F5F Stay Refreshed Power Users Overclocking How to safely overclock 6700k?

How to safely overclock 6700k?

How to safely overclock 6700k?

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xerofa14
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61
05-23-2016, 06:03 PM
#1
I aim to push my 6700k to its limits safely, keeping its lifespan in mind. Since I'm just starting out, I need guidance on safe voltages and compatible clock speeds without risking damage. I'm hoping to extend its usability for several more years. Do you have any recommendations or resources that can assist me? Thanks.
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X
xerofa14
05-23-2016, 06:03 PM #1

I aim to push my 6700k to its limits safely, keeping its lifespan in mind. Since I'm just starting out, I need guidance on safe voltages and compatible clock speeds without risking damage. I'm hoping to extend its usability for several more years. Do you have any recommendations or resources that can assist me? Thanks.

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x7000
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53
05-25-2016, 05:03 AM
#2
before increasing the speed, check if your system has enough cooling.
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x7000
05-25-2016, 05:03 AM #2

before increasing the speed, check if your system has enough cooling.

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MR_DIG
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50
05-25-2016, 09:50 PM
#3
before going overclock, check if your cooling system is sufficient. I have a good air cooler and my stock CPU automatically overclocks to 4.16 GHz without overheating (tested with Prime95).
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MR_DIG
05-25-2016, 09:50 PM #3

before going overclock, check if your cooling system is sufficient. I have a good air cooler and my stock CPU automatically overclocks to 4.16 GHz without overheating (tested with Prime95).

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Bkenpal
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05-25-2016, 10:05 PM
#4
the multiplier keeps rising until it hits the limits—CPU voltage can only go so far, even with a top-notch cooler and stable temperatures. I’d aim for 1.4v at most, but if things stay within range, I’d settle for 1.3 to 1.35v. Beyond that point, you’ll need to adjust other factors to squeeze out more performance, which might not be ideal with an air cooler.
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Bkenpal
05-25-2016, 10:05 PM #4

the multiplier keeps rising until it hits the limits—CPU voltage can only go so far, even with a top-notch cooler and stable temperatures. I’d aim for 1.4v at most, but if things stay within range, I’d settle for 1.3 to 1.35v. Beyond that point, you’ll need to adjust other factors to squeeze out more performance, which might not be ideal with an air cooler.

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tazman56
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05-29-2016, 05:50 PM
#5
begin by just boosting the multiplier and see how far it takes you
after that, reach the limits where CPU voltage can only rise slightly at a time—core voltage is whatever suits you best. up to 1.4v is the max I’d go with a good cooler, but only if temperatures stay stable. i’d stick closer to 1.3v to 1.35v as long as things hold.
once you hit a point where this isn’t enough and you need to adjust other settings to squeeze out more performance—especially with an air cooler—that might not be safe.
how do you do this safely? check your BIOS settings. i have an asus board, if that helps you understand what bios looks like. just want to confirm i’m doing it correctly.
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T
tazman56
05-29-2016, 05:50 PM #5

begin by just boosting the multiplier and see how far it takes you
after that, reach the limits where CPU voltage can only rise slightly at a time—core voltage is whatever suits you best. up to 1.4v is the max I’d go with a good cooler, but only if temperatures stay stable. i’d stick closer to 1.3v to 1.35v as long as things hold.
once you hit a point where this isn’t enough and you need to adjust other settings to squeeze out more performance—especially with an air cooler—that might not be safe.
how do you do this safely? check your BIOS settings. i have an asus board, if that helps you understand what bios looks like. just want to confirm i’m doing it correctly.

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