GPU throttling for no reason
GPU throttling for no reason
Vellinious:
Boost 3.0 continuously tweaks core clocks and voltages based on temperature changes. To keep everything running smoothly, it increases fan speed when needed. This behavior is directly tied to boost 3.0's operation.
Why would it slow down when temperatures are normal? As temperatures rise, the system becomes less efficient and requires more voltage to sustain those clocks. Increased voltage also raises temperatures further. With boost 3.0, it works to balance frequency, voltage, and temperature for optimal performance and efficiency.
Boost 3.0 constantly modifies clocks and frequency across the temperature range. I've noticed it fine-tunes voltage and frequency adjustments even at core temperatures as low as 12°C.
You can increase the Temp and power limits (max them out) on whatever software you are using to control your GPU. This will lower the chance your GPU will throttle. Also would recommend a custom fan curve.
here's a good video that explains GPU boost 3.0.
https://www.youtube.com/watch?v=VeQe6pEEtVI
Are you using a Founders Edition card? These could significantly slow down your game.
daswilhelm :
You can increase the Temp and power limits (max them out) on whatever software you are using to control your GPU. This will lower the chance your GPU will throttle. Also would recommend a custom fan curve.
here's a good video that explains GPU boost 3.0.
https://www.youtube.com/watch?v=VeQe6pEEtVI
I have done both
Boost 3.0 continuously modifies central timers and power levels based on temperature changes. To keep timing accurate, raise the fan rate. What this action entails is determined by Boost 3.0.
Vellinious:
Boost 3.0 continuously tweaks core clocks and voltages based on temperature changes. To keep everything running smoothly, it increases fan speed when needed. This behavior is directly tied to boost 3.0's operation.
Why would it slow down when temperatures are normal? As temperatures rise, the system becomes less efficient and requires more voltage to sustain those clocks. Increased voltage also raises temperatures further. With boost 3.0, it works to balance frequency, voltage, and temperature for optimal performance and efficiency.
Boost 3.0 constantly modifies clocks and frequency across the temperature range. I've noticed it fine-tunes voltage and frequency adjustments even at core temperatures as low as 12°C.