under load? My computer is on for about 12-15 hours a day and I use it for roughly 6 hours. There seems to be no way to adjust the voltage when it's not under stress. I checked the BIOS, but I'm not sure what settings I should change. My ASRock Z160 K6 motherboard has voltage set as fixed, so it might be related to that setting. If I don't get 1.264v, the overclock won't be stable and could cause crashes.

1.264v is quite low for a 4.5ghz overclock. As long as you have a solid chip, depending on your motherboard, once you confirm your OC is stable, setting it to adaptive should work. It's completely safe to leave it that way. Just ensure you have a good cooler and keep an eye on core temperatures regularly. Don't stress—you're in a safe range.

0
0_x
Member
157
01-02-2017, 11:34 PM
#14
I've been using the 1.264v setting and everything is working well. I attempted adaptive mode at 1.264v, but while gaming I experience crashes due to unstable voltage fluctuations.
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0_x
01-02-2017, 11:34 PM #14

I've been using the 1.264v setting and everything is working well. I attempted adaptive mode at 1.264v, but while gaming I experience crashes due to unstable voltage fluctuations.

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TheReCkKiD
Junior Member
14
01-03-2017, 12:39 AM
#15
you can still allow your computer to adjust the mhz and volts using adaptive voltage.
on my asus (may need to look up instructions for your motherboard) you can pick adaptive voltage, which opens a menu named max turbo voltage and set it to 1.265v.
in windows ensure your power plan is set to balance mode.
now your computer will automatically reduce the voltage when it's not required.
EDIT: after checking your mobo i think this feature isn't available, but you can still select offset and set it up, though i'm unsure about the details.
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TheReCkKiD
01-03-2017, 12:39 AM #15

you can still allow your computer to adjust the mhz and volts using adaptive voltage.
on my asus (may need to look up instructions for your motherboard) you can pick adaptive voltage, which opens a menu named max turbo voltage and set it to 1.265v.
in windows ensure your power plan is set to balance mode.
now your computer will automatically reduce the voltage when it's not required.
EDIT: after checking your mobo i think this feature isn't available, but you can still select offset and set it up, though i'm unsure about the details.

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Winkler1212
Member
172
01-03-2017, 06:27 PM
#16
I can utilize adaptive voltage settings. It functions properly and performs well, reducing the voltage to around .8 when no load is present. The problem lies in how it behaves on my Mobo, leading to voltage changes during gameplay. This instability causes crashes, especially with games like GTA V. I can play those games normally only when fixed voltage is applied.
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Winkler1212
01-03-2017, 06:27 PM #16

I can utilize adaptive voltage settings. It functions properly and performs well, reducing the voltage to around .8 when no load is present. The problem lies in how it behaves on my Mobo, leading to voltage changes during gameplay. This instability causes crashes, especially with games like GTA V. I can play those games normally only when fixed voltage is applied.

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ravakkko
Member
150
01-04-2017, 05:56 AM
#17
I'm not sure if it's stable, but I'd consider increasing the voltage slightly and using adaptive voltage control. 1.265v works well, adaptive voltage isn't necessary.
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ravakkko
01-04-2017, 05:56 AM #17

I'm not sure if it's stable, but I'd consider increasing the voltage slightly and using adaptive voltage control. 1.265v works well, adaptive voltage isn't necessary.

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