F5F Stay Refreshed Power Users Overclocking Voltage configured for auto bad? Overclocking situation.

Voltage configured for auto bad? Overclocking situation.

Voltage configured for auto bad? Overclocking situation.

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CROAKNATION4
Junior Member
4
11-01-2016, 12:04 PM
#1
I increased my Intel i5 6600k to 4.2 and sometimes 4.3 to experiment, but I’m unsure about the right voltage settings, so I let the system decide. Is this safe or should I adjust it manually? I tested the CPU at 4.2 and observed the voltage on Minecraft, which was between 1.280 and 1.296. That’s what I noticed.
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CROAKNATION4
11-01-2016, 12:04 PM #1

I increased my Intel i5 6600k to 4.2 and sometimes 4.3 to experiment, but I’m unsure about the right voltage settings, so I let the system decide. Is this safe or should I adjust it manually? I tested the CPU at 4.2 and observed the voltage on Minecraft, which was between 1.280 and 1.296. That’s what I noticed.

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Legowim
Junior Member
47
11-01-2016, 02:02 PM
#2
At those clock speeds it shouldn't pose a problem. Auto typically operates at a higher voltage than needed since each CPU may need varying levels of power for stability at the same clock rate.
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Legowim
11-01-2016, 02:02 PM #2

At those clock speeds it shouldn't pose a problem. Auto typically operates at a higher voltage than needed since each CPU may need varying levels of power for stability at the same clock rate.

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EisTeeKlaus
Senior Member
490
11-02-2016, 12:16 PM
#3
At those clock speeds it shouldn't pose a problem. Auto typically operates at a higher voltage than needed since each CPU may need varying levels of power for stability at the same clock rate.
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EisTeeKlaus
11-02-2016, 12:16 PM #3

At those clock speeds it shouldn't pose a problem. Auto typically operates at a higher voltage than needed since each CPU may need varying levels of power for stability at the same clock rate.

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EliPain
Junior Member
3
11-04-2016, 12:01 PM
#4
At those clock speeds it shouldn't be a problem. Auto usually operates higher than needed since each CPU can need a varying voltage for stability at a specific clock speed. Should I switch to manual mode and still try to reduce the voltage to extend CPU life? Also, how would I configure it to run at 1.150 but lower when idle?
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EliPain
11-04-2016, 12:01 PM #4

At those clock speeds it shouldn't be a problem. Auto usually operates higher than needed since each CPU can need a varying voltage for stability at a specific clock speed. Should I switch to manual mode and still try to reduce the voltage to extend CPU life? Also, how would I configure it to run at 1.150 but lower when idle?

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kidluna
Junior Member
34
11-06-2016, 02:38 AM
#5
What motherboard do you have?
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kidluna
11-06-2016, 02:38 AM #5

What motherboard do you have?

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beschteLars
Member
221
11-12-2016, 07:47 AM
#6
What motherboard are you using?
I’m currently running an Asus z170-E, and I’ve just fine-tuned it further manually. It’s now at 4.4Ghz with a stable voltage of 1.280V. I passed an Intel stress test lasting five minutes. Are these results satisfactory? If yes, how can I manage the voltage during idle or should I keep it in auto mode?
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beschteLars
11-12-2016, 07:47 AM #6

What motherboard are you using?
I’m currently running an Asus z170-E, and I’ve just fine-tuned it further manually. It’s now at 4.4Ghz with a stable voltage of 1.280V. I passed an Intel stress test lasting five minutes. Are these results satisfactory? If yes, how can I manage the voltage during idle or should I keep it in auto mode?