Temperature gradients and boost clock in detail
The cooler does its name well and keeps the card at least exactly at the specified temperature limit of 79 to 80°C. This, by the way, in an open structure and in the closed housing, because one relies on a DHE solution, which dissipates the complete waste heat via the slot panel outwards. That's why I only recorded the measurements once as a curve and value table. The differences are simply marginal and can only be identified, if at all, in infrared analysis.
During the stress test, the clock rates break down more easily during the course of heating, only to stabilize a little higher later on. If we look at the fan curves later, we will be able to observe analog behavior.
And now the whole thing again in sober numbers in table form:
| Initial Radeon Pro WX 8200 |
Final value Radeon Pro WX 8200 |
|
|---|---|---|
| Open Benchtable | ||
| GPU Temperatures |
35 °C | 79 to 80 °C |
| GPU clock | 1319 MHz | 1276 MHz |
| Ambient temperature | 22 °C | 22 °C |
| Closed Case | ||
| GPU Temperatures |
35 °C | 79 to 80 °C |
| GPU clock | 1319 MHz | 1276 MHz |
| Air temperature in the housing | 25°C | 27°C |
Board Analysis: Infrared Images
The following image gallery shows all infrared images for the gaming and the torture loop in the open structure and in the closed case. The differences between the two superstructures are hardly visible and lie with a delta of approx. to a degree.
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