Navidrome vs Ampache: Self-Hosted Music Servers
Quick Verdict
Navidrome is the better choice for most self-hosters. It’s dramatically lighter on resources, simpler to deploy, and has a cleaner web UI. Ampache has more raw features — video streaming, podcast management, granular permissions — but its PHP/MySQL stack is heavier and the interface feels dated. If you just want to stream your music collection with minimal overhead, Navidrome wins. If you need multi-library management, video support, or fine-grained user permissions, Ampache earns its complexity.
Overview
Navidrome launched in 2019 as a modern, Go-based music server. Single binary, embedded SQLite database, and a React-based web UI. It implements the OpenSubsonic API, giving you access to dozens of mobile clients. The project has grown rapidly, with monthly releases and an active community.
Ampache has been around since 2001 — one of the oldest self-hosted music servers still in active development. It’s written in PHP with a MySQL/MariaDB backend. Ampache supports not just music but also video streaming, podcast subscriptions, and label/catalog management. It implements its own Ampache API alongside the Subsonic API for client compatibility.
Feature Comparison
| Feature | Navidrome | Ampache |
|---|---|---|
| Language | Go | PHP |
| Database | SQLite (embedded) | MySQL/MariaDB (required) |
| License | GPL-3.0 | AGPL-3.0 |
| Subsonic API | Full (OpenSubsonic) | Yes (Subsonic + Ampache API) |
| Web UI | Modern React-based | Functional, traditional |
| Video streaming | No | Yes |
| Podcast support | No | Yes |
| Multi-library | Single library | Multiple catalogs |
| User permissions | Basic (admin/user) | Granular ACLs |
| Transcoding | On-the-fly (FFmpeg) | On-the-fly + pre-cache |
| Last.fm scrobbling | Built-in | Built-in |
| Lyrics support | Yes | Yes |
| Smart playlists | Yes | Yes (advanced rules) |
| ReplayGain | Yes | Yes |
Installation Complexity
Navidrome is as simple as Docker gets. One container, two volume mounts (data + music), one port. No external database. No web server. No PHP. Deploy in under a minute:
services:
navidrome:
image: deluan/navidrome:0.60.3
restart: unless-stopped
ports:
- "4533:4533"
volumes:
- ./data:/data
- /path/to/music:/music:ro
Ampache needs Apache/Nginx + PHP + MySQL. The Docker setup uses a full LAMP stack. You need a database container, environment variables for database credentials, and a web server port:
services:
ampache:
image: ampache/ampache:7.0.1
restart: unless-stopped
ports:
- "80:80"
volumes:
- ./config:/var/www/config
- ./log:/var/log/ampache
- /path/to/music:/media:ro
mysql:
image: mariadb:11
restart: unless-stopped
environment:
MYSQL_ROOT_PASSWORD: changeme
MYSQL_DATABASE: ampache
MYSQL_USER: ampache
MYSQL_PASSWORD: changeme
volumes:
- db:/var/lib/mysql
Navidrome wins on deployment simplicity by a wide margin.
Full setup guides: Self-Host Navidrome | Self-Host Ampache
Performance and Resource Usage
| Metric | Navidrome | Ampache |
|---|---|---|
| Idle RAM | ~30–50 MB | ~150–300 MB |
| Under load | ~100–200 MB | ~400–600 MB |
| Database overhead | None (SQLite embedded) | MySQL: ~200–400 MB |
| Disk (app data) | ~50 MB | ~200 MB + MySQL data |
| Library scan (10K tracks) | ~30 seconds | ~2–5 minutes |
| Startup time | ~2 seconds | ~5–10 seconds |
Navidrome is dramatically more efficient. A Navidrome instance serving 10,000 tracks runs comfortably on 128 MB of RAM. Ampache’s PHP + MySQL stack needs at least 512 MB for a reasonable experience. On a Raspberry Pi or low-end VPS, this difference matters.
Community and Development
| Metric | Navidrome | Ampache |
|---|---|---|
| GitHub stars | ~12K | ~3.6K |
| First release | 2019 | 2001 |
| Latest stable | v0.54.5 (2025) | v7.0.1 (2025) |
| Release cadence | Monthly | Quarterly |
| Contributors | 100+ | 50+ |
| Documentation | Good (navidrome.org) | Detailed (ampache.org/api) |
Both projects are actively maintained. Navidrome has stronger community momentum (more GitHub stars, faster release cadence, more contributors). Ampache has the stability of 20+ years of development and a comprehensive API.
Use Cases
Choose Navidrome If…
- You want the simplest possible music server setup
- Resource efficiency matters (Raspberry Pi, small VPS)
- You primarily use mobile Subsonic clients (DSub, Ultrasonic, Symfonium)
- You have a single music library and don’t need multi-catalog management
- A modern, clean web UI is important to you
Choose Ampache If…
- You need to stream video alongside music
- You manage multiple music libraries or catalogs from different sources
- Fine-grained user permissions and access controls are required
- You want built-in podcast management
- You need the Ampache API for specific client compatibility
- You’re managing a shared server with many users needing different access levels
Final Verdict
For [use case: personal music streaming], choose Navidrome. It does one thing exceptionally well — serves your music library with minimal overhead and maximum client compatibility. The resource efficiency alone makes it the default choice for home servers.
Ampache earns its spot when you need features Navidrome doesn’t have: video streaming, multiple catalogs, podcast management, or granular permissions for a multi-user setup. But for most self-hosters who just want their music available on every device, Navidrome’s simplicity is the right trade-off.
FAQ
Can I migrate from Ampache to Navidrome?
Point Navidrome at the same music directory Ampache uses. Navidrome will scan and import all tracks. Playlists, play history, and user accounts won’t transfer — you’ll need to recreate those manually. Both read the same audio file formats, so no file conversion is needed.
Does Ampache support the OpenSubsonic API?
Ampache implements the original Subsonic API, not the newer OpenSubsonic extensions. Most Subsonic clients work fine, but some newer features (like OpenSubsonic lyrics or internet radio) may not be available when connecting to Ampache.
Which handles large libraries better?
Navidrome. Its Go-based architecture and SQLite database handle 100K+ track libraries efficiently. Ampache can manage large libraries too, but MySQL query performance and PHP memory limits can become bottlenecks at scale without tuning.
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