Jellyfin vs Plex: Open-Source Media Server 2026

Plex raised prices 75% in April 2025 — annual Plex Pass went from $40 to $69.99/year. Then in November 2025, Plex began enforcing remote streaming restrictions: you now need Plex Pass (or a $2/month Remote Watch Pass) just to watch your own media library outside your home network. Hardware transcoding has always required Plex Pass.

Jellyfin (49,300 GitHub stars, GPL-2.0) does all of this for free. Hardware transcoding, remote streaming, offline downloads, live TV — no subscription, no account required, no data sent anywhere.

TL;DR

Jellyfin is the better choice for most self-hosters in 2026. Free hardware transcoding alone justifies the switch for anyone running an RTX/Intel Arc/AMD GPU. The only area where Plex still wins clearly: first-party app polish, especially on Apple TV. Jellyfin's clients are functional and improving fast, but Plex's mobile and TV apps remain the better consumer experience.

Key Takeaways

Jellyfin: 49,300 GitHub stars, v10.11.6 (Jan 2026), GPL-2.0 — hardware transcoding is completely free
Plex Pass price: $6.99/month or $69.99/year (up 75% in April 2025); $249.99 lifetime
Remote streaming now requires Plex Pass — enforced for TV apps starting November 2025, rolling out to all clients in 2026
Plex privacy: March 2025 policy update allows data to be sold to third parties unless you opt out; telemetry enabled by default
Jellyfin privacy: zero cloud dependency, no account required, no telemetry whatsoever
v10.11 highlights: database overhaul, built-in backup UI, storage monitoring, aggressive metadata caching, HEVC in Firefox

The Plex Paywalls Are Multiplying

When Plex launched, the value proposition was clear: free local streaming with an optional premium subscription for extras. The 2025-2026 changes have fundamentally shifted that calculus:

What now requires Plex Pass:

Hardware-accelerated transcoding (GPU encoding)
Remote streaming outside your home network
Offline sync / mobile downloads
Live TV & DVR
Skip Intro / Skip Credits
Mobile data sync
Enhanced parental controls

For a typical self-hoster — streaming to family members who live elsewhere, using a GPU for smooth 4K → 1080p transcoding — Plex Pass is no longer optional. It's required for the core use case.

The April 2025 price increases:

Plan	Old Price	New Price	Change
Monthly	~$5	$6.99	+40%
Annual	$39.99	$69.99	+75%
Lifetime	$119.99	$249.99	+108%

If you bought the lifetime pass at $120, that was a great deal. New users evaluating Plex today are paying $250 for lifetime or $70/year ongoing.

Feature Comparison

Feature	Jellyfin	Plex Free	Plex Pass
Local streaming	Free	Free	—
Remote streaming	Free	❌ (since Nov 2025)	✅
Hardware transcoding	Free	❌	✅
Mobile apps	Free	Free (limited)	Full access
Offline sync	Free	❌	✅
Live TV / DVR	Free	❌	✅
Skip intro	Free	❌	✅
Multi-user	Free	Free (basic)	Enhanced
Plex account required	No	Yes	Yes
Telemetry	None	Default on	Default on
Open source	Yes (GPL-2.0)	No	No

Hardware Transcoding Requirements

Hardware transcoding is what lets your server encode 4K HDR content to 1080p SDR in real-time without melting your CPU. A modern Intel iGPU, AMD Radeon, or NVIDIA GPU can handle 10+ simultaneous transcodes. A CPU doing the same work struggles with 2–3.

Understanding which hardware you actually need — and which you already have — is the most common question for new Jellyfin self-hosters. For a dedicated setup guide covering hardware selection, Docker configuration, and post-install optimization, the Jellyfin self-hosting guide walks through the full process.

For Intel CPUs with integrated graphics (Broadwell and newer), VA-API hardware transcoding is available without any additional GPU purchase. An Intel N100 mini PC at $150–200 handles 4–6 simultaneous 4K to 1080p transcodes using only the iGPU. For more concurrent streams or HDR tone-mapping, a dedicated GPU provides headroom. NVIDIA cards offer NVENC encoding (2–3 encodes per stream) and NVDEC decoding with no per-stream limits on RTX series. AMD cards use VA-API on Linux — GCN architecture and newer are supported, but tone-mapping quality is more variable than NVIDIA.

