Introduction

Over the years, I’ve tried all kinds of computer setups for music playback – fanless Intel NUCs, Mac Minis, custom PCs… you name it. They worked, but they always had compromises: noise, heat, size or simply overkill.

I kept coming back to the Raspberry Pi.

It’s small, silent, affordable and – if you keep the setup simple – extremely reliable.

I’m not here to claim that a Raspberry Pi somehow sounds better than a $5,000 audiophile streamer. I use it because it can deliver a clean digital signal to a competent DAC and stay completely out of the way.

My main digital source today is the Eversolo DMP-A8, which already does almost everything I need by itself. I still keep Raspberry Pis around because they’re cheap, flexible and perfect for experimenting with different software or adding another endpoint to the network.

For the most part, I’ve had my Pis running 24/7 with only the occasional reboot. Because I like experimenting with different distributions, I also keep a stack of SD cards. If an update or experiment goes wrong, I can simply insert the previous card and be running again within minutes.

I never bothered with elaborate modifications to the Pi itself because I don’t think they’re necessary.

I even bought an iFi 5V power supply years ago because it supposedly offered cleaner power than a typical wall wart. I’ve also used linear power supplies and completely ordinary switching supplies.

With the Pi feeding a DAC over USB, I couldn’t reliably hear a difference between them.

That doesn’t mean power can never matter. If you’re using an analog DAC HAT that shares the Pi’s power system, supply noise can potentially become more relevant. But I wouldn’t spend hundreds on a linear supply before actually establishing that you have a problem.

Common Audiophile Raspberry Pi Use Cases

There isn’t one correct way to build a Raspberry Pi audio system. I’ve used mine in several completely different configurations.

The three that still make the most sense to me are:

• Roon endpoint connected to an external DAC
• AirPlay or UPnP/DLNA network receiver
• Complete standalone streamer using a DAC HAT

1. Raspberry Pi as a Roon Endpoint

If you’re a Roon user and want to add a small, silent endpoint to another DAC or another room, the Raspberry Pi remains a great choice.

Two approaches make the most sense to me.

Option 1: DietPi + Roon Bridge

This has been my preferred setup for years because I like minimal systems with only the services I actually need.

DietPi is a lightweight Debian-based Linux distribution, and installing Roon Bridge is straightforward:

1. Flash DietPi to your SD card.
2. Boot the Pi and complete the initial DietPi setup.
3. Open dietpi-software.
4. Install Roon Bridge.
5. Connect your DAC to the Raspberry Pi via USB.
6. Open Roon and enable the new endpoint.

That’s basically it.

You now have a headless network endpoint without a desktop environment or a pile of unnecessary software running in the background.

Roon Server does the heavy lifting elsewhere. The Raspberry Pi only needs to receive the audio stream and send it to the DAC.

Option 2: RoPieee

If you don’t want to deal with Linux at all, use RoPieee.

RoPieee is specifically designed to turn Raspberry Pi hardware into a network audio endpoint and currently supports Raspberry Pi 3, 4 and 5.

Flash the image, boot the Pi, connect your DAC and configure it through the web interface.

Done.

I still prefer DietPi because I like being able to change things myself, but that’s personal preference. If you’re building a Pi purely as a Roon endpoint and don’t want another Linux hobby, RoPieee is probably the easier choice.

One correction to earlier versions of this guide: RoPieee is not ROCK.

ROCK – Roon Optimized Core Kit – is an operating system for running Roon Server on supported x86 hardware. RoPieee runs on the Raspberry Pi and turns it into an audio endpoint.

I explain the complete Roon architecture in my updated Getting Started with Roon guide.

2. Raspberry Pi as an AirPlay or UPnP Receiver

Sometimes I don’t want Roon.

I just want to pick up my phone or laptop, press Play and hear something through the main audio system.

The Raspberry Pi is excellent for this.

AirPlay

Volumio, moOde and several other Raspberry Pi audio distributions support AirPlay.

That means your iPhone, iPad or Mac can see the Pi as a playback device without you building a complicated server architecture.

I wouldn’t choose AirPlay specifically for high-resolution audio, but it’s perfect when I quickly want to play Apple Music, YouTube or something from my phone.

For casual listening, convenience wins.

UPnP / DLNA

The Pi can also act as a UPnP/DLNA renderer.

I use this approach with software such as Audirvana.

Volumio and moOde can act as network renderers, while a DietPi system can be configured with software such as upmpdcli.

Once configured, the Raspberry Pi appears as a playback destination to compatible applications on your network.

I like UPnP because it’s an open architecture. I’m not locked into one manufacturer or one piece of server software.

If you want to see one of my much older experiments using a dedicated digital-output HAT instead of USB, I’ve kept my original HiFiBerry Digi+ article online as well.

3. Building an All-in-One Raspberry Pi Streamer With a DAC

This is still one of the most interesting ways to use a Raspberry Pi.

Instead of connecting an external USB DAC, you can attach a DAC board directly to the GPIO header.

