• 0 Posts
  • 252 Comments
Joined 2 years ago
cake
Cake day: July 2nd, 2023

help-circle


  • That’s only local (unless you‘ve set up your pihole to be accessed from outside your home network already). Locally you can easily access jellyfin from any device

    For remote access to Jellyfin you will need your public ipv4 address or a domain that points to it. Since in most cases your public ip isn’t static (unless you specifically pay for that), you’ll need a dynamic DNS address that regularly updates the ip address your domain points to. In case of duckdns you’d have a url like example.duckdns.org that always points to your ip.

    If you are unlucky however and only have a public ipv6 address (Dual Stack Lite; highly depends on where you live and what provider you have). I haven’t found an easy free solution to still getting remote access. The easiest I’ve found is getting a domain from cloudflare and using their tunnel. Worked well and I happened to have a domain already. Streaming media via Cloudflare’s tunnel is technically against their tos though.

    There are probably more elegant solutions but I have switched to a different provider since, which does offer an ipv4 address so I didn’t need to look into that any more.















  • No, HDR can’t make your monitor brighter than it is. But it can take full advantage of the brightness and contrast of modern displays in a way SDR cannot. In almost every case HDR looks better than SDR but brighter and/or more contrasty displays take the most advantage.

    In a more technical sense, SDR content is mastered with a peak brightness of 100 nits in mind. HDR is mastered for a peak brightness of 1000 nits, sometimes 2000 nits and the resulting improved contrast.

    If you don’t watch movies in HDR on a modern TV, you’re not taking full advantage of its capabilities.


  • That’s incorrect. While it can be assumed that HDR content supports at least 10bit colour, it is not necessary for monitor or content. The main difference is contrast and brightness. SDR is mastered for a brightness of 100 nits and a fairly low contrast. HDR is mastered for brighnesses of usually 1000 or even 2000 nits since modern displays are brighter and capable of higher contrast and thus can produce a more lifelike picture through the additional information within HDR.

    Of course you need a sufficiently bright and/or contrasty monitor for it to make a difference. An OLED screen or displays with a lot of dimming zones would produce the best results there. But even a 350nit cheap TV can look a bit better in HDR.