Palit GeForce RTX 4070 Ti SUPER GamingPRO White review

Graphics cards 1048 Page 6 of 31 Published by

teaser

Graphics card temperatures

In this analysis, we will examine the temperature performance of various graphics processing units (GPUs). Firstly, we will assess the idle temperatures of the GPUs as reported by the thermal sensors and software. To provide additional context, we will also include data from other GPUs that we recently tested in the chart. To further evaluate the thermal management capabilities of these GPUs, we subjected them to a rigorous gaming workload and monitored their temperatures during peak performance. Using a GPU stress loop, we measured the highest temperature reported by the thermal sensor when the GPU was fully stressed. We conducted these tests in a controlled environment with a room temperature of approximately 20-21 degrees Celsius. By analyzing the thermal performance of these GPUs, we can gain insight into their ability to handle high-intensity workloads and maintain stable performance. The data collected in this analysis can help inform purchasing decisions for individuals seeking a reliable and high-performing GPU.

So with the card fully stressed, we kept monitoring temperatures and noted down the GPU temperature as reported by the thermal sensor. These tests have been performed with a 20~21 Degrees C room temperature, this is a peak temperature based on a GPU stress loop. 


Untitled_203

Untitled_204



Long Duration Stress Temperature and GPU Throttling clock
Always, before beginning benchmarking, the card is preheated. We monitor the dynamic clock the GPU throttle once the GPU has warmed up, this is around 2700-2750 MHz, and we see this during the repeated warm-up phase of at least 15 minutes of GPU gaming stress. We do this before every evaluation because a cold card could perform better in the first few seconds of a benchmark. 


Image2

Share this content
Twitter Facebook Reddit WhatsApp Email Print