These boards are commonly called HATs.

The result can be extremely compact:

Raspberry Pi + DAC HAT + SD card + power supply + case.

That’s your entire network player.

Add active speakers or an amplifier and you’re done.

I’ve built several systems like this over the years, and for an office, bedroom or second system I still think they make a lot of sense.

DAC HATs I Would Consider

I still use an Allo Boss2 in one of my own systems. It’s a good example of how capable these little boards can be, although I wouldn’t specifically hunt for one today if availability is poor.

If I were buying a current board, I’d look at options such as:

• Raspberry Pi DAC Pro – the former IQaudio DAC Pro, now sold directly under the Raspberry Pi brand. It uses a TI PCM5242, provides RCA outputs, differential output and a headphone amplifier.
• HiFiBerry DAC2 HD – HiFiBerry’s current higher-end analog DAC board for Raspberry Pi systems.

You can find the Raspberry Pi DAC Pro on the official Raspberry Pi site and the DAC2 HD directly from HiFiBerry.

These aren’t miracle devices.

But a good HAT DAC can sound far better than its price suggests, and I certainly wouldn’t assume that replacing one with a $2,000 external DAC will transform your system.

I’ve learned that lesson repeatedly with standalone DACs as well, which is why I wrote Cheap DAC vs Expensive DAC.

If you’re building your first system, I’d put serious money into the headphones or loudspeakers before worrying about whether your Raspberry Pi DAC is expensive enough.

What Software Should You Use?

This is where people tend to make Raspberry Pi audio more complicated than necessary.

Pick the software that matches what you’re trying to do.

DietPi

I use DietPi when I want a lightweight Linux system that I can configure myself.

It’s particularly useful for Roon Bridge, but you can install plenty of other audio services as well.

If you enjoy SSH and don’t mind looking at a command line occasionally, DietPi is excellent.

moOde Audio

moOde is my choice when I want a standalone Raspberry Pi audio player without turning the project into a Linux administration exercise.

It gives you a browser-based interface, handles local music and network playback, and works very well with DAC HATs.

I currently use it with the Allo Boss2 in my office.

Volumio

Volumio has the most consumer-product-like interface of these options.

It’s particularly attractive if streaming services are important to you. Some of the more useful service integrations require Volumio’s paid Premium plan, so check the current feature list before choosing it purely for TIDAL or Qobuz.

I wouldn’t select between Volumio and moOde because somebody claims one sounds better.

Choose the interface and streaming features you prefer.

RoPieee

Use RoPieee when the Raspberry Pi has one job:

Be a network audio endpoint and don’t annoy me.

That’s its appeal.

How to Stream TIDAL, Qobuz or Spotify

This remains one of the most common reasons people build a Raspberry Pi music player.

If you’re mainly interested in streaming rather than a local collection, there are several sensible routes.

Volumio provides the most integrated approach if you want streaming services inside the player interface, although some functions require its paid plan.

moOde works very well when you prefer UPnP or another external controller.

DietPi makes sense if you’re building your own combination of services or using Roon Bridge.

Roon handles Qobuz and TIDAL at the Roon Server level, while the Raspberry Pi simply acts as the endpoint.

If streaming is your main priority, also read my Music Server Software Compared guide before deciding on an operating system.

What About USB Audio?

Older Raspberry Pi models earned a mixed reputation in audiophile circles.

The Raspberry Pi 3 and earlier designs shared more of their USB and Ethernet architecture, and I experienced the occasional glitch myself with some early setups.

That history created an entire cottage industry around reclockers, USB filters, special power supplies and digital-output boards.

With a Raspberry Pi 4 or 5 connected to a competently designed modern asynchronous USB DAC, I don’t consider the USB output something that automatically needs fixing.

I use USB myself.

My experience with the Eversolo DMP-A8 is completely uneventful: connect the Pi, select the input and play music.

That’s how it should be.

If your DAC has a genuine compatibility problem, audible noise or dropouts, then solve that specific problem. But I wouldn’t start buying USB regenerators because somebody on a forum tells you that the Pi’s USB port is destroying the soundstage.

I spent plenty of time experimenting with this sort of thing myself. My old Singxer SU-1 article documents one of those experiments.

I did hear small differences in that particular setup at the time.

I still wouldn’t make a DDC one of the first things I’d buy today.

Does a Raspberry Pi Need an Audiophile Power Supply?

For USB audio, my answer is simple:

Not in my experience.

I’ve used ordinary switching supplies, an iFi supply and linear power supplies with Raspberry Pi audio systems.

I couldn’t reliably identify a sonic advantage when the Pi was simply sending digital audio over USB to a DAC that handled the input properly.

Spend enough to get a reliable power supply that provides the correct voltage and current.

That’s different from saying you should spend hundreds on an “audiophile” power supply.

With an analog DAC HAT, the question becomes slightly more interesting because the analog output circuitry lives directly in the same small system. A poorly designed or noisy supply could potentially matter there.

