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Upgrade your motherboard for improved overclocking performance.

Upgrade your motherboard for improved overclocking performance.

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obvslyy
Junior Member
11
12-26-2016, 02:07 PM
#1
Hi guys, i was trying some overclocks on my 4690k and managed to hit 4.5ghz with a stable 1.21 voltage. But my Gigabyte Z97 HD3 board is having big issues keeping the voltage steady. I can set it to fixed voltage, but i don’t want it running at full voltage all the time because the heat increases and it could shorten the cpu’s life. I’ve checked the BIOS for adaptive voltage, but there’s no option. I can use offset voltage which reduces the voltage during idle, but when I stress test it, the voltage fluctuates beyond my limit and the pc crashes sometimes. It’s frustrating. I’ve tried many settings, but still can’t get the voltage to drop properly at idle or ramp up correctly. I know this board isn’t ideal, but i was on a tight budget when I bought it. Should I consider buying a better motherboard for stable adaptive voltage?
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obvslyy
12-26-2016, 02:07 PM #1

Hi guys, i was trying some overclocks on my 4690k and managed to hit 4.5ghz with a stable 1.21 voltage. But my Gigabyte Z97 HD3 board is having big issues keeping the voltage steady. I can set it to fixed voltage, but i don’t want it running at full voltage all the time because the heat increases and it could shorten the cpu’s life. I’ve checked the BIOS for adaptive voltage, but there’s no option. I can use offset voltage which reduces the voltage during idle, but when I stress test it, the voltage fluctuates beyond my limit and the pc crashes sometimes. It’s frustrating. I’ve tried many settings, but still can’t get the voltage to drop properly at idle or ramp up correctly. I know this board isn’t ideal, but i was on a tight budget when I bought it. Should I consider buying a better motherboard for stable adaptive voltage?

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NicolasManny
Member
74
12-26-2016, 07:23 PM
#2
It doesn't justify the investment since the benefits will be limited.
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NicolasManny
12-26-2016, 07:23 PM #2

It doesn't justify the investment since the benefits will be limited.

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oobaileyx
Member
209
12-26-2016, 08:24 PM
#3
I thought the same, what should I do with my voltage then?
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oobaileyx
12-26-2016, 08:24 PM #3

I thought the same, what should I do with my voltage then?

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Rabuz
Junior Member
42
12-27-2016, 01:55 AM
#4
It would be wise to lower the clock speed and consider a 4.4 GHz setting. It seems your chip is nearing its maximum overclocking potential. Today, motherboards play a minimal role in this regard.
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Rabuz
12-27-2016, 01:55 AM #4

It would be wise to lower the clock speed and consider a 4.4 GHz setting. It seems your chip is nearing its maximum overclocking potential. Today, motherboards play a minimal role in this regard.

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Nero12321
Posting Freak
858
01-06-2017, 01:43 PM
#5
However, this doesn't involve the clockspeed at all. I'm able to operate it at 4.8 ghz with strong static voltage. Still, I can't due to thermal constraints. It's mainly about the voltage not being suitable when using the motherboard's offset setting.
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Nero12321
01-06-2017, 01:43 PM #5

However, this doesn't involve the clockspeed at all. I'm able to operate it at 4.8 ghz with strong static voltage. Still, I can't due to thermal constraints. It's mainly about the voltage not being suitable when using the motherboard's offset setting.

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duhazneubin
Senior Member
583
01-06-2017, 03:50 PM
#6
Increase both the voltage and voltage offset a bit. I don't adjust the offset much since my power plan in Windows is set to balanced mode, giving me 800MHz - 2000MHz core at around 0.1v to 0.8v when idle. I also don't use adaptive settings because some apps can interfere, causing voltage spikes.
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duhazneubin
01-06-2017, 03:50 PM #6

Increase both the voltage and voltage offset a bit. I don't adjust the offset much since my power plan in Windows is set to balanced mode, giving me 800MHz - 2000MHz core at around 0.1v to 0.8v when idle. I also don't use adaptive settings because some apps can interfere, causing voltage spikes.

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Asger2403
Junior Member
14
01-06-2017, 08:11 PM
#7
I need to adjust the offset, but if I fix the voltage and keep the windows balanced, the voltage won't drop at idle. The clockspeed will still change, but not the voltage. Also, is 75 degrees during the Prime95 stress test too high? I have a 212 EVO cooler.
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Asger2403
01-06-2017, 08:11 PM #7

I need to adjust the offset, but if I fix the voltage and keep the windows balanced, the voltage won't drop at idle. The clockspeed will still change, but not the voltage. Also, is 75 degrees during the Prime95 stress test too high? I have a 212 EVO cooler.

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ThomasDoesMC
Member
71
01-06-2017, 09:47 PM
#8
That's unusual. I use a G3258 at 4.3GHz, it's from the same family but my voltage drops when idle without an offset. A 75°C isn't that high. Just keep under 85°C and it should be okay. 100°C is the max TJ for Haswell anyway.
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ThomasDoesMC
01-06-2017, 09:47 PM #8

That's unusual. I use a G3258 at 4.3GHz, it's from the same family but my voltage drops when idle without an offset. A 75°C isn't that high. Just keep under 85°C and it should be okay. 100°C is the max TJ for Haswell anyway.