F5F Stay Refreshed Power Users Overclocking Issues that arise during overclocking of the i5 7600K

Issues that arise during overclocking of the i5 7600K

Issues that arise during overclocking of the i5 7600K

Pages (2): 1 2 Next
X
xImFizzy
Member
213
06-14-2017, 11:56 AM
#1
Hello everyone,
I’m facing some unusual problems when trying to overclock my i5 7600k.

Here’s what I’ve been doing and the issue:
My system specs are: i5 7600k, AS Rock Z270 Pro4, 16 GB DDR4, MSI GTX 1060, Windows 10 Home x64, updated BIOS 2.70, Silentum PC Fera 3 (1224 v2).

I’m only using CPU ratio and voltage to overclock. I can adjust the CPU ratio to 45 with a voltage of 1.250 and the PC boots fine. I run Prime95 (version 29 build 8) and it works without errors, temperatures stay around 80-85°C while under heavy load, peaking at 93°C but usually around 78°C.

Tests are smooth until I reboot. After rebooting, Prime stops working completely or triggers a BSOD with a timeout watchdog error. It doesn’t matter what CPU ratio or voltage I use—it always freezes the PC after reboot.

I’ve tried:
- Changing voltages and CPU ratios—still freezes after reboot.
- Setting voltage to auto and ratio to 42—it works normally, tests pass, and after reboot it functions again (turbo boost is 4200).

Why does this happen? It seems the problem occurs only when I manually set the voltage, suggesting an issue with manual adjustments.

Any suggestions would be greatly appreciated!
Thanks!
X
xImFizzy
06-14-2017, 11:56 AM #1

Hello everyone,
I’m facing some unusual problems when trying to overclock my i5 7600k.

Here’s what I’ve been doing and the issue:
My system specs are: i5 7600k, AS Rock Z270 Pro4, 16 GB DDR4, MSI GTX 1060, Windows 10 Home x64, updated BIOS 2.70, Silentum PC Fera 3 (1224 v2).

I’m only using CPU ratio and voltage to overclock. I can adjust the CPU ratio to 45 with a voltage of 1.250 and the PC boots fine. I run Prime95 (version 29 build 8) and it works without errors, temperatures stay around 80-85°C while under heavy load, peaking at 93°C but usually around 78°C.

Tests are smooth until I reboot. After rebooting, Prime stops working completely or triggers a BSOD with a timeout watchdog error. It doesn’t matter what CPU ratio or voltage I use—it always freezes the PC after reboot.

I’ve tried:
- Changing voltages and CPU ratios—still freezes after reboot.
- Setting voltage to auto and ratio to 42—it works normally, tests pass, and after reboot it functions again (turbo boost is 4200).

Why does this happen? It seems the problem occurs only when I manually set the voltage, suggesting an issue with manual adjustments.

Any suggestions would be greatly appreciated!
Thanks!

K
KuweKiller
Junior Member
5
06-15-2017, 09:52 AM
#2
Adjust your cache settings below the CPU speed, keep it at 40 and enable minimum cache auto. Proceed from there, letting the CPU handle whatever frequency you aim to reach. The CPU core limit should be manually configured rather than left auto, as I set it to 180 for my Z170 overclock of 6600k. This only affects throttling and shouldn’t cause crashes. You can still try it, though, since auto usually defaults to around 120, which matches stock speeds. Auto doesn’t automatically adjust for performance needs.
K
KuweKiller
06-15-2017, 09:52 AM #2

Adjust your cache settings below the CPU speed, keep it at 40 and enable minimum cache auto. Proceed from there, letting the CPU handle whatever frequency you aim to reach. The CPU core limit should be manually configured rather than left auto, as I set it to 180 for my Z170 overclock of 6600k. This only affects throttling and shouldn’t cause crashes. You can still try it, though, since auto usually defaults to around 120, which matches stock speeds. Auto doesn’t automatically adjust for performance needs.

M
mlodypatyk
Member
70
06-15-2017, 07:11 PM
#3
Do you rely on BIOS/UEFI for overclocking or employ a different method within Windows?
M
mlodypatyk
06-15-2017, 07:11 PM #3

Do you rely on BIOS/UEFI for overclocking or employ a different method within Windows?

