Once we see hardware available that can handle 5+ 4k HDR to 4k SDR transcodes while burning in subs and handling HDR Tone Mapping just fine, the idea of keeping a 1080p copy around can finally begin it's death march. Quick Sync was introduced with the Sandy Bridge CPU microarchitecture on 9 January 2011 and has been found on the die of Intel CPUs ever since. And that can often mean transcoding 4k back to 4k resolution, for clients that can play 4k but not handle whatever the sub format is. The big hurdle these days still seems to be getting a bunch of transcodes done that include subtitle burning without slowing things down considerably. Quick Sync was introduced with the Sandy Bridge CPU micro-architecture on 9 January 2011. This encoder will take the job of encoding your video stream from your CPU and use the Intel integrated graphics card instead. Seeing that number get up to 20+ enters that range where people just stop counting because it blows past 99% of use-cases. Intel Quick Sync is Intel’s hardware video encoding and decoding technology integrated into some of its CPU's. Hopefully, I am wrong and dropping one of these in a rig with a reasonable CPU causes a massive leap forward with 4k transcoding. Just maybe not the leaps and bounds some might be hoping for. However beware that hardware acceleration can cause a number of problems such as ghosting in the video or reduced stability of Blue Iris. See this commit for more details, specifically because VP9 encoding is tied to the low-power mode (s) exposed by the iHD driver's VDENC interface (s). If your Intel CPU is 6th-generation (such as i5-6500) or newer, then you can use hardware acceleration for H.265 streams as well since around mid-April 2020 (beginning Blue Iris 5.2.5 or so). I think the good news is that Quick Sync is already a fantastic option for Plex, so even if ARC is just barely a step ahead that is still REALLY good. Intel's QSV VP9 encoder wrapper implementation in FFmpeg is only supported on Linux at the moment. Click on the drop down arrow and choose 'Intel Quick Sync'. I realize they're already expected to fall short compared to Nvidia and AMD for 3D rendering/gaming and whatnot, and Plex is a different thing, but I still have this hunch they will not be that much different than the Quick Sync hardware already packed into Intel CPU's. Now that we enabled your Intel Quick-Sync it's time to make sure the encoder is working in Overwolf: Open up your Overwolf settings (the little wrench icon) Click on the 'Capture' tab. I am super curious about this too, but my gut is telling me these things are going to be disappointing for Plex purposes. EVERY Premiere Pro User NEEDS to Know This - Hardware (GPU) Acceleration Tech Notice 12K views 1 year. Please go to the relevant subreddits and support forums, for example: This video shows how to enable and disable Intel's Quick Sync for playback and rendering. Build help and build shares posts go in their respective megathreads Buy ASUS ROG Maximus Z790 Extreme WiFi 6E LGA 1700(Intel®12th&13th Gen) EATX Gaming Motherboard (PCIe 5.0,DDR5,25power Stages,5X M.2,10&2.5Gb LAN,2xThunderbolt 4,USB 3. No referral / affiliate links, personal voting / campaigning / funding, or selling posts Welcome to /r/Plex, a subreddit dedicated to Plex, the media server/client solution for enjoying your media! Plex Community Discord Rules Latest Regular Threads: No Stupid Q&A: Tool Tuesday: Build Help: Share Your Build: Submit Troubleshooting Post Files not showing up correctly?
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