![]() This can then also be used as an experience, which other cards that are badly cooled in these places might gain. However, the noise level remains more or less the same in the range of possible measurement tolerances:įirst, let's check what the pad brings between the board and the backplate alone. We measured the card in its original condition with a mounted backplate to stay true. We are silent about the values of the Torture Loop: For this we now need our IR camera again.Īs a reminder, we are once again advancing the values from our Roundup, where the memory has already reached the limits of the memory specifications even in the metro loop. Only the (quite loud) BIOS mod, which also noticeably cools the GPU, can convince here by higher achievable clock rates.īut this was not really the hanger for our first test in the Roundup, but the inflated temperatures in completely different places of the board. The normal mod by means of a thermal pad does not change anything significant at the temperatures of the GPU (and thus also the boost). We see that the boost clock rates at the original fan curve are analogous to the temperature of the GPU. Since these temperatures also have a direct influence on the boost and thus the achievable GPU clock, we push these measurements even further: We can see that the temperatures without the BIOS flash are very similar, which of course is also due to the old fan curve, which was only significantly tightened with the BIOS flash. In the idle, by the way, the hotspot of our measurement is outside the graphics card, where memory and GPU remain below the 40☌ markįirst of all, we look at the temperatures at the GPU diode for all three expansion stages of the thermal mod in our overview and compare this with the first measurement without mod. It can therefore be assumed that the temperature values measured in the following will also be reasonably representative and will represent the worst case. Our test demands the graphics card quite neatly and the power consumption increases to values that only a few games achieve on average in the long run. In our Pascal Roundup: GeForce GTX 1070 and GeForce GTX 1080 we reported in great detail about the EVGA GeForce GTX 1080 FTW and the cooling problems we identified.
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