Now the iOS version of Plex actually does handle these correctly. XBMC does the same thing, and with Plex being a fork of XBMC, that's where it started. Most people don't notice it, but it's actually off by 20% in width, and you have to make an adjustment in the "Pixel Ratio" setting to correct it. One other thing that irritated the living **** out of me was the bizarre way Plex handles anamorphic rips that don't have square pixels (DVDs most typically). All these helped out quite a bit, but I still had occasional laggards and eventually had enough. It was actually quite amazing the difference that made. I saw some improvements by defragging the media drive (it was 60% fragmented… I kid ye not!) sticking to mounting with AFP (SMB and FTP both proved slower) and by utilizing an interesting tip I read to use WPA2 in the security settings. I have a Time Capsule and everything is 802.11n compliant. That will usually bypass the need for transcoding. Unfortunately, Plex Server hardware can be expensive, electricity intensive, or both. I tried every trick in the book, and then some. Plex Media Servers are great for storing and accessing all your movies, tv shows, and other media. For what Blu-Rays cost, and as unlikely we'd watch anything in particular more than once or twice, it just isn't practical to buy and the iTunes rentals look much better than people who judge solely by the specs give them credit for. We decided to stop buying Blu-Ray movies and stick to iTunes rentals. The higher the quality is of the source material… the better a downsized version of it will be. Apple's videos actually do look better than a 720p video ripped off a Blu-Ray because they are getting their media from a source well in excess of 1080p. Of course bitrates have an effect too, as does the quality of the source material. At a viewing distance of 8 feet, the human eye cannot resolve the additional detail of 1080p over 720p unless they have at least a 50" set. And most people are overly hung up on 1080p vs 720p. Well to be honest I've only watched about 15 minutes into it, but watching the streaming progress bar and the ATV just manages to cache ahead of the stream.īut anywho… the point I'm leading up to is that these are largely limitations to the hardware, not simply being "Apple's way". I have one… lesse… a 7GB movie that actually plays flawlessly at a bitrate of 8883 Kbps at 720p. And it supports higher bitrates than you'd think. And only if the bitrate isn't too extreme. *ahem* Actually… the ATV2 will play 1080p videos, though it will only output to 720p. There will be bugs but she seems committed to moving forward with this venture.ĮDIT : More playing and i can watch the live stream video from the web now. No other Codecs to try out.Īll in all i like it a lot.When the movies are playing i never once got lag, froze or stuttered. Want worry me too much as i dont Stream a lot of content like that or watch a great deal of Videos in that way (Aust being our dowfall)Īudio I had a good showing by streaming. The one problem i did find was for the life of me, i couldnt get to stream video from the net, by entering its URL ? Hmmm Is a known bug i thought i read. Yes like the Video i posted above, you get the *error* 95% of the time but press menu and click the play button again. Even though it is still in the Alpha stage it works well enough to keep me happy. Modern QSV cpu's support 4K HEVC (h265) HDR transcoding which will allow your server to handle UHD media smoothly to a wide range of devices.I do very much like this. Transcoding UHD 4K videos is not really feasible in CPU alone and would nearly always require GPU Acceleration.Īn Intel CPU w/QSV and a PlexPass will open up hardware transcoding, this will reduce power consumption dramatically when transcoding, and increase the maximum transcodes you can handle several times over. It got me thinking, I have this home media server with an abundance of extra RAM (32 GB total. I decided to try it out and indeed the RAMDisk I made benchmarked at over 5 GB/s read and 6 GB/s write speeds (my SSD's get 250+ MB/s). This can be done entirely in any modern CPU for H264 HD content, at the expense of more power consumption, multiple simultaneous transcodes will be an eventual bottleneck depending on specs. Hey all, I just recently stumbled on an article that made me feel like I was back in 1994 again and it was about RAMDisk's and how much faster they are than SSD's. You might also need to transcode to your local TV's to use some subtitle formats if your devices need them burned in to the video. If you want to stream to remote or portable (cellular/wireless) devices, you'll want the ability to transcode down to a bitrate that can accommodate the varying networks and display sizes. Depends, if you have good local clients with wide codec support most all video can be direct streamed w/no transcoding and no big CPU requirements, infact a Raspberry Pi can manage this.
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