Ampache vs Navidrome: Which Music Server to Self-Host?
Want a self-hosted music server without the bloat of Plex or the complexity of a full media stack? Ampache and Navidrome both stream your local music library over the web — but one is a decade-old full-featured platform, and the other is a lightweight modern alternative that does fewer things better.
Quick Verdict
The practical choice is Navidrome because it delivers the same core functionality — streaming your music library to any device — with a fraction of the resource overhead and dramatically simpler setup. Ampache offers more features (video support, share links, democratic playback), but most self-hosters never use them.
Overview
Ampache is a web-based music streaming application written in PHP. First released in 2001, it’s one of the oldest self-hosted music servers still actively maintained. It supports multiple media types (audio, video, podcasts), multiple users with access control, and implements both the Subsonic and Ampache APIs. Version 7.1.0 is the current stable release.
Navidrome is a lightweight music streaming server written in Go. It launched in 2020, focuses exclusively on music, and implements the OpenSubsonic API for broad client compatibility. Built as a single binary with an embedded database, it runs on hardware as modest as a Raspberry Pi Zero. Version 0.60.3 is the current release (February 2026).
Feature Comparison
| Feature | Ampache | Navidrome |
|---|---|---|
| Language | PHP + MySQL | Go + SQLite |
| First release | 2001 | 2020 |
| Media types | Audio, video, podcasts | Audio only |
| Web UI | Built-in (classic design) | Built-in (Material Design) |
| API protocols | Ampache API + Subsonic API | OpenSubsonic API |
| Multi-user | Yes (with ACLs and catalog permissions) | Yes (separate playlists, play counts) |
| Transcoding | Yes (ffmpeg-based, configurable) | Yes (Opus, MP3, AAC on the fly) |
| Share links | Yes (time-limited public links) | No |
| Scrobbling | Built-in (Last.fm, ListenBrainz) | Via Subsonic clients |
| Podcast support | Yes (subscribe and download) | No |
| Video support | Yes (basic streaming) | No |
| Smart playlists | Yes (rule-based dynamic playlists) | Yes (basic smart playlists) |
| Lyrics | Built-in display | Via client apps |
| Docker image | ampache/ampache:7.1.0 | deluan/navidrome:0.60.3 |
| GitHub stars | ~3,700 | ~13,000+ |
Installation Complexity
Navidrome requires one container, one environment variable, and a music directory mount. No database setup, no web server configuration, no PHP tuning.
Ampache requires PHP, MySQL/MariaDB, and a web server (bundled in the Docker image, but the stack is heavier). First-time setup includes a web-based installer that configures the database, creates an admin account, and sets up the first music catalog.
| Setup Step | Ampache | Navidrome |
|---|---|---|
| Database | MySQL/MariaDB (required) | SQLite (embedded, zero config) |
| Web server | Apache/Nginx (bundled in Docker) | Built-in Go HTTP server |
| Initial config | Web installer wizard | Environment variables only |
| Music catalog | Add via web UI after install | Auto-detected from mount |
| Time to first song | 10–15 min | 3–5 min |
Performance and Resource Usage
Navidrome’s Go binary is compiled and statically linked. It idles at 50–80 MB RAM and handles large libraries (100,000+ tracks) without performance issues.
Ampache runs PHP with a MySQL database. Idle memory sits at 200–400 MB RAM (PHP-FPM + MySQL). Library scanning is slower on large collections, and the PHP layer adds latency to API responses compared to Navidrome’s compiled code.
| Resource | Ampache | Navidrome |
|---|---|---|
| RAM (idle) | 200–400 MB | 50–80 MB |
| RAM (active streaming) | 300–600 MB | 80–120 MB |
| CPU (library scan) | Moderate (PHP processing) | Low (Go, optimized) |
| Disk (application) | ~500 MB (PHP + MySQL data) | ~30 MB |
| Minimum hardware | 1 GB RAM server | Raspberry Pi Zero |
| Database size (10K tracks) | ~50 MB (MySQL) | ~20 MB (SQLite) |
Community and Support
Navidrome has surged in popularity since 2023. With 13,000+ GitHub stars, frequent releases through 2025–2026, and OpenSubsonic API compliance, it’s become the default recommendation in the self-hosted music space. The Subsonic client ecosystem (50+ apps) works seamlessly.
Ampache has a smaller but dedicated community. The project has maintained consistent development across 20+ years — an impressive track record. Its dual API support (Ampache + Subsonic) provides broad client compatibility, and its own API enables features that Subsonic clients can’t access.
Use Cases
Choose Ampache If…
- You need video and podcast support alongside music in one server
- You want public share links (time-limited URLs for sharing tracks)
- You need granular access control with catalog-level permissions
- You prefer smart playlists with complex rule-based filtering
- You want built-in Last.fm/ListenBrainz scrobbling without client configuration
Choose Navidrome If…
- You want a fast, lightweight music server with minimal resource usage
- You prefer modern UI design (Material Design, responsive, dark mode)
- You want maximum client compatibility through OpenSubsonic
- You’re running on limited hardware (Raspberry Pi, low-RAM VPS)
- You value simplicity — one binary, one volume, no database to manage
Final Verdict
The practical choice is Navidrome because it handles the core job — streaming your local music library to any device — with better performance, simpler deployment, and a more polished experience. Its Go architecture means half the RAM usage and faster API responses than Ampache’s PHP stack.
Ampache earns its place when you need its extras: video streaming, podcast management, public share links, or complex access control across multiple users and catalogs. If you’re running a shared music server for an organization or family with different access levels, Ampache’s permission system is genuinely more capable.
For a personal or small-household music server, Navidrome is the modern standard.
Frequently Asked Questions
Can Ampache clients connect to Navidrome?
Navidrome implements the Subsonic API, not the Ampache API. Clients that support the Subsonic protocol (which includes most music streaming apps) work with both. Clients that only support the Ampache API won’t work with Navidrome.
Does Navidrome support video?
No. Navidrome is audio-only by design. For combined video and music, use Jellyfin or Ampache.
Can I migrate from Ampache to Navidrome?
Both servers scan the same music directory independently. Point both at the same folder, and Navidrome will build its own database. Play counts and playlists won’t transfer automatically — you’d need to export/import via API scripts.
Related
Get self-hosting tips in your inbox
Get the Docker Compose configs, hardware picks, and setup shortcuts we don't put in articles. Weekly. No spam.
Comments