But again: test before upgrading.

Don’t solve problems you don’t have.

Raspberry Pi or WiiM?

This is the question I’d ask before buying Raspberry Pi hardware in 2026.

Ten years ago, a Pi was an obvious way to build a cheap network streamer.

Today you can buy a WiiM, connect it to your system and be streaming music a few minutes later.

If all you want is:

• Qobuz
• TIDAL
• Spotify
• internet radio
• AirPlay
• and a good control app

I’d probably buy the WiiM.

It is simply easier.

The Raspberry Pi wins when you want flexibility.

I can take the same Pi and turn it into a Roon endpoint today, a moOde player tomorrow, an UPnP renderer next week and some completely different Linux project after that.

Swap the SD card and the entire personality of the device changes.

That’s why I still own several of them.

Buy a WiiM because you want a finished streamer. Build a Raspberry Pi because you want a platform.

And no, I wouldn’t choose the Raspberry Pi because I expect it to magically sound better.

How I Personally Use My Raspberry Pis

My main digital source is the Eversolo DMP-A8, so I don’t actually need a Raspberry Pi in my main system anymore.

The DMP-A8 is already a streamer, DAC, preamp and Roon Ready endpoint.

But I still keep a Raspberry Pi 4 connected via USB as a secondary source.

It runs DietPi with Roon Bridge.

There is no sonic necessity for doing this. I keep it because I’m constantly experimenting with software, comparing inputs and testing different configurations. The Pi makes that ridiculously easy.

I also have another Pi in my office using an Allo Boss2 DAC HAT and moOde.

That system plays music from my network storage and works as a completely independent little music server.

The two Pis do completely different jobs.

That’s exactly the point.

Which Raspberry Pi Should You Buy in 2026?

If you already own a Raspberry Pi 4, keep it.

I see practically no reason to replace a functioning Pi 4 with a Pi 5 just because you’re using it as a Roon endpoint, UPnP renderer or basic music streamer.

Audio playback simply doesn’t require much processing power.

If you’re buying new, I’d get a basic Raspberry Pi 5 unless you can find a Pi 4 considerably cheaper.

You don’t need huge amounts of RAM. A small-memory Pi 5 is more than capable of running a dedicated audio setup.

The extra processing power becomes more useful if you want to run DSP, several services at once, a larger server application or use the Pi for other tasks in addition to audio.

There are two practical differences to remember with the Pi 5.

Power: Raspberry Pi recommends a good 5V/5A USB-C supply for full functionality.

Cooling: the Pi 5 produces more heat than earlier generations. For a simple headless audio endpoint it isn’t constantly running flat out, but I’d still use a suitable case with cooling rather than treating it like a Pi 3.

For a dedicated audio player, I would spend money on a proper case and reliable power supply before spending it on unnecessary RAM.

What Are the Drawbacks?

The Raspberry Pi isn’t the automatic answer to everything.

First, you’re still dealing with a small Linux computer.

Something may occasionally require an update, an SD card can fail, or an experimental configuration can break.

That’s why I keep backup SD cards.

Second, a DIY Pi setup doesn’t give you the polished industrial design of a commercial streamer.

If you want a large touchscreen, beautiful chassis, remote control, customer support and everything integrated in one box, buy something like a WiiM or Eversolo.

Third, the apparent low price can creep upward.

Add a Pi, case, SD card, good power supply and an expensive DAC HAT and suddenly you’re competing with finished streamers that require no setup at all.

Keep an eye on the total cost.

A Raspberry Pi is great value when you’re taking advantage of its flexibility. It makes less sense when you spend enough accessories turning it into an imitation of a commercial streamer.

Conclusion

I’ve been using Raspberry Pis for audio for more than a decade, and they still have a place in my systems.

Not because they contain some secret audiophile sauce.

They don’t.

I use them because they’re silent, inexpensive, reliable and almost endlessly configurable.

For a Roon endpoint, a Pi 4 running DietPi or RoPieee is still more than enough.

For an inexpensive all-in-one system, a Pi with a good DAC HAT can make a superb office or bedroom player.

For experimentation, nothing else gives me quite the same freedom.

But the market has changed.

If somebody asked me today for the easiest inexpensive way to stream Qobuz or TIDAL into an existing hi-fi system, I’d probably point them toward a WiiM rather than tell them to buy a Raspberry Pi, SD card, case and power supply and spend the evening configuring Linux.

If that same person told me they wanted to build their own Roon endpoint, experiment with different audio software, add a DAC HAT or create a little Linux music server they could modify whenever they wanted, I’d still recommend the Pi immediately.

That’s the reason to build a Raspberry Pi music server in 2026: flexibility, not audiophile mythology.

Last updated: August 2026. I’ve been experimenting with Raspberry Pi audio systems for more than a decade. This guide reflects the ways I still use them today alongside modern streamers such as the Eversolo DMP-A8 and WiiM.

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