F5F Stay Refreshed Power Users Overclocking Throttling issue detected at 70°C for i5 8600k processor

Throttling issue detected at 70°C for i5 8600k processor

Throttling issue detected at 70°C for i5 8600k processor

P
PimbaGames
Junior Member
35
08-17-2017, 03:58 AM
#1
I have an i5 8600k on a MSI Z370 A-PRO board with an EGVA AIO water cooler. My clock speed is set at 5000MHZ, but Cinebench R20 initially runs at 5000 for about 20 seconds before throttling to around 4500 MHZ. I'm using CPUID Hardware Monitor to track speeds and temps. Voltage was adjusted to 1.280, but all other settings remain auto. I'm concerned about power delivery limits and want to know if this chip can handle temperatures above 80°C.
P
PimbaGames
08-17-2017, 03:58 AM #1

I have an i5 8600k on a MSI Z370 A-PRO board with an EGVA AIO water cooler. My clock speed is set at 5000MHZ, but Cinebench R20 initially runs at 5000 for about 20 seconds before throttling to around 4500 MHZ. I'm using CPUID Hardware Monitor to track speeds and temps. Voltage was adjusted to 1.280, but all other settings remain auto. I'm concerned about power delivery limits and want to know if this chip can handle temperatures above 80°C.

K
Kaldeo
Member
226
08-18-2017, 01:34 PM
#2
The Intel Extreme Tuning tool will indicate whether the CPU is throttling.
K
Kaldeo
08-18-2017, 01:34 PM #2

The Intel Extreme Tuning tool will indicate whether the CPU is throttling.

T
Tijeyd
Member
189
08-18-2017, 07:11 PM
#3
The Intel Extreme Tuning tool will indicate whether the CPU is throttling.
T
Tijeyd
08-18-2017, 07:11 PM #3

The Intel Extreme Tuning tool will indicate whether the CPU is throttling.

I
ItzHayds_
Member
119
08-26-2017, 09:52 AM
#4
Thank you for the assistance. I was reaching the maximum turbo boost power setting. Now my CPU is consistently at 5000MHZ OC.
I
ItzHayds_
08-26-2017, 09:52 AM #4

Thank you for the assistance. I was reaching the maximum turbo boost power setting. Now my CPU is consistently at 5000MHZ OC.

W
Wolfie56
Junior Member
18
09-01-2017, 03:46 PM
#5
If temperatures exceed 80°C, coolant performance may deteriorate under a prolonged heavy load, especially with varying radiator sizes...(thermal runaway occurs; as coolant heats up it retains less heat, causing further warming, etc...) You might safely apply a uniform multiplier based on your cooling system's ability... Above 80°C, maintaining 5 GHz would be risky. Monitor Prime95 results at 26.6/s small FFTs (default Blended mode), which remains the benchmark for CPU thermal testing. A crash is likely within two to three minutes if core voltage can't sustain the required all-core turbo speed, as seen in my 7700K tests aiming for 4.8 GHz at default voltage...
W
Wolfie56
09-01-2017, 03:46 PM #5

If temperatures exceed 80°C, coolant performance may deteriorate under a prolonged heavy load, especially with varying radiator sizes...(thermal runaway occurs; as coolant heats up it retains less heat, causing further warming, etc...) You might safely apply a uniform multiplier based on your cooling system's ability... Above 80°C, maintaining 5 GHz would be risky. Monitor Prime95 results at 26.6/s small FFTs (default Blended mode), which remains the benchmark for CPU thermal testing. A crash is likely within two to three minutes if core voltage can't sustain the required all-core turbo speed, as seen in my 7700K tests aiming for 4.8 GHz at default voltage...

M
Mx3_Azeg
Junior Member
21
09-02-2017, 08:40 PM
#6
and a +1 on Intel's XTU,.... it really works!
M
Mx3_Azeg
09-02-2017, 08:40 PM #6

and a +1 on Intel's XTU,.... it really works!