How to fix the perfomance state? I have ROG-STRIX-GTX1080-O8G-11GBPS card with 11GHz memory clock, but every time I start any app card enters P2 state and memory clock falls to 9GHz. The only way to put it back to 11GHz is to set an offset, but it applies to all perfomance states and closing the app switches card to P3 state with 13GHz memory clock which hangs the entire system.
Guys, this is not an overclocking, I just want to achieve factory clocks I paid for. What’s the problem?
I have 2 cards (ASUS ROG-STRIX-GTX1080-O8G-11GBPS and ASUS ROG-STRIX-GTX1080TI-O11G-GAMING). As soon as I start any CUDA app and card enters compute mode it lowers memory clocks from 11GHz to 9GHz for 1080 and from 11GHz to 10GHz for 1080Ti.
Can I get nvidia bug report log file as soon as issue issue hit? >>The only way to put it back to 11GHz is to set an offset
What offset values you are setting for for graphics and memory when issue hit? >>closing the app switches card to P3 state with 13GHz memory clock which hangs the entire system.
Did you see any error when hang entire system?
Can I get nvidia bug report log file as soon as issue issue hit?
Where can I get it?
What offset values you are setting for for graphics and memory when issue hit?
For 1080: +2000 MHz for memory, GPU clocks left untouched
For 1080Ti: +1000MHz for memory, GPU clocks left untouched
Did you see any error when hang entire system?
No, system hangs without any errors and log messages. Under Windows I can see only visual artefacts when it hangs if card was connected to monitor.
Please always include a copy of an nvidia-bug-report.log.gz file, which can be generated with the nvidia-bug-report.sh script shipped with the NVIDIA Linux/FreeBSD graphics drivers and installed in your PATH; the log file will be placed in the current working directory.
Attaching 2 reports:
cuda.log.gz was made when both cards were in compute mode
idle.log.gz was made when both cards were in idle state cuda.log.gz (260 KB) idle.log.gz (260 KB)
