Writing about owning your music: local-first playback, lossless formats, keeping a large library in order, casting it around the house, and building Digr.
Apple documents what the Music app does to a file you own — copies it, files it under artist and album, renames it when you edit a tag — and documents how to stop all three. That is the comparison, and it is not the one the query implies.
Both run on the same Mac, both are free, and neither needs a server. The axis is configuration — and the honest finding is that foobar2000’s legendary component ecosystem is a Windows ecosystem, while its built-in macOS feature set is still far larger than Digr’s.
For most people reading this there is no choice to make: MusicBee has no macOS build and Digr has no Windows build. The interesting comparison is the one underneath — a manager that organises your folder against an index that cannot touch it.
Two native Mac players over the same folder of files. One of them can edit your tags and write them back; the other has no write path at all. That single difference decides this for most people, and it does not decide it in Digr’s favour.
Six of the first ten results for this query are forum threads, one of them titled “Why Audirvana Sounds Better Than Roon”. This page answers the part that can be checked instead — architecture, reach, the output path, what happens to your tags, and what each costs over five years.
Both keep getting called server software, and only one of them is. This compares what each vendor currently publishes — media types, endpoints, DSP, licence models — and refuses to invent the JRiver upgrade cadence that every multi-year cost figure depends on.
Every result page for this query still compares a product called Audirvana Plus, which Audirvāna no longer sells. The current products are Studio and Origin, and for the most common objection the answer is one of those two rather than a competitor.
Nearly everything opens a FLAC. The difference between these ten is what happens to the other nine hundred and ninety-nine files — whether the player writes tags, reads ReplayGain, and what it sends to a speaker.
Free and open source, freeware, sponsor-gated binaries, a free tier, a free trial and a free client for a paid server are six different things, and every page ranking for this query calls them all free. Prices checked the day this was published.
Half the results for this query are Android apps. Of the rest, none says which applications write to your files, which need a server running before you hear anything, or what the second year costs. This one does.
Two of the three best answers to this query are not music players at all, and the results are shared with sample-library managers, disc-cataloguing tools and DJ software. Sorted here by the only question that matters — what does it change on disk.
The first screen of results for this query is two forum threads, a video and a directory page, and not one of them states a track count, a machine or a method. This one states what each vendor publishes, quotes it, and says which products publish nothing.
Three of the six pages currently answering this question are published by companies that sell a music player. Here is the same shortlist with the vendor’s own requirements page beside every claim.
“Supports Chromecast” describes at least five different arrangements, and which one a product implements decides whether your FLAC arrives as a FLAC. Nothing ranking for this query draws the distinction.
Both index a folder of files you own, and that is close to the whole of the overlap. This is the comparison Digr loses most heavily — eighteen rows to two — and the reason is that the two products are built around opposite things.
JRiver does audio, video, images, television and documents across three desktop platforms on one licence. Digr does music on one platform. Breadth is not a flaw and narrowness is not a virtue — the question is which one matches your job.
Does your music have to reach a device that is not the machine holding it? Answer that and the rest follows. Plexamp is a client for a library that lives somewhere else; Digr is a player with nowhere else to be.
Nobody is searching for this comparison — asked for it, the web returns a page comparing Digg with RocaNews. It exists so the facts are somewhere, and because a table with a row labelled multi-room cannot leave Digr’s absence implicit.
Every page ranking for this query is a tag-generated software directory recommending Kodi, PlayerFab and mobile players in the same list. This one asks which half of JRiver you use, because that single question decides the whole answer.
Every page ranking for this query opens on a list of servers. None of them asks first whether you need one — so this one does, with five questions, and sends about half of its readers away without a server.
Half the people asking this want a different server and half want to stop running one, and every ranking page merges them. Plex's own FAQ also says the remote-streaming changes do not affect music, which removes one common reason for leaving.
The first two results for this query are Roon's own forum, and everything below them is a directory farm suggesting VLC and PowerDVD. Sorted here by the thing that is actually annoying you — including the two cases where the answer is to stay.
A file hash proves two files contain identical bytes. It proves nothing about whether they contain the same music. Here is the gap between those two questions, measured on real files, and what to do about it.
Your files do not care where they live. Everything that indexed them does. Here is the order of operations that gets a library onto an external drive without twenty thousand missing tracks at the end of it.
The silence between your album tracks was put there by an encoder and should have been thrown away by a decoder. Which link in the chain kept it is the whole diagnosis.
The measurement goes in a tag. The samples are never rewritten. Which is why the interesting question is not whether to use it, but whether you picked track mode or album mode — and what that does to a record built around a quiet opening.
Push versus pull does not survive contact with the UPnP specification, which defines both. The axis that does hold is where the playback state lives — and everything a listener notices follows from it.
One cover, two storage mechanisms, and a resolution decision worth thirteen megabytes an album. Measured on real cover art rather than an assumed one-megabyte JPEG.
The decision at the ripper’s settings screen is not about sound. Two lossless formats decode to identical samples — here is the proof — so it is about metadata, tooling and what else has to open the file.
Your machine sends a URL and control messages, not audio. Everything confusing about casting — the sleeping laptop, the file that will not play, the gap between tracks — follows from that.
The common mistake is assuming a wrong display means a wrong tag. Establish which of seven things is actually broken, repair one album, verify it, and only then run the batch.
A layout is worth having because it is readable without software, not because a player needs it. Here is the default, the nine awkward cases, and the rules that keep a folder copyable between machines.
The arithmetic, with every assumption visible — and the distinction that changes the answer, between the size of a library and the capacity needed to keep it safely.
Not “streaming bad, files good”. Streaming wins on breadth, discovery and cost of entry. Ownership wins on permanence and control. The interesting part is where the two stop being comparable.
Double-clicking works until it does not. The interesting parts are the FLAC the Music app refuses, the Vorbis that will not play through the system stack, and the difference between opening a file and having a library.
“Higher bitrate is better quality” is only meaningful inside one encoding system. Here is what the number does in PCM, in a lossless codec and in a lossy one — with figures measured rather than asserted.
Not a website where people look up albums — a graph of identified entities that most tagging software is built on top of. The model, the identifiers, and the boundary with acoustic fingerprinting.
Two numbers, two entirely different jobs. Sample rate is a bandwidth decision and bit depth is a noise-floor decision — and neither of them is “resolution” in the way the word makes you think.
Three copies is the easy part. The part people skip is finding out, before they need to, whether the copies restore.
Twenty years is long enough for the software, the hardware and the shops to change. The files are the only part of it you control.
Read, decode, process, mix, convert, amplify, move air. Most of the chain is boring and correct, and the interesting failures are at the two ends.
A Rust core, a disposable index, and files that are only ever read. The rules are the interesting part; the stack is just the stack.
Ripping one album is easy. Ripping four hundred is a process problem, and almost every mistake is made in the first ten minutes of the first disc.
Lossless guarantees the samples come back. It does not guarantee you could have heard the difference — and those are two different claims.
Seven acronyms, three genuinely different things happening, and one distinction — codec versus container — that explains most of the confusion.
One concept, three storage systems, and a set of disagreements between them that explains almost every tagging problem you have ever had.
"Play this file on that speaker" is four separate problems wearing a trench coat. Knowing which one is failing is most of the fix.
One folder rule, three tag fields that carry the weight, and a filing decision for the awkward records. The rest is maintenance.
They are both lossless, so they both sound identical. The decision is about metadata, tooling and which one your software actually reads.
Offline mode is a cache with an expiry date. Local-first means the files on your disk are the real thing and everything else is optional.