264 profiles supported by Quick Sync - Intel Communities Quick Sync is a dedicated hardware core on the processor die for h. john deere gator 835m speed limiter removal pontoon boat for sale near fredericksburg va paseo del rio apartments facebook help center recover account. 265 processes information using coding tree units (CTUs). Bandicut supports the hardware-accelerated H. 264 encoder]: General capabilities: dr1 delay hardware. 264 encoder and stop the recording, it would just stay in "stopping recording. As próximas CPUs Ivy Bridge incluirão a próxima geração do Quick Sync. Remember that GMA 500 doesn't count since Imagination Technologies developed it for Intel. Quote: If you cannot see any speed improvement, Intel Quick Sync doesn't work.Quick sync h 264. Let's use GPU-Z application to see Intel GPU loading and paralelly see on the CPU loading.
#I7 quicksync Pc
I sent trouble ticket to Cyberlink because on my PC Quick Sync works when I PRODUCE clip, doesn't work when I CREATE folder. However it's strange the way it happened.
#I7 quicksync registration
I installed a copy of Media Espresso and when I went to run it asked for a registration number. Intel core i7 with quicksync registration# So I collected that from my Cyberlink account and inserted all ok. I ran a couple of test with Media Espresso and it crashed ! I finally got it to work with a small file and all seemed ok. I then ran PD11 and used my test file and lo and behold the Intel QuickSync hardware option showed up !!! I used GPU and watched the % and it rose to 72 % and was very fast.more tests to be done. However it also crashed, Tried 3 times and crashed each time. I then went into the BIOS and slowed the MAX iGPU rate to 1250 from 2000 and it now works perfectly.at least for now.
I see that your board has heatsinks on the VR, maybe that also makes a difference? I need to do some tests to determine how much faster it works.Thanks for your explanation/suggestions! It is the DQ77MK. Yes, the temperature is not as hot as stated and the stated temperature jumps from normal (30 something) to 90+ within one second.īut i heard that if the temperature sensor is build into the component / part of the same semi conductor then the internal temperature might really be as high and jump as quickly and that the packaging might lag behind and also not heat up as much if it has a much bigger surface area. In any case, I took a close up look at the VR components that are visible (2 of the (6?) phases in the top). What i noticed was that the chokes heat up more than the mosfets. But of course temperatures are again nowhere near stated. See: Īlso checked out the PWM controller but it also only hovers around 39C. I guess I will try to make a simple app using the media sdk to repeatedly encode a sequence of randomly pregenerated frames, hoping the get the gpu usage as close as possible to 100%. Then i will just let that run for a week to see if something happens. įorgot to mention, the QuickSync Load (GPU-Z GPU load percentage) varies greatly with the content of the video. If it is <80% the indicated temperatures will stay <75C. Only above 80% does the indicated temperature go above 90C. However, since the temperature jumps to those above max temperatures very quickly and the external components that i observer do not show such a significant temperature increase, cooling the outside of the components would like not make much of a difference. Maybe the packaging of the affected component is acting as an insulator and so that the component core has to heat up much more before sufficient heat transfer can be archived to keep the core at a constant temperature.ĭue to my large CPU heatsink i was not able to observe all VR components as they are mostly arranged around the CPU socket. I also no not know which VR components are responsible for the integrated graphics voltage, if it the same as the CPU and over how many phases it is balanced.
#I7 quicksync series
Intel core i7 with quicksync series#īut since the components that i did observe did show a temperature increase (albeit not nearly as much as is shown) i do believe that i captured/viewed at least some of the phase components that are affected.Īnother thing that i am wondering about is if other 77 series mainboards have the same internal temperature rise in the vr but that no one noticed because no tools are provided to read out the temperatures. Next to the VR though, i also noticed that components on the left center (vertically) also visibly heat up quite a bit. I did not know what those components are but i did notice that the AMT features like KVM. IDE redirection and power control fail to respond after some time when the system has been running.
Intel core i7 with quicksync registration#.
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