F5F Stay Refreshed Power Users Overclocking Safe CPU core voltage

Safe CPU core voltage

Safe CPU core voltage

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BobDerMaurer
Member
176
11-26-2016, 06:02 PM
#1
I'm using a gigabyte z270x ultra gaming board with an intel i7 6700k and maintaining 32-33 idle temperatures. Others are achieving significantly lower temps, and I'm using a corsair h100i liquid cooler. After setting the vcore to Auto:1.275 in the BIOS, I'd like to slightly reduce it while staying within the safe range. Any advice would be greatly appreciated.
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BobDerMaurer
11-26-2016, 06:02 PM #1

I'm using a gigabyte z270x ultra gaming board with an intel i7 6700k and maintaining 32-33 idle temperatures. Others are achieving significantly lower temps, and I'm using a corsair h100i liquid cooler. After setting the vcore to Auto:1.275 in the BIOS, I'd like to slightly reduce it while staying within the safe range. Any advice would be greatly appreciated.

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jeregamer1712
Junior Member
12
12-01-2016, 11:55 PM
#2
all cpus vary in how they handle voltage changes
just overclock them but adjust voltage instead
set manual mode and reduce voltage by 0.01v
execute a stress test to check performance
repeat the cycle, lowering voltage by 0.01v each time
continue until you reach the minimum stable setting after testing
J
jeregamer1712
12-01-2016, 11:55 PM #2

all cpus vary in how they handle voltage changes
just overclock them but adjust voltage instead
set manual mode and reduce voltage by 0.01v
execute a stress test to check performance
repeat the cycle, lowering voltage by 0.01v each time
continue until you reach the minimum stable setting after testing

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LifeSoull
Junior Member
15
12-04-2016, 11:41 AM
#3
all cpus vary in how they handle voltage changes
just overclock them but adjust voltage in reverse
set manual mode and reduce voltage by 0.01v
execute a stress test to check performance
repeat the cycle, lowering voltage further each time
continue until you locate the minimum stable setting after stress testing
L
LifeSoull
12-04-2016, 11:41 AM #3

all cpus vary in how they handle voltage changes
just overclock them but adjust voltage in reverse
set manual mode and reduce voltage by 0.01v
execute a stress test to check performance
repeat the cycle, lowering voltage further each time
continue until you locate the minimum stable setting after stress testing

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Sertero28
Senior Member
589
12-04-2016, 12:14 PM
#4
blockhead78 :
performance varies among CPUs when tested under voltage changes. It's mainly about overclocking, but adjusting voltage in reverse works too. Set manual mode and reduce voltage by 0.01v. Perform a stress test to check stability. Continue lowering voltage incrementally until you reach the lowest safe level while maintaining stability after each test. Thanks for the advice, I'll definitely give it a try.
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Sertero28
12-04-2016, 12:14 PM #4

blockhead78 :
performance varies among CPUs when tested under voltage changes. It's mainly about overclocking, but adjusting voltage in reverse works too. Set manual mode and reduce voltage by 0.01v. Perform a stress test to check stability. Continue lowering voltage incrementally until you reach the lowest safe level while maintaining stability after each test. Thanks for the advice, I'll definitely give it a try.

P
Porosia
Junior Member
15
12-04-2016, 02:50 PM
#5
Idle times are heavily influenced by your case airflow and room temperature...
To clarify, it's currently summer in Greece, around 30°C, which brings my 7700k to 29-31°C idle range, paired with a Corsair H105—32-33°C isn't great when it's warm.
During winter, my idle temps were roughly 24-25°C.
Reducing vcore makes little difference for idle temps, as they should settle around 0.8 (or similar) when idle, provided you have balanced power settings and haven't altered power-saving options in the BIOS.
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Porosia
12-04-2016, 02:50 PM #5

Idle times are heavily influenced by your case airflow and room temperature...
To clarify, it's currently summer in Greece, around 30°C, which brings my 7700k to 29-31°C idle range, paired with a Corsair H105—32-33°C isn't great when it's warm.
During winter, my idle temps were roughly 24-25°C.
Reducing vcore makes little difference for idle temps, as they should settle around 0.8 (or similar) when idle, provided you have balanced power settings and haven't altered power-saving options in the BIOS.