Digitize & Archive DVDs
What you'll really need in 2026: Convert your DVD collection to MP4, understand Blu-ray, and permanently secure your movies.
In 2026, hundreds of DVDs will be on your shelf, but no DVD player in your living room. This page is the practical guide for modern DVD topics: digitizing, archiving, understanding Blu-ray, understanding video formats – plus the history of DVD copy protection.
📋 Content of this page
Digitize DVDs
Hundreds of DVDs on your shelf, but no DVD player in your living room anymore? Smart TVs, tablets, and NAS systems don't directly understand DVD files – your collection needs to be converted into modern formats.
What is legally permitted
⚠️ Since 2004, circumventing effective copy protection mechanisms has been prohibited in Germany – even for private copies. Since virtually all purchased video DVDs are CSS-protected, digitally ripping them is legally sensitive.
Digitizing unprotected DVDs is permitted: your own recordings, family videos, unprotected training DVDs, expired works.
Circumventing CSS, APS, and other protection mechanisms is forbidden – even for your own backup copy.
Workflow for unprotected DVDs
- Check DVD content Is it a video DVD (movie structure) or a data DVD? For movies: Which languages, subtitles, chapters do you want to keep?
- Choose target format For Smart TV and tablet: MP4 with h.264/h.265. For maximum flexibility: MKV (can contain multiple audio tracks and subtitles).
- Convert With MyFormatConverter (or similar software), the DVD can be converted directly to MP4/MKV – including the selection of desired audio track and subtitles.
- Check quality After conversion, test the movie on the end devices: does it play on Smart TV, tablet, NAS player? Is the audio synchronized? Are subtitles present?
- Plan storage location Archