F5F Stay Refreshed Power Users Overclocking i7 6800 at 4Ghz overclock paired with Arctic freezer i32 CO

i7 6800 at 4Ghz overclock paired with Arctic freezer i32 CO

i7 6800 at 4Ghz overclock paired with Arctic freezer i32 CO

A
aagrant99
Junior Member
3
08-18-2020, 02:26 PM
#1
The system specifications are suitable for the recommended overclocking guide.
A
aagrant99
08-18-2020, 02:26 PM #1

The system specifications are suitable for the recommended overclocking guide.

R
RS923
Member
135
08-22-2020, 07:01 AM
#2
The guide is acceptable, but because each CPU is unique, the required voltage for overclocks might vary—sometimes less, sometimes more. I recommend beginning with a 4GHz boost without adjusting voltages and conducting stress tests. If issues arise or you encounter blue screens, gradually raise the core voltage until stability returns. You should be comfortable with temperatures as long as they remain under 80 degrees during testing.
R
RS923
08-22-2020, 07:01 AM #2

The guide is acceptable, but because each CPU is unique, the required voltage for overclocks might vary—sometimes less, sometimes more. I recommend beginning with a 4GHz boost without adjusting voltages and conducting stress tests. If issues arise or you encounter blue screens, gradually raise the core voltage until stability returns. You should be comfortable with temperatures as long as they remain under 80 degrees during testing.

C
CreeperKing439
Junior Member
45
08-23-2020, 03:07 PM
#3
The guide is acceptable, but because each CPU is unique, the required voltage for overclocks might vary—sometimes less, sometimes more. I recommend beginning with a 4GHz boost without adjusting voltages and conducting stress tests. If issues arise or you encounter blue screens, gradually raise the core voltage until stability returns. You should be comfortable with temperatures as long as they remain under 80 degrees during testing.
C
CreeperKing439
08-23-2020, 03:07 PM #3

The guide is acceptable, but because each CPU is unique, the required voltage for overclocks might vary—sometimes less, sometimes more. I recommend beginning with a 4GHz boost without adjusting voltages and conducting stress tests. If issues arise or you encounter blue screens, gradually raise the core voltage until stability returns. You should be comfortable with temperatures as long as they remain under 80 degrees during testing.

D
dMoonyb
Junior Member
18
08-27-2020, 02:29 AM
#4
The instructions are acceptable, but because each CPU is unique, you might not require the same voltage for overclocking or you may need more. I recommend beginning by increasing the frequency to 4ghz without altering voltages and performing stress tests. If issues arise or you encounter problems, try raising the core voltage slightly until stability returns. I believe your temperatures are acceptable as long as they remain below 80 degrees during testing. OK! I followed this approach with minor adjustments and didn't change voltages. In stress tests, I reached a maximum temperature of 72°C, so I think I'll continue using this air cooler for now. Thank you.
D
dMoonyb
08-27-2020, 02:29 AM #4

The instructions are acceptable, but because each CPU is unique, you might not require the same voltage for overclocking or you may need more. I recommend beginning by increasing the frequency to 4ghz without altering voltages and performing stress tests. If issues arise or you encounter problems, try raising the core voltage slightly until stability returns. I believe your temperatures are acceptable as long as they remain below 80 degrees during testing. OK! I followed this approach with minor adjustments and didn't change voltages. In stress tests, I reached a maximum temperature of 72°C, so I think I'll continue using this air cooler for now. Thank you.