Virtual monitor for quicksync9/3/2023 ![]() The cpu temp in the HW monitor shows that the cpu temp goes down, not up. I haven’t figured out this one yet as both the cpu and the iGPU are on the same chip. Mpeg-2 hardware encoding is not available in the Nvidia.ĭVD and Blu-ray disc authoring and creation using Mpeg-2 can again use the Quick Sync.Įnabling Quick sync in production of h.264 and h.265 will lower the cpu utilization and the cpu temperature monitored while speeding up production. One can use Intel Quick Sync to do the hardware encoding if desired. The intel iGPU is very useful and should not be disabled in the bios for Nvidia card users in my opinion. You have plenty of ports on that nvidia card, use them.ĭisable that Intel GPU either in BIOS or in Windows. Quote Why would you still keep the Intel GPU active on a desktop with an RTX card inside? It just takes power and adds heat to the CPU die (posibly throtting the CPU earlier). Of the 4 combinations, 3 show nVidia hardware on the About screen but 3 show Quick Sync on the Produce screen (only 2 are viable).Īll of these are with the Win10 Graphics performance preference tool (to select high power and low power GPUs by app) unchanged from the default of no apps selected - this is only what happens when the monitors are connected to different GPU ports.ĭS365 | Win11 Pro | Ryzen 9 3950X | RTX 4070 Ti | 32GB RAM | 10TB SSDs | 5K+4K HDR monitorsĬanon Vixia GX10 (4K 60p) | HF G30 (HD 60p) | Yi Action+ 4K | 360Fly 4K 360° ![]() There is also a virtual monitor that requires an out-of-sequence monitor order: The final configuration is the worst, with opposite information on the About and Produce windows and the hardware produce option completely unavailable. Here PD detects the nVidia card but shows Quick Sync for producing. The problems start when the monitors are connected to different GPUs. The second image is with both monitors connected to the nVidia GPU, and everything here is normal as well: The first image is when both monitors are connected to the Intel iGPU, and everything works as expected: The monitor that PD is displayed on is shown in blue, and sometimes there is a 3rd (virtual) monitor that Windows created but that I've disabled. I combine that with PD's About screen and the available producing options. ![]() In each of these screenshots, I show how Win10 lists my monitors and note which GPU is active. However, if I have one monitor connected to each GPU, PD cannot accurately determine which GPU to use and displays incorrect logo information when compared to the producing options. When both monitors are connected to the same GPU, PD behaves as expected: The logos on the About screen match the GPU and the hardware producing options for that GPU are available. I have 2 monitors connected through HDMI switches to my desktop, and I can run either monitor from my Intel UHD Graphics 630 GPU or my nVidia RTX 2070 GPU.
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