F5F Stay Refreshed Power Users Overclocking Do people share specific worldwide safe overclock settings?

Do people share specific worldwide safe overclock settings?

Do people share specific worldwide safe overclock settings?

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NatSchmitt
Member
51
12-25-2016, 08:18 AM
#1
I recently purchased an i7 6700k and prefer not to push it too hard, so I’m content with keeping it at around 4.3Ghz to 4.4Ghz. I’m wondering what voltage settings or profiles are recommended for minimal overclocking like this, and if there are any guides available from others who have done similar setups.
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NatSchmitt
12-25-2016, 08:18 AM #1

I recently purchased an i7 6700k and prefer not to push it too hard, so I’m content with keeping it at around 4.3Ghz to 4.4Ghz. I’m wondering what voltage settings or profiles are recommended for minimal overclocking like this, and if there are any guides available from others who have done similar setups.

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Aaron_1128
Junior Member
43
12-26-2016, 01:07 AM
#2
There are many guides available for overclocking a 6700k, but I recommend sticking to one of them. The outcome depends a lot on the specific chip and motherboard you have, as there are differences between them. Additionally, different motherboards have varying voltage circuits, which affects performance. So asking this question isn't recommended. Also, overclocking with that method offers very little real-world benefit.
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Aaron_1128
12-26-2016, 01:07 AM #2

There are many guides available for overclocking a 6700k, but I recommend sticking to one of them. The outcome depends a lot on the specific chip and motherboard you have, as there are differences between them. Additionally, different motherboards have varying voltage circuits, which affects performance. So asking this question isn't recommended. Also, overclocking with that method offers very little real-world benefit.

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Reign_OF_Pain
Member
165
12-26-2016, 01:48 AM
#3
My motherboard is the Asus Z-170 Deluxe. I prioritize longevity over speed, even if it means sacrificing some performance.
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Reign_OF_Pain
12-26-2016, 01:48 AM #3

My motherboard is the Asus Z-170 Deluxe. I prioritize longevity over speed, even if it means sacrificing some performance.

K
kechum123
Member
51
12-26-2016, 02:56 AM
#4
In that situation I would try to get involved before conducting any research on the topic. However, I mentioned that performance improvements from an overclock are limited. The board you mentioned seems good and should support stable overclocking. It likely includes an auto overclock option in the BIOS as well. I wouldn't rely on it either. The automated tools usually set much higher voltage values than what is actually needed.

It's better to learn how to handle it yourself through research and questions, or have someone experienced assist you.
K
kechum123
12-26-2016, 02:56 AM #4

In that situation I would try to get involved before conducting any research on the topic. However, I mentioned that performance improvements from an overclock are limited. The board you mentioned seems good and should support stable overclocking. It likely includes an auto overclock option in the BIOS as well. I wouldn't rely on it either. The automated tools usually set much higher voltage values than what is actually needed.

It's better to learn how to handle it yourself through research and questions, or have someone experienced assist you.

H
Hockeybeast87
Member
138
01-08-2017, 12:39 AM
#5
The key factor influencing lifespan isn't the frequency itself, but the voltage required to achieve it. With a high-quality chip, you can achieve optimal overclocks with only minor voltage increases. This situation is often described as a 'silicon lottery' because the chip's quality cannot be reliably predicted. On the other hand, the benefits from these overclock gains are limited to a few frames—such as a 5% overclock yielding around 5 frames in a 100 FPS setup. Some people focus on this, while others don't.
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Hockeybeast87
01-08-2017, 12:39 AM #5

The key factor influencing lifespan isn't the frequency itself, but the voltage required to achieve it. With a high-quality chip, you can achieve optimal overclocks with only minor voltage increases. This situation is often described as a 'silicon lottery' because the chip's quality cannot be reliably predicted. On the other hand, the benefits from these overclock gains are limited to a few frames—such as a 5% overclock yielding around 5 frames in a 100 FPS setup. Some people focus on this, while others don't.