The practical threshold for hardware selection is how many concurrent viewers you expect. A single household watching independently (2–4 people, rarely all at the same time) is well served by an Intel iGPU. A multi-family or small friend group deployment (8–15 concurrent) warrants dedicated GPU budget. Tone-mapping HDR to SDR for displays without HDR support adds CPU or GPU overhead and should factor into sizing decisions — without tone-mapping, HDR content displayed on SDR screens looks washed out.

Jellyfin: completely free. Enable it in Dashboard → Playback → Transcoding.

Plex: requires Plex Pass. No exceptions for most hardware.

Jellyfin Docker Setup with Hardware Transcoding

Intel / AMD (VA-API):

services:
  jellyfin:
    image: lscr.io/linuxserver/jellyfin:latest
    container_name: jellyfin
    environment:
      - PUID=1000
      - PGID=1000
      - TZ=America/New_York
    volumes:
      - /opt/jellyfin/config:/config
      - /mnt/media/movies:/data/movies
      - /mnt/media/tv:/data/tvshows
    ports:
      - 8096:8096
    devices:
      - /dev/dri:/dev/dri
    group_add:
      - "109"  # render group GID — check with: getent group render
    restart: unless-stopped

NVIDIA (NVENC/NVDEC):

services:
  jellyfin:
    image: lscr.io/linuxserver/jellyfin:latest
    container_name: jellyfin
    runtime: nvidia
    environment:
      - PUID=1000
      - PGID=1000
      - TZ=America/New_York
      - NVIDIA_VISIBLE_DEVICES=all
      - NVIDIA_DRIVER_CAPABILITIES=all
    volumes:
      - /opt/jellyfin/config:/config
      - /mnt/media/movies:/data/movies
      - /mnt/media/tv:/data/tvshows
    ports:
      - 8096:8096
    restart: unless-stopped

After starting, go to Dashboard → Playback → Transcoding and select your hardware acceleration method (NVENC for NVIDIA, VA-API for Intel/AMD). Test with a 4K file by clicking the quality selector down to 1080p — you should see hardware transcoding in the active sessions view.

Supported hardware:

NVIDIA: Maxwell architecture and newer (GTX 750+, all RTX cards)
AMD: GCN architecture and newer, via VA-API
Intel: Broadwell+ Quick Sync (iGPU), Intel Arc dedicated GPUs
ARM64: Apple Silicon via VideoToolbox; ARM SoCs

Privacy: A Real Difference

Plex's March 2025 privacy policy update is worth knowing about:

New accounts (post March 20, 2025) are enrolled in data sharing by default
Plex reserves the right to sell anonymized data to third parties
Playback telemetry (what you watch, for how long, from where) is collected by default
Opt-out exists in account settings but is not visible during setup

Jellyfin collects nothing:

No Plex account. No Jellyfin account. No authentication call to external servers.
No telemetry, no analytics, no crash reporting
The only outbound connections are to metadata providers you configure (TMDB, TVDB, MusicBrainz) — and these can be disabled
Your media library contents, viewing history, and usage patterns never leave your server

For most homelabs this is philosophical rather than urgent. But in households with privacy-conscious family members, or in any context where viewing history is sensitive, Jellyfin's model is structurally different.

Jellyfin v10.11: What Changed

The v10.11.x series (released late 2025 through early 2026) represents the most significant Jellyfin architectural improvements in years:

Database overhaul — Migrated from raw SQLite queries scattered across the codebase to EF Core ORM with a unified jellyfin.db. This fixes a class of concurrency bugs that caused intermittent corruption in large libraries and dramatically improves reliability under simultaneous user load.

Built-in backup UI — Dashboard now includes a graphical backup tool covering database, metadata, subtitles, and trickplay images. Previously required manual file copying or external scripts.

Storage monitoring — Server refuses to start with less than 2 GB free disk space (prevents the silent "runs out of space, metadata writes fail" failure mode). Dashboard shows library stats and available storage at a glance.

Aggressive metadata caching — UI is noticeably faster. Library browsing, collection views, and the dashboard load significantly quicker than v10.10.

HEVC in Firefox — Firefox 134+ now supports HEVC/H.265 decoding. Jellyfin leverages this to direct-play 4K HEVC content in Firefox without transcoding — a major reduction in server load for Firefox users.

ARM64 only — ARM32 support (Raspberry Pi 1 and 2) was dropped. If you're on Raspberry Pi 3 or later (ARM64), you're fine.

Migrating from Plex to Jellyfin

Full database migration isn't possible (different schemas), but the practical impact is smaller than it sounds:

Media files: No changes needed. Jellyfin uses the same naming conventions as Plex (Plex's standard is the community standard). Your existing files just get scanned into Jellyfin.

