How much trickery you have to do with the assembly and a repaste (or even better, graphite pads). I.e., how low you need to put the cpu throttle (disabling boost is the typical 'solution', quick and horrible, but it works, obviously). The question always is if you can do that at all. Then you could have higher temperatures on the cpu sensor for a moment or two, if the cooling is still keeping up. But like on the ryzen, there's no further trips until you reach whatever is set as max.īut you're on the right track - if you can get the external sensor (that also counts towards the gpu) to level off a bit before 85 degrees on nominal load, then you'll have normal boost-loads that might last a second or two to go on. 84 degrees, I think, is where things start to hestitate on Pascal. Your cooling should be capable of that, even if it's going to be toasty.Īnd what is going on with the graphics card is also involved here, so. But my guess would be that (like on the 5000-series) you could be able to tweak the normal tdp-level fairly low, and retain high boost tdps.

I'm not familiar with the 4800h, and can only guess. So you might not see very much difference on load. The temperature trip, if it is working, is only preventing a boost from continuing (so it'll turn to 'long boost' at that point - I think). is this the one with the rtx 1xxx-something super- cards?

Ryzen controller not working