I do have a hunch though, and it’s those large 5 milliOhm resistors on the back of the motherboard, under the foil stickers. The sensor traces went under the board and between layers via microvias. I’m not even sure where those shunt resistors were exactly. Was it the traces located between the PCB layers? Was it the soldering on those shunt resistors? The unfortunate thing about all this is that I have no idea where the failure was, and what caused it.
#Gpu z perfcap reason pwr mod#
Power consumption: “3 watts” after shunt mod (bypass). Differential is essentially 0 volts and common-mode is whatever the GPU supply voltage is. Around 1 watt idle and 3 watts under load.Īdditionally, the mod is within spec of the INA3221, found in page 5 of the datasheet. However, due to the methodology, the sensed power consumption was ridiculously low. In conclusion, the shunt mod worked and clock speed was back to normal.
#Gpu z perfcap reason pwr install#
I am wondering if I had missed anything during my install that may be causing this? Or know what I can do to fix this? When the fps goes back to normal for a couple of seconds at a time, the core clock goes to 1.4ghz, the perfcap reason changes to idle, and the voltage goes up to 0.8750 Its interesting, because when the framedrops happen, the clocks drop, the perfcap reason is pwr and the voltage drops to 0.7620 My PerfCap reason seems to be Pwr, but I also notice that my GPU voltage is 0.7620. I shouldn't be thermal throttling on either the CPU or GPU (unless someone can advise me otherwise)
#Gpu z perfcap reason pwr 1080p#
New to NBR but have been lurking for a while, and have just installed GTX 1070Euro, which looks to have installed fine, but I have an issue where my clocks seem to be dropping.ġ070 Euro on a 60hz screen (upgraded from a 780m)Īs you can see from this screenshot (running 1080p on epic)