Firstly, the graphic settings for GPU affinity are now managed by Windows, not by nvidia. By default, for PD, it chooses the power saving Intel GPU. So I have tried to add the PD executable to the list. Didn't work, I have added the GPU Utility Checker. No luck. Then, while running the "Optimization" feature in PD, I snooped to see what exe is used. I noticed the "Rafiki Agent" being called, so I have added that to the list too.
That was the winning ticket! Add all three of them like in my picture and you'll be good to go.
Now the redering on the test laptop is done with nvidia hardware encoder, not intel one.
More, contrary of everything I saw on my desktop, it looks like Cyberlink switched back to using the CUDA cores for h264 encoding for gaming laptop situation!!! That's a great step ahead, but their instructions how to use it are lacking.
As a note, I don't have hardware h265 encoding available in PD on this laptop with nvidia switched on.
Since my GTX950M is a GM107 based card, it has NVENC capable of h265.
So I think this is a limitation of Cyberlink's CUDA encoding software.
As a comparation, the Intel HD530 was capable of hardware encoding in h265, by using the 3D cores inside that GPU.
This was the usage during PD "Optimize":
Now I have nvidia GPU encoding (h264, 4K), using the CUDA cores.
Former setting, with Intel doing the hardware encoding (h265, 4K here), using it's 3D cores. Half slower than nvidia, but at least can do h265):
Filename | nvidia.JPG |
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Description | ||
Filesize |
195 Kbytes
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Downloaded: | 5 time(s) |
Filename | windows settings.JPG |
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Description | ||
Filesize |
72 Kbytes
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Downloaded: | 6 time(s) |
This message was edited 9 times. Last update was at Mar 20. 2021 15:20