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Temperatures, Clock Rates & Overclocking
Overclocking
At a glance, that doesn't seem like a lot of headroom. But depending on the game, it could mean anywhere from 7- to 10%-higher frame rates. The temperatures don't climb out of control, either.
Temperatures & Frequencies
First, we compare temperatures and clock rates before and after overclocking.
| Header Cell - Column 0 | Initial Value | Final Value |
|---|---|---|
| Open Benchtable | ||
| GPU Temperature | 42°C | 61°C |
| GPU Frequency | 1326 MHz | 1298 - 1301 MHz |
| Ambient Temperature | 22°C | 22°C |
| Closed Case | ||
| GPU Temperature | 43°C | 62°C |
| GPU Frequency | 1326 MHz | 1281 - 1294 MHz |
| Ambient Temperature | 25°C | 31°C |
| OC (Open Benchtable) | ||
| GPU Temperature (3550 RPM) | 43°C | 69°C |
| GPU Frequency | 1460 MHz | 1451 -1460 MHz |
| Ambient Temperature | 22°C | 36°C |
In Depth: Temperature vs. Clock Frequency
In order to illustrate our results, we're presenting the data for 15 minutes of our warm-up phase:
Infrared Temperature Analysis
Our infrared temperature analysis shows that the VRM area and a spot close to the GPU package get very hot. All of these values are still in an acceptable range, though. Ultimately, the 100W consumed by this card doesn't pose much of a challenge for its thermal solution.
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