Raspberry Pi AirPlay: Turn Your Pi into an AirPlay Receiver (Audio & Video Guide)
Mar 17th,2026
Raspberry Pi AirPlay is a practical way to use Apple’s wireless streaming technology to send audio, video, and screen content over a local network.It is commonly used to stream music from an iPhone to speakers, mirror a Mac screen to a television, or send audio to smart speakers around the house.
Most people encounter AirPlay when using Apple TV, HomePod speakers, or modern smart TVs that include built-in AirPlay support. Once devices are connected to the same network, the user can select the AirPlay destination and begin streaming instantly to an AirPlay receiver.
While Apple devices dominate the AirPlay ecosystem, the protocol itself can also be implemented through open-source software. This makes it possible to build compatible receivers using small Linux computers, making AirPlay on Raspberry Pi a realistic and low-cost solution.
Raspberry Pi can act as an AirPlay receiver capable of streaming music or even mirroring video from Apple devices,making it a flexible Raspberry Pi AirPlay receiver for home use.
What You Can Do with AirPlay on Raspberry Pi
AirPlay on Raspberry Pi opens several practical possibilities for home audio and media setups.
•Stream music to speakers
A Raspberry Pi connected to speakers can function as a wireless AirPlay receiver for music streaming.Any iPhone, iPad, or Mac on the same network can send music directly to the Raspberry Pi.
•Turn old speakers into AirPlay devices
Many households have good speakers that lack modern wireless connectivity. By connecting them to a Raspberry Pi, those speakers can be upgraded through a Raspberry Pi AirPlay setup without replacing the hardware.
•Use Raspberry Pi as a home audio hub
The Raspberry Pi can also act as a central audio point in a home network. Multiple Apple devices can stream music to it, making it useful for shared spaces such as living rooms, offices, or studios.
Why Use Raspberry Pi as an AirPlay Receiver?
There are several reasons why a Raspberry Pi AirPlay receiver is a popular choice for this type of project.
First, the hardware is inexpensive compared to commercial AirPlay devices. A Raspberry Pi board can provide similar functionality for a fraction of the cost.
Second, the device is small and energy efficient. It can run continuously without consuming much power, making it suitable for always-on applications such as a Raspberry Pi AirPlay receiver.
Third, Raspberry Pi runs Linux, which allows full customization. Users can integrate AirPlay with other services, combine it with media center software, or automate audio playback using scripts and smart home platforms.
Finally, the Raspberry Pi community has developed stable open-source tools that make AirPlay support reliable and easy to configure.
Quick Setup: Turn Raspberry Pi into an AirPlay Receiver in 5 Minutes
sudo apt update
sudo apt install shairport-sync
After installation, your Raspberry Pi will automatically appear as an AirPlay speaker on your network, functioning as a Raspberry Pi AirPlay receiver.
Hardware Requirements
The hardware requirements for a Raspberry Pi AirPlay receiver are minimal.
Typical components include:
•Raspberry Pi 3, 4, or 5 with Raspberry Pi OS Lite
•MicroSD card (16 GB or larger recommended)
•Speakers or an audio system
Optional accessories can improve audio quality or usability:
•USB DAC for higher fidelity audio output
•HDMI display for AirPlay video mirroring
•External amplifier if passive speakers are used
For basic audio streaming, the Raspberry Pi headphone jack or HDMI audio output is usually sufficient.
Operating System Setup
Install Raspberry Pi OS Lite using Raspberry Pi Imager.
After flashing the SD card, boot the Raspberry Pi and update the system:
sudo apt update
sudo apt upgrade
Installing AirPlay Receiver Software
Several open-source projects allow a Raspberry Pi to function as an AirPlay receiver, with Shairport Sync and RPiPlay being the most common options.Two commonly used options are Shairport Sync and RPiPlay.
Each tool supports different AirPlay capabilities depending on whether audio or video streaming is required.
Option 1 — Shairport Sync (AirPlay Audio)
Shairport Sync is the most widely used AirPlay audio receiver for Linux systems and a popular choice for Raspberry Pi audio streaming.It focuses on reliable music streaming and offers excellent audio synchronization.
Key features include:
•High quality audio playback
•Low latency streaming
•Automatic device discovery through AirPlay
•Metadata support for track information
Installing Shairport Sync on Raspberry Pi is straightforward:
sudo apt install shairport-sync
Once installed, the service runs in the background and automatically appears as an AirPlay device on compatible Apple hardware.
For users interested in audio streaming only, this option is usually the best choice.
Option 2 — RPiPlay (AirPlay Video + Audio)
RPiPlay is another open-source project designed to support AirPlay screen mirroring,making it useful for Raspberry Pi screen mirroring projects.It allows video and audio content from Apple devices to be displayed on a Raspberry Pi connected to a monitor or television.
This software is useful when the Raspberry Pi is connected to an HDMI display and used as a lightweight media receiver.
RPiPlay supports:
•Screen mirroring from iPhone or Mac
•Audio streaming
•Video playback through HDMI
Because video decoding requires more processing power, performance depends on the Raspberry Pi model and the resolution being streamed.
Configuring Shairport Sync
Although Shairport Sync works immediately after installation, some users prefer to customize its configuration for a better Raspberry Pi AirPlay experience.
