removed
I laughed way too hard at this... at the office... surrounded by people.
The standard settings should behave exactly like WattMan settings. The I2C settings get lost when the system is shut down.
I limited the value to 40 x 6.25 mV = 250 mV but never tested such extreme values.Also what is the highest offset possible for core voltage (vddc).
Some tools suggest -/+ 200 mv?!
Is there actual software access to the memory VRM?What about mvdd voltage control.
Ok, thanks. So i assume, only the card driving the display is "active". Can you change settings of your second card with the "6/6/..." entry selected?
I dont have the full datasheet of the IR3567B. -1 could equally well be 255 if the value is unsigned.what about negative voltage offsets?
It seems with that 6/6/.. selected and below, its random when the second card appears...
OverdriveNext is the API for Wattman. I use ADL2_Overdrive_Caps to check whether Overdrive is supported and enabled. Thats probably not working correctly. The SDK sample does not check these flags.Originally Posted by Snipie-PT
It seems with that 6/6/.. selected and below, its random when the second card appears...
Sometimes it gives an error saying 'OverdriveN not enable or not supportet on this adapter!" in let's say for example, 8/8/2/0, but if I select again that setting it may show the second card or not... It's really random...
Sorry for the late response, I was out!![]()
So i assumed, that accessing a GPU through ADL always wakes it up. But who knows what "proper channels" actually means.Some GPUs enter into various power savings mode when not in use, and during this time, direct access to the GPU can result in failures. Access through proper channels (such as via ADL) always works because the software accounts for the GPU's accessibility. However, direct access outside of authorised mechanisms may fail. Use this API to find out if the GPU is currently accessible or not. If API returns GPU accessible, this status will be maintained for 2 seconds.