F5F Stay Refreshed Power Users Overclocking Overclock works when using manual settings but causes issues with offset adjustments.

Overclock works when using manual settings but causes issues with offset adjustments.

Overclock works when using manual settings but causes issues with offset adjustments.

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Nienke_2002
Senior Member
621
11-30-2016, 04:48 AM
#1
Hey all,
I have a 3750k at 4.5 that needs 1.280V on manual. I adjusted the offset and LLC settings, but I still face voltage drops during gameplay, especially after 20-30 minutes. It seems like the voltage falls too low when playing games.
N
Nienke_2002
11-30-2016, 04:48 AM #1

Hey all,
I have a 3750k at 4.5 that needs 1.280V on manual. I adjusted the offset and LLC settings, but I still face voltage drops during gameplay, especially after 20-30 minutes. It seems like the voltage falls too low when playing games.

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__FLESH__
Member
137
11-30-2016, 07:14 AM
#2
It's referred to as Vdroop and occurs when under load. You might attempt to run the LLC with a higher setting, but be careful—exceeding it can cause the opposite issue and lead to overvoltage.
Maintain manual operation without any offset; set the LLC at level 1/2 and observe if the Vdroop decreases.
Are the games affected when you skip using the offset? What tools are you testing with? Prime 95 small FFTs is a solid choice as it can detect instability in voltage and report maximum temperatures, making it reliable for checking OC stability. You might need to increase voltage slightly to achieve stability. Monitor temperatures closely—if they exceed 65 gaming and 80c load, you're likely applying too much stress.
If possible, aim for a stable result of 4.3/4.4 at 1.25; that would be ideal.
_
__FLESH__
11-30-2016, 07:14 AM #2

It's referred to as Vdroop and occurs when under load. You might attempt to run the LLC with a higher setting, but be careful—exceeding it can cause the opposite issue and lead to overvoltage.
Maintain manual operation without any offset; set the LLC at level 1/2 and observe if the Vdroop decreases.
Are the games affected when you skip using the offset? What tools are you testing with? Prime 95 small FFTs is a solid choice as it can detect instability in voltage and report maximum temperatures, making it reliable for checking OC stability. You might need to increase voltage slightly to achieve stability. Monitor temperatures closely—if they exceed 65 gaming and 80c load, you're likely applying too much stress.
If possible, aim for a stable result of 4.3/4.4 at 1.25; that would be ideal.

N
Neonfluzzycat
Member
199
11-30-2016, 11:51 AM
#3
Turn off power savings and check functionality. If it doesn't work, adjust and modify the offset values accordingly.
N
Neonfluzzycat
11-30-2016, 11:51 AM #3

Turn off power savings and check functionality. If it doesn't work, adjust and modify the offset values accordingly.

M
Mia_Marissa
Member
207
11-30-2016, 07:50 PM
#4
It's referred to as Vdroop and occurs when under load. You might attempt to run the LLC setting at a higher level, but be careful not to exceed it. Doing so could lead to the opposite issue—overvoltage.
Maintain manual operation without any offset; set the LLC to level 1/2 and observe if Vdroop decreases.
Are the games affected when you skip using the offset? What tools are you testing with? Prime 95 small fft's is a reliable choice for detecting instability, showing maximum temperatures, and confirming stability of your OC. You might need to increase voltage slightly to achieve stability. Monitor temperatures closely—if they exceed 65 gaming and 80c load, you're likely applying too much stress.
If possible, aim for a stable result at 4.3/4.4 at 1.25; this would indicate better performance. You probably won't feel the noticeable speed boost of 100-200mhz during gameplay. If that's your goal.
M
Mia_Marissa
11-30-2016, 07:50 PM #4

It's referred to as Vdroop and occurs when under load. You might attempt to run the LLC setting at a higher level, but be careful not to exceed it. Doing so could lead to the opposite issue—overvoltage.
Maintain manual operation without any offset; set the LLC to level 1/2 and observe if Vdroop decreases.
Are the games affected when you skip using the offset? What tools are you testing with? Prime 95 small fft's is a reliable choice for detecting instability, showing maximum temperatures, and confirming stability of your OC. You might need to increase voltage slightly to achieve stability. Monitor temperatures closely—if they exceed 65 gaming and 80c load, you're likely applying too much stress.
If possible, aim for a stable result at 4.3/4.4 at 1.25; this would indicate better performance. You probably won't feel the noticeable speed boost of 100-200mhz during gameplay. If that's your goal.