The configuration file is located at:
/etc/shairport-sync.conf
One common adjustment is setting a recognizable device name so it appears clearly in the AirPlay list.
Example configuration entry:
name = "Raspberry Pi - SunFounder";
Other optional settings allow adjustments to audio output devices, volume control behavior, and buffering parameters.
After modifying the configuration file, the service should be restarted.
sudo systemctl restart shairport-sync
Testing AirPlay from iPhone or Mac
Once the AirPlay receiver software is running, testing the connection is simple.
On an iPhone or iPad:
1.Open the Control Center
2.Tap the AirPlay or audio output icon
3.Select the Raspberry Pi device
On macOS:
1.Open the sound or AirPlay menu in the menu bar
2.Choose the Raspberry Pi receiver
If the setup is correct, audio should immediately begin playing through the speakers connected to the Raspberry Pi.
Running AirPlay Automatically (Service Mode)
Shairport Sync is designed to run as a system service. This means it can start automatically every time the Raspberry Pi boots.
To confirm the service status:
systemctl status shairport-sync
To ensure the service launches automatically:
sudo systemctl enable shairport-sync
With this configuration, the Raspberry Pi becomes a permanent Raspberry Pi AirPlay receiver that is always available on the network.
Advanced Use Cases
Multi-room audio
Multiple Raspberry Pi devices can be installed in different rooms, each acting as its own AirPlay receiver. This creates a distributed audio system across the home.
Raspberry Pi media center
AirPlay on Raspberry Pi can be combined with media center software such as Kodi to create a versatile entertainment system capable of local playback and wireless streaming.
Smart home audio integration
The Raspberry Pi can also integrate with home automation platforms. Systems such as Home Assistant can trigger audio playback or announcements through the AirPlay receiver.
Limitations to Consider
While Raspberry Pi AirPlay setups work well for many tasks, there are some limitations.
•AirPlay 2 support limitations
Most open-source receivers support the original AirPlay protocol. Full compatibility with AirPlay 2 features such as synchronized multi-room playback may be limited.
•Video performance
AirPlay video mirroring requires more processing power. Lower resolution streams usually work best on Raspberry Pi hardware.
•Network latency
Wireless streaming always depends on network quality. Poor Wi-Fi connections can introduce audio delays or interruptions.
Conclusion
Turning a Raspberry Pi into an AirPlay receiver is a simple and practical project that can enhance your home audio or media setup as a Raspberry Pi AirPlay receiver. With open-source tools such as Shairport Sync and RPiPlay, even a small single-board computer can stream music or mirror screens from Apple devices.
Whether you want to upgrade existing speakers, build a wireless audio hub, or experiment with media streaming on a Raspberry Pi, AirPlay support provides a flexible and low-cost solution. After completing the setup, your Raspberry Pi can function as a dedicated AirPlay receiver that is always available on your local network.
This project also demonstrates how versatile the Raspberry Pi platform can be. With minimal hardware and a few commands, it can transform into a capable streaming device that integrates seamlessly with iPhone, iPad, and Mac systems.
If you are looking for a lightweight way to add wireless audio streaming to your setup, building a Raspberry Pi AirPlay receiver is a great place to start.
FAQ: Raspberry Pi AirPlay
Can Raspberry Pi support AirPlay 2?
Raspberry Pi can partially support AirPlay 2, but full compatibility is still limited.
Most open-source AirPlay receivers such as Shairport Sync mainly implement the original AirPlay protocol (often referred to as AirPlay 1).
Some experimental AirPlay 2 features have been added to recent versions of Shairport Sync, but full multi-room synchronization and all AirPlay 2 capabilities are not always guaranteed. For most users who want to stream music from an iPhone or Mac, the standard AirPlay functionality works reliably.
Can Raspberry Pi act as an AirPlay receiver?
Yes. Raspberry Pi can function as an AirPlay receiver using open-source software.
By installing tools such as Shairport Sync for audio streaming or RPiPlay for video mirroring, the Raspberry Pi becomes visible to Apple devices on the same network.
Once configured, you can stream music, send audio, or mirror screens directly from an iPhone, iPad, or Mac.
This setup effectively turns the Raspberry Pi into a low-cost wireless media receiver.
Why is AirPlay lagging on Raspberry Pi?
AirPlay lag on Raspberry Pi is usually caused by one of the following factors:
Network conditions
AirPlay relies on the local network. Weak Wi-Fi signals or network congestion can introduce delays.
Hardware limitations
Older Raspberry Pi models may struggle with video mirroring or high-resolution streams.
Audio buffering settings
AirPlay receivers use buffering to maintain stable playback. In some cases, this may introduce a slight delay.
CPU load
If the Raspberry Pi is running multiple services, system resources may become limited and affect streaming performance.
Using a stable Wi-Fi connection or Ethernet and minimizing background processes can significantly improve performance.
Does AirPlay work with Raspberry Pi speakers?
Yes. AirPlay works with any speakers connected to the Raspberry Pi.
Audio can be output through:
1.the 3.5 mm audio jack (on supported models)
2.HDMI audio output
3.USB speakers
4.external USB DAC devices
Once the Raspberry Pi is configured as an AirPlay receiver, any connected speaker system will play the streamed audio from an Apple device.
For better sound quality, many users connect a USB DAC or external amplifier to the Raspberry Pi.
