F5F Stay Refreshed Power Users Overclocking Intel core I5 7600K 5GHZ

Intel core I5 7600K 5GHZ

Intel core I5 7600K 5GHZ

D
Djxavier2
Junior Member
40
06-04-2017, 08:54 PM
#1
Hello, I adjusted my I5 7600K to 5GHZ 1.304v and experienced a jump to 1.312v under load. I own a Corsair H110i, and at full temperatures it reaches 60°C. What should I consider lowering the voltage for? It's my first overclocking attempt, so I lack experience.
D
Djxavier2
06-04-2017, 08:54 PM #1

Hello, I adjusted my I5 7600K to 5GHZ 1.304v and experienced a jump to 1.312v under load. I own a Corsair H110i, and at full temperatures it reaches 60°C. What should I consider lowering the voltage for? It's my first overclocking attempt, so I lack experience.

G
GoPatriots1
Member
221
06-05-2017, 08:44 AM
#2
Attempt to lower the voltage in increments of 5 mV while ensuring stability during prime95 execution. If the system remains stable, continue decreasing; if it crashes, raise 5 mV and reassess for stability. Aim for the lowest stable voltage. This approach could potentially cut load temperatures by up to 5°C. However, given your current temperature of 60°C, there seems to be no strong incentive to further reduce voltage.
G
GoPatriots1
06-05-2017, 08:44 AM #2

Attempt to lower the voltage in increments of 5 mV while ensuring stability during prime95 execution. If the system remains stable, continue decreasing; if it crashes, raise 5 mV and reassess for stability. Aim for the lowest stable voltage. This approach could potentially cut load temperatures by up to 5°C. However, given your current temperature of 60°C, there seems to be no strong incentive to further reduce voltage.

W
War91
Member
186
06-07-2017, 04:33 AM
#3
Attempt to lower the voltage in increments of 5 mV while ensuring stability during prime95 execution. If the system remains stable, continue decreasing; if it crashes, raise 5 mV and reassess for stability. Aim for the lowest stable voltage. This approach could cut load temperatures by up to 5°C. However, given your current temperature of 60°C, there seems to be no strong incentive to further reduce voltage.
W
War91
06-07-2017, 04:33 AM #3

Attempt to lower the voltage in increments of 5 mV while ensuring stability during prime95 execution. If the system remains stable, continue decreasing; if it crashes, raise 5 mV and reassess for stability. Aim for the lowest stable voltage. This approach could cut load temperatures by up to 5°C. However, given your current temperature of 60°C, there seems to be no strong incentive to further reduce voltage.

L
louie018
Posting Freak
824
06-07-2017, 10:43 AM
#4
Hope this clarifies things because I previously achieved a 7600k to 5ghz with 1.275v. The voltage provided by the motherboard to the CPU isn't always consistent—it can vary due to the power line or the motherboard itself. If it drops below what the CPU requires, it may lead to issues. To prevent this, the motherboard supplies more voltage than necessary, protecting the processor and ensuring stable operation. When you set a fixed voltage, the motherboard will slightly increase it under load and return to the specified level during idle periods (sometimes a bit higher to avoid damage). I didn’t fully grasp this initially as a new builder, but now I understand better and am here to help.
L
louie018
06-07-2017, 10:43 AM #4

Hope this clarifies things because I previously achieved a 7600k to 5ghz with 1.275v. The voltage provided by the motherboard to the CPU isn't always consistent—it can vary due to the power line or the motherboard itself. If it drops below what the CPU requires, it may lead to issues. To prevent this, the motherboard supplies more voltage than necessary, protecting the processor and ensuring stable operation. When you set a fixed voltage, the motherboard will slightly increase it under load and return to the specified level during idle periods (sometimes a bit higher to avoid damage). I didn’t fully grasp this initially as a new builder, but now I understand better and am here to help.