Watch history: Use JellyPlex-Watched — syncs watched status between Plex and Jellyfin via API. Run once to initialize, then optionally keep running for bidirectional sync during a parallel operation period.

Or via Trakt.tv:

Install the Trakt plugin for Plex → sync your history to Trakt
Install the Trakt plugin for Jellyfin → pull history from Trakt

Metadata and posters: Jellyfin re-scrapes from TMDB/TVDB on first scan. Custom posters need to be moved manually, but for most libraries the auto-scraped metadata is identical to what Plex would show.

Sonarr/Radarr users: No change needed. Sonarr/Radarr manage your files and can write .nfo sidecar files that Jellyfin reads automatically.

Client Apps: Where Plex Still Wins

Plex's first-party apps — particularly on Apple TV — are significantly more polished than Jellyfin's. This is the one area where paying for Plex makes a defensible case.

Jellyfin clients:

Web browser (built-in, functional)
Android and iOS (official apps, improving)
Android TV, Amazon Fire TV (official apps)
Roku (official channel)
LG WebOS and Samsung Tizen (via web app)
Xbox (official app)
Third-party: Swiftfin (iOS, highly rated), Infuse (iOS/tvOS, best Jellyfin iOS experience), Finamp (music)

The Apple TV gap: Jellyfin's Apple TV app is in development but not yet on the App Store as of early 2026. Infuse (paid, $9.99/year) is the best Jellyfin Apple TV client — it connects to Jellyfin and provides a Netflix-tier UI. This adds cost but stays well under Plex Pass pricing.

The Roku and Fire TV experience: Jellyfin's official Roku and Fire TV apps are functional but less polished than Plex's. Community apps like Moonfin on Android TV/Fire TV are popular alternatives.

Emby: The Third Option

Emby is worth a brief mention. Jellyfin was forked from Emby's open-source codebase in 2018 when Emby went closed-source. Emby Premiere costs $4.99/month or ~$119 lifetime.

Emby sits between Plex and Jellyfin in price and polish, but its community is dramatically smaller (4,800 GitHub stars vs 49,300 for Jellyfin). Unless you have a specific reason to prefer Emby's proprietary features, Jellyfin is the better open-source choice and Plex is the better commercial choice. Emby's middle position doesn't serve most users well.

Who Should Switch to Jellyfin

Switch to Jellyfin if:

You're paying for Plex Pass primarily for hardware transcoding — Jellyfin is free
Remote streaming is why you have Plex Pass — Jellyfin doesn't require a subscription
Your household uses Android, Roku, Fire TV, or web browser — the client experience is comparable
Privacy matters — Jellyfin has no telemetry, no cloud auth, no data collection

Stay on Plex if:

Your household primarily uses Apple TV and wants the best TV app experience
You bought the lifetime Plex Pass years ago and it's already paid for
You want Netflix-polish UI on every device and don't want to research third-party clients

Protecting Your Jellyfin Library with Backups

One area where Plex has a slight operational edge: if your Plex server dies, your watch history and metadata are recoverable from Plex's cloud account. Jellyfin stores everything locally — metadata, thumbnails, watch history, user data, and the SQLite database — which means you own it completely but also means you need a backup strategy.

The practical approach for most self-hosters is a three-part backup: daily PostgreSQL (or SQLite) database export, periodic sync of the Jellyfin config directory to offsite storage, and a media-file backup strategy appropriate for your library size. For the media files themselves, since they're typically sourced from physical media you own, many users skip backing up the video files and focus only on the Jellyfin config and database. Reconstructing metadata is an afternoon of work; reconstructing a 10TB movie library from scratch is not.

The Jellyfin config directory (typically /opt/jellyfin/config) contains your user accounts, library configuration, authentication keys, and the media database. This is small (under 1GB for most libraries) and fast to back up. Schedule a nightly cron to copy it to a separate drive and a weekly sync to offsite cloud storage.

The v10.11 built-in backup UI makes this somewhat easier than before, but it covers only select components and doesn't replace a proper off-server backup strategy. For an automated, set-and-forget backup solution covering your Jellyfin config and any other self-hosted services on the same server, see automated server backups with restic and rclone.

Browse all Plex alternatives at OSSAlt. Related: complete homelab software stack guide, Uptime Kuma monitoring for homelabs.

The SaaS-to-Self-Hosted Migration Guide (Free PDF)