F5F Stay Refreshed Power Users Overclocking understanding the core concepts for i7 7700k

understanding the core concepts for i7 7700k

understanding the core concepts for i7 7700k

T
51
02-26-2017, 05:46 PM
#1
Do you have any recommendations or a guide? CPU model is i7 7700k with cryorig air cooler, motherboard is ASUS Z270F gaming. I don’t want to hit the system’s limits, just a slight improvement in performance.
T
tntflintmaster
02-26-2017, 05:46 PM #1

Do you have any recommendations or a guide? CPU model is i7 7700k with cryorig air cooler, motherboard is ASUS Z270F gaming. I don’t want to hit the system’s limits, just a slight improvement in performance.

X
xWaseem09
Member
161
03-13-2017, 08:52 AM
#2
A straightforward method.
Slowly adjust the standard core multiplier from 42 to a higher value.
Keep all voltages set to auto.
Perform a stress test using CPU-Z.
Track the vcore with cpu-Z and your temperatures. HWmonitor works well.
If the stress test temperature reaches 85°C, reduce the load.
If the vcore hits 1.35, lower the load.
With a better cooler, you might reach 48.
Applying speedstep will lower the multiplier and vcore when there’s little activity.
That’s beneficial.
X
xWaseem09
03-13-2017, 08:52 AM #2

A straightforward method.
Slowly adjust the standard core multiplier from 42 to a higher value.
Keep all voltages set to auto.
Perform a stress test using CPU-Z.
Track the vcore with cpu-Z and your temperatures. HWmonitor works well.
If the stress test temperature reaches 85°C, reduce the load.
If the vcore hits 1.35, lower the load.
With a better cooler, you might reach 48.
Applying speedstep will lower the multiplier and vcore when there’s little activity.
That’s beneficial.

T
TheMightyElf
Member
214
03-14-2017, 08:22 AM
#3
Watch this video at the provided link.
T
TheMightyElf
03-14-2017, 08:22 AM #3

Watch this video at the provided link.

C
Captain89
Junior Member
12
03-31-2017, 11:58 AM
#4
A straightforward method.
Slowly increase the default core multiplier from 42 to a higher value.
Keep all voltages set to auto.
Perform a stress test using CPU-Z.
Track the vcore with cpu-Z and your temperatures. HWmonitor works well.
If the stress test temperature reaches 85°C, reduce the load.
If the vcore hits 1.35, lower the load.
With a better cooler, you might reach 48.
Applying speedstep will lower the multiplier and vcore when there’s little activity.
That’s beneficial.
C
Captain89
03-31-2017, 11:58 AM #4

A straightforward method.
Slowly increase the default core multiplier from 42 to a higher value.
Keep all voltages set to auto.
Perform a stress test using CPU-Z.
Track the vcore with cpu-Z and your temperatures. HWmonitor works well.
If the stress test temperature reaches 85°C, reduce the load.
If the vcore hits 1.35, lower the load.
With a better cooler, you might reach 48.
Applying speedstep will lower the multiplier and vcore when there’s little activity.
That’s beneficial.