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With a dual fan cooler card like that though, you might be able to see better temps on the 1080. Try at night time when ambient is cooler and work on your airflow or something.
both, GPU-Z and FurMark showed the same value, so i doubt it.
Installed MSI Afterburner. Same value.
Made another test an it pretty much "stuck" at 82 degree celsius, which isn't really nice :/
So...i watched that the "max. heat amount" is set to 83degree celsius in MSI-A.
So i just decrease the value and i should be good to go?
What exactly do you mean by GPU temperature is limited to 62C by the manufacturer? The monitor turning off could have been because your drivers were nearly a year old. Do you experience the same problem with the game now? If so, you could try another cable or plugging the monitor into a different port.
I checked the GPU temperature (while doing a stresstest) with GPU-Z back then and noted that it never went higher than 62 deghree celsius.
The fanspeed seemed to be set to go as high as needed to make the heat not exceed 62 celsius.
i just wanted to check it out.
I set the max temerature to 75celsius (power limit went down to 83%) in MSI-A.
still pretty much 1800MHZ, which isn't that bad^^
I edited the fan-speed curve (100% fanspeed at 80celsius, just in case)
so, im going to play and check for possible graphic-bugs and...of course temperature
til now no bugs, themperature is at max. 75degree...GPU @ ~1800MHZ
Framerates also not that bad
seems to work....but i still have no clue what went wrong :/
That is not the temperature sensor, but cards current settings!
Display turning off could also be caused by a faulty / crappy PSU.
And / or you did OC the card, insufficient GPU cooling, insufficient case cooling, etc. etc.
Use the sensor tab in GPU-Z, and activate logging.
No OC by me.
However, it's actually very hot outside atm (for german standard, ~30degrees celsius)...also inside my house it's just slightly less hot....maybe this played a role.
Most 1080's should get 2000-2100MHz pretty easily. And mid 1900's - 2k just on its own turbo.
Edit.
Also, it's summer, stuff will run hotter, even under water my cards are up a bit.
I have not changed any clock speeds or fan profiles.
There ok to run a little warm
case air enters the back of the card, goes over the gpus vrm area, then flows over the gpu heatsink and out the rear vents which ther are not many due to all the connectors on the card
after using a gtx 260 with blower, i decided never to use one of those again unless for top card in sli/cf
near 80 is warm for a 1070, check fans, vents, and airflow
So probably due to its size
From ALOT of testing, the largest drops in potential boost clock happen at around 50c and then at around 80c, though, it will only ever reach its true potential right down in the 20's without LN2, mind you, even under water, I have had very limited testing with my temps in the 28-35 range as frankly I need more cooling to stay there than my 2 480mm rads can provide.
Edit.
As an idea of the difference, at around 30c my cards will boost to 2088MHz each, above that they tend to sit at 2076MHz, though silicon lottery plays a big part, I had one card (with faulty memory sadly) that would sit at 2150MHz on air at around 70c!!!, Though that mayor been one of the fastest 1080ti pieces of silicon in history, I shed a tear when I had to replace it lol
Throttling is when the card is trying to save itself from damage and the clocks will jump off a cliff to protect itself.
As long as a component is within operating temperature range, it's perfectly safe and it is very hard to say how it will affect its life, in reality it's maybe 10 years instead of 10 and a half etc.