7 pieces that work on Linux (no proprietary drivers)

· 6 min read

On Linux the problem is almost never the computer's power. It's that somewhere in the chain something isn't recognized, and you can't tell what.

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The moment people give up on Linux for audio is almost always the same: the system boots, the DAW opens, and then one piece of the chain isn't there. No error, nothing blinking. It simply doesn't show up. And since there is no manufacturer panel to tell you what is missing, you end up trying random configurations for weeks.

The way out isn't switching distribution: it's buying gear that asks nothing of the system. A class-compliant device introduces itself to the kernel with a standard profile, and Linux handles it with the generic driver it already ships. No packages to hunt down, no kernel versions to chase.

This isn't a ranking: seven different things, each for a different problem. If you have already solved one, skip to the next chapter.

Audio interface

1. Focusrite Scarlett 2i2

Who it is for: Someone recording one voice and one guitar at a time who doesn't want to buy the interface again in a year.

It's the interface you find used everywhere, and on Linux that's a practical advantage: every problem it can give you, somebody has already had and written down. You plug it in over USB, it's seen as a standard audio device and it shows up in the input list without installing anything.

Confirm the generation on the Amazon page at the time of purchase: between one and the next, the converters and the preamp gain change — Linux compatibility doesn't, it holds across all of them. Two combo XLR/jack inputs, 48 V phantom power for condenser microphones and direct monitoring so you don't sing on top of your own delay.

View on AmazonVideo chapter 2:41

Dynamic microphone

2. Shure SM57

Who it is for: Someone who wants to record the amp or the snare, and wants a microphone that's still there in ten years.

A huge amount of the music you've heard went through this microphone, and it costs about what a decent cable costs. People find that out late because nobody advertises it.

For a Linux rig it has one extra advantage over a condenser: being dynamic, it needs no phantom power, so it works through a minimal preamp or whatever mixer you already have. And in an untreated room it picks up far less of what surrounds it, which is problem number one of first home recordings.

View on AmazonVideo chapter 5:20

MIDI controller

3. Akai Professional MPK Mini MK3

Who it is for: Someone producing on a computer who needs to play parts instead of drawing them with a mouse.

MIDI over USB is the part of the chain that gives the fewest problems on Linux: the USB-MIDI class is standard, the kernel has handled it for years, and the controller appears in the DAW as soon as you plug it in.

Twenty-five keys and eight pads are enough to play chords, bass lines and drum parts without taking half the desk. The knob banks are mapped inside the DAW and stay mapped: you don't need the manufacturer's software, which wouldn't exist on Linux anyway.

View on AmazonVideo chapter 7:52

Closed headphones

4. beyerdynamic DT 770 PRO

Who it is for: Someone who mixes and records in a room where they can't turn it up.

Headphones are the one piece of the chain that has nothing to do with the operating system: no drivers, no compatibility to check. What counts is how they sit on your head after three hours and whether you can replace the pads instead of the headphones.

Impedance is chosen based on what will drive them, and it's the detail people get wrong most often: with a USB interface, 80 ohm is the safe choice. The 250 ohm version sounds better but wants a real amplifier, and plugged into a laptop output it stays behind on volume.

View on AmazonVideo chapter 10:16

Studio monitors

5. YAMAHA HS5

Who it is for: Someone who has a room where they can turn it up and wants to stop mixing only on headphones.

Moving from headphones to monitors is when mixes stop sounding good only to the person who made them. An active monitor connects to the balanced output of the interface and that's it: it's analog hardware, the operating system doesn't even see it.

They're sold individually: the price on the page is for one speaker, so count it twice for the pair. And position them before you judge them — at ear height, at the same distance from the listener, away from the wall. A good monitor in a corner sounds like a bad monitor.

View on AmazonVideo chapter 12:39

High-end interface

6. RME Babyface Pro FS

Who it is for: Someone who has stopped wanting to understand why the routing broke and wants it to live in the hardware.

On Linux the value isn't the converters but where the mixer lives: it exists before the system is ready, the exact opposite of the problem JACK and PipeWire ask you to solve every time.

In class-compliant mode the interface is recognized with no drivers, and what you set in the hardware stays set even if you reboot into another distribution.

View on AmazonVideo chapter 15:16

Book

7. Linux for Professional Music Production

Who it is for: Someone who already has the right hardware and needs Linux to talk to their interface without trial and error.

Buying compatible gear solves half the problem. The other half is the system: which audio server to use, how to set the latency, what to do when xruns appear, where to look when a plugin won't load.

It's book 2 of 3 in the Linux Audio Pro series: the other two are the same text in Italian and Spanish. Disclosure: I wrote this book.

View on AmazonVideo chapter 17:55

Frequently asked questions

What does class-compliant actually mean?

That the device introduces itself with a standard profile (USB Audio or USB MIDI) instead of a proprietary protocol. Linux already has the generic driver in the kernel, so the device shows up as soon as you plug it in: nothing to install, nothing to update when the kernel version changes.

Do I need drivers for a USB audio interface on Linux?

Not for a class-compliant one. The typical problem isn't the driver but the routing: the interface is there, but the DAW is listening to another device. Before hunting for drivers, check which input is selected in the audio server.

DT 770 PRO: 80 or 250 ohm?

With a desktop USB interface, 80 ohm. The 250 ohm version wants a dedicated headphone amplifier: plugged into a laptop or an entry-level interface output it stays behind on volume and feels unbalanced in the low end.

JACK or PipeWire for recording?

On a recent distribution you start from PipeWire, which talks both to normal applications and to those written for JACK. You move to plain JACK only if your chain is already built around it. Either way the hardware choice comes first: if the device isn't recognized, neither of them fixes it.

Wrapping up

The order isn't random: interface, microphone, controller, headphones, monitors. Each piece fills one slot of the chain, and as long as one slot is empty the other six can't be heard. Starting from zero, buy the first two and record; the rest comes when you actually feel the limit.

The video with all seven, tested and explained one by one, is on the channel.

Free tools, while you are here

A microphone tuner, a metronome, a BPM tapper with delay times, the fretboard game and the quiz on what kind of guitarist you are. They run in the browser, no sign-up.

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