For the record, 100 Mbits is 12.5 Megabytes, or about 12,207 Kibibytes, so you’ll want to limit it to maybe 6,000 Kibibytes for it to be around half.

Same. It’s nearly as good as having a full laptop in my pocket wherever I go, given the Fold series’ top-end specs and the nice big screen.

Hard links are a built-in feature of basically every modern filesystem. The bigger question to me is, why aren’t hard links working for you?

Aw man, lame. I guess Pixel Fold is gonna be it

I would love this. Motorola’s Android is one of the most vanilla. I’ve had a fold for 4 years now (first a Fold 2 for 3 years, now a 5), but I would love if another brand could equal it, because Samsung phones have a lot of bloated crapware on them that does irk me. A revision of the Pixel Fold would also be adequate, but historically Motorola’s been my favorite of the major phone brands for their clean software experience

If you’re on mobile, the app Streamyfin for Android and iOS is fantastic. Handles downloads, transcoding, great UI, and it even integrates with additional third-party tools that enhance it further, like Jellyseer.

I don’t use OMV but I do use MergerFS + SnapRAID. Works great so far.

360 is something like 5-10 years behind PS3 in terms of emulator development. RPCS3 is quite good with very high game compatibility and it natively supports mods and such.

They’re using Plex for friends and JF for themselves, if you read the comment you replied to.

I don’t have backups, but I do have a 14TB parity drive in the DAS, using SnapRAID to update it nightly.

The transfer speed of the USB connection is higher than my ethernet speed, so it never bottlenecks me.

I use an M1 Mac Mini running Asahi Linux with a USB 3.0 4-bay enclosure. Works great so far.

IMO, if you want the beast deals right now on a 12+ TB HDD, you should use serverpartdeals.com instead. I’ve got 2 manufacturer recertified 14 TB enterprise-grade drives from them and it was way cheaper than buying any 14 TB external drive.

They’re still mounted individually, so you do RAID5 or ZRAID on them, same as if they were internal. You can potentially be bandwidth-limited since USB 3.0 has a 5 Gbps speed limit, but realistically only for reads and you’re still fine in terms of overall performance since they’re all spinning disks anyhow and 5Gbps is fast enough for any media server/NAS unless you’ve got a 10-gig LAN/internet connection and feel the compulsive need to saturate it.

I’d recommend a DAS setup (just a 4-bay USB 3.0 or better hard drive enclosure) with a server with any modern Intel CPU in it.

Dunno. My point was just that it’s an easy change, so presumably if you care you could figure it out pretty simply

The transcodes folder exists by default and the cleanup defaults to daily, I think. You’d only need to mess with the configuration for transcode caching if you want them to stick around for longer

I use QSV hardware acceleration with Low Power h264 and HEVC encoders enabled, plus VPP tonemapping on Jellyfin. I have Prefer OS Native DXVA or VA-API decoders checked (apparently this is needed for VPP tonemapping) and also Enable Tone mapping checked so it can fallback onto OpenCL if VPP doesn’t work. Thread count set to Auto. Preset is set to medium. h265 encoding CRF of 25, h264 encoding CRF of 23 and I have Throttle transcodes enabled, which seems to increase the number of videos I can have transcoding at once due to not transcoding more than necessary whenever a player has enough buffer for the moment.

This is on the latest Jellyfin linuxserver.io container with the OpenCL-Intel docker mod.

Also, not sure if this is a factor but I’ve got 16 GB of single channel RAM on it and I use a USB-mounted SSD for my cache and transcode folders. In the past I ran into bandwidth issues by having my transcodes be on the same drive as my media.

I get 4K HDR to 4K SDR tonemapping plus 7.1 Dolby TrueHD to 2.0 AAC transcoding at 70-75fps with my setup.

Transcoding of 4K down to lower resolutions is even faster. 4K HDR to 480p SDR runs at 191fps.

I took a look at the benchmark script those results are from and compared them to the ffmpeg commands auto-generated by my Jellyfin server for actual transcodes.

Here’s how the command to transcode a 4K HDR 10 bit HEVC with 7.1 AAC audio to 4K SDR h264 with 2.0 AAC audio looks on my machine:

/usr/lib/jellyfin-ffmpeg/ffmpeg -analyzeduration 200M -init_hw_device vaapi=va:,kernel_driver=i915,driver=iHD -init_hw_device qsv=qs@va -filter_hw_device qs -hwaccel vaapi -hwaccel_output_format vaapi -autorotate 0 -i file:"/Films/Man of Steel (2013)/Man of Steel (2013) Bluray-2160p Proper.mkv" -autoscale 0 -map_metadata -1 -map_chapters -1 -threads 0 -map 0:0 -map 0:1 -map -0:s -codec:v:0 h264_qsv -low_power 1 -preset medium -look_ahead 0 -b:v 7616000 -maxrate 7616000 -bufsize 15232000 -g:v:0 72 -keyint_min:v:0 72 -vf "setparams=color_primaries=bt709:color_trc=bt709:colorspace=bt709,scale_vaapi=format=nv12:extra_hw_frames=24,hwmap=derive_device=qsv,format=qsv" -codec:a:0 libfdk_aac -ac 2 -ab 384000 -ar 48000 -af "volume=2" -copyts -avoid_negative_ts disabled -max_muxing_queue_size 2048 -f hls -max_delay 5000000 -hls_time 3 -hls_segment_type mpegts -start_number 587 -hls_segment_filename "/transcodes/53a1ea6d1a7a34b888e73230f9ff04e2%d.ts" -hls_playlist_type vod -hls_list_size 0 -y "/transcodes/53a1ea6d1a7a34b888e73230f9ff04e2.m3u8"

And here’s the command that benchmark runs for 10-bit HEVC:

/usr/lib/jellyfin-ffmpeg/ffmpeg -y -hide_banner -benchmark -report -c:v hevc_qsv -i /config/ribblehead_4k_hevc_10bit.mp4 -c:a copy -c:v hevc_qsv -preset fast -global_quality 18 -look_ahead 1 -f null - 2>/dev/null

So I’m gonna go out on a limb and say there’s a major difference in configuration between the two. Setting global_quality to 18 is kind of absurdly high quality for hardware h265 encoding. You can easily get away with 28 for “good enough”. My setting of 25 for the CRF of h265 encoding is already edging into placebo territory for most videos. That’s all without considering the impact of low power mode, extra_hw_frames, etc.

You can easily do smooth 4K HDR transcoding with any modern Intel CPU with integrated graphics.

I have an Intel N100 and it can probably handle 2-3 4K HDR transcodes at once. Definitely more if they’re being transcoded down to lower resolutions. Encoding is the most intensive part of the process.

Yeah. Linux, Mac, and Windows are all officially supported by the Jellyfin server project. Everything else is not.

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