I love the idea of that feature, but it is not at all reliable in my experience.
DaGeek247 of https://dageek247.com
I love the idea of that feature, but it is not at all reliable in my experience.
Last I heard was that the steam deck wasn’t getting a version 2 update until there was next gen hardware to match it. Gaben isn’t a big fan of regular sub five percent hardware refreshes that other companies are happy with.
Might be a name thing though. They did the OLED update, but it’s not called the steam deck 2.
Your best bet is the nvidia sheild. Osmc does not do well with DRMed streaming services at all. I struggled to make youtube work on it.
Craft computing has been chasing this for several years now. His most recent attempt being the most successful one. https://m.youtube.com/watch?v=RvpAF77G8_8
They’ve changed their error message. Now they’re just fucking with us.
I like / use fitotrack (on the rare days i go out for runs). It has altitude / height of my runs, as well as custom exercise setups, and local exercise data backups. I’m quite happy with it as a tool for tracking cardio.
Used latitude.
If you want a live conversion and can’t afford the >100$ it would cost to grab an ssd for a scratchdisk, you might also look into using vlc to grab the video stream from source camera, and encode it out to somewhere else, such as a webserver.
https://wiki.videolan.org/Documentation:Streaming_HowTo/Receive_and_Save_a_Stream/
You might also need a script to make sure it’s always up.
Alternatively, there’s a good chance that zoneminder will be able to do what you want with just a little tinkering. https://zoneminder.com/
From their website;
OARS relies on honest answers from upstream projects and is purely informational.
Gotta admit, despite being bi, i still avoid most m/m stories on the amateur writing sites i follow. Shit gets weird fast.
Gpu encoding is terrible for anything that isnt fast encoding speeds. Best to use the cpu since this isnt for a live environment.
I csn’t speak to your last requirement, but nunti promises your own custom adaptive learning rss feed.
If server A makes one request, it keeps server B from being overload by thousands of requests from users A.
Both. How quickly a server can send a webpage with images (even if they’re small) is directly proportional to the storage mediums seeks times. The worse the seek times, the less ‘responsive’ a website feels. Hard drives are a terrible location to keep your metadata.
The server scan will search for the files, look them up and grab metadata, and then store that metadata in the metadata location. If your metadata location is the same spot as your movie, it will cause some major thrashing, and will significantly increase the scan time for jellyfin. Essentially, it gets bogged down trying to read and write lots of tiny files on the same drive, the absolute worst case scenario for a hard drive to have.
If the movies are on a hard drive, and the metadata on an ssd (or even just a different hard drive) the pipeline will be a lot less problematic.
You can significantly speed this process up by putting the cache folder on an ssd, instead of the same hard drive the videos are on.
Skipping the audio encode from a blu-ray will lose op out on a surprisingly large amount of space, especially with 110 source disks. I checked one of my two hour blu-ray backups. Audio will net you about nine audio tracks (english, french, etc). A single 5.1 448kbs audio track will take about 380MB of space per movie. Multiply that by nine (the number of different tracks in my sample choice) and you’ll get 3420MB per disk. That means about 376GB of space is used on audio alone for ops collection. A third of a terabyte. You can save a lot of space by cutting out the languages you don’t need, and also by compressing that source audio to ogg or similar.
By running the following ffmpeg command;
ffmpeg -i out-audio.ac3 -codec:a libvorbis -qscale:a 3 small-audio.ogv
I got my 382MB source audio track down to 200MB. Combine that with only keeping the language you need, and you end up dropping from 376GB down to 22GB total.
You can likely save even more space by skimping on subtitles. They’re stored as images, so they take up a chunk of space too.
I did a comparison trying to find where my personal “good enough” and techinically indistinguishable crf levels were at a little while ago. It may be worth looking into as a start. I’ve never really touched hdr before though.
God no. X264 is way worse than x265 is way worse than av1 for quality by size.
Yes, everything made in the past 15 years can do x264, but that does not mean it is a good idea. Only do x264 if you have a specific device that needs it. Otherwise, x265 is a better choice for long term storage.
It’s open source, so you’re right, it won’t. I use mine as a jellyfin box.
There’s at least one for sale; https://osmc.tv/vero/
Yeah, it took me about that long to get my regular websites working right too. And then i had to reinstall for unrelated reasons and all that customisation was gone.