O
oggypop
Member
240
06-16-2017, 12:50 AM
#4
Would you encounter identical problems upon reverting to standard or stock configurations? Could you review the BIOS parameters, particularly the Voltage setting, each time before starting up to verify that your adjustments persist?
O
oggypop
06-16-2017, 12:50 AM #4

Would you encounter identical problems upon reverting to standard or stock configurations? Could you review the BIOS parameters, particularly the Voltage setting, each time before starting up to verify that your adjustments persist?

W
Whitewhisker
Junior Member
33
06-16-2017, 08:30 AM
#5
Hey, thanka for replies.
First of all i use UEFi to overclock.
Second there are no issues while running stock settings.
I think voltages are being saved aswe, will confirm this evening.
W
Whitewhisker
06-16-2017, 08:30 AM #5

Hey, thanka for replies.
First of all i use UEFi to overclock.
Second there are no issues while running stock settings.
I think voltages are being saved aswe, will confirm this evening.

J
JOSHTYLER
Junior Member
26
06-21-2017, 12:55 PM
#6
Maybe once you've released a lot of warmth, your setup can't handle more heat, so boost the airflow in the case and increase the CPU's thermal throttling settings.
J
JOSHTYLER
06-21-2017, 12:55 PM #6

Maybe once you've released a lot of warmth, your setup can't handle more heat, so boost the airflow in the case and increase the CPU's thermal throttling settings.

T
TeehAhmed
Member
54
07-04-2017, 03:47 AM
#7
From what I can observe, it doesn't appear to be an overheating problem. The case airflow also seems normal.
T
TeehAhmed
07-04-2017, 03:47 AM #7

From what I can observe, it doesn't appear to be an overheating problem. The case airflow also seems normal.

A
Agman10
Senior Member
690
07-07-2017, 04:07 AM
#8
I remember seeing something similar in a thread related to an ASRock MB, where it was mentioned that adjusting a power/temperature limit in the BIOS to 1xx% might be necessary for proper OC and clock rate considerations. Please verify your BIOS settings for any available options.
A
Agman10
07-07-2017, 04:07 AM #8

I remember seeing something similar in a thread related to an ASRock MB, where it was mentioned that adjusting a power/temperature limit in the BIOS to 1xx% might be necessary for proper OC and clock rate considerations. Please verify your BIOS settings for any available options.

P
Pengwang
Member
50
07-07-2017, 05:16 AM
#9
Hey,
I did not see the option you talk about, here are pics of my Bios
https://imgur.com/a/cL41pLb
- CPU
https://imgur.com/a/hDa2k7B
- Voltages
now here is the kicker, someone told me to try what i am doing just with Prime95 v26.6 and the tests passes, even after reboot.
Im confused now.
P
Pengwang
07-07-2017, 05:16 AM #9

Hey,
I did not see the option you talk about, here are pics of my Bios
https://imgur.com/a/cL41pLb
- CPU
https://imgur.com/a/hDa2k7B
- Voltages
now here is the kicker, someone told me to try what i am doing just with Prime95 v26.6 and the tests passes, even after reboot.
Im confused now.

P
pyrote
Senior Member
407
07-07-2017, 09:16 PM
#10
Reviewing your initial screenshot, it appears the final two settings in the list needed modification for increased OCs. Therefore, "Short duration power limit" and "CPU Core current limit" were likely adjusted. Great news that another Prime95 version now runs smoothly. Still...as you mentioned, it's odd. 😊
Would you like to test a different CPU stress test such as Super PI to confirm?
P
pyrote
07-07-2017, 09:16 PM #10

Reviewing your initial screenshot, it appears the final two settings in the list needed modification for increased OCs. Therefore, "Short duration power limit" and "CPU Core current limit" were likely adjusted. Great news that another Prime95 version now runs smoothly. Still...as you mentioned, it's odd. 😊
Would you like to test a different CPU stress test such as Super PI to confirm?

Pages (2): 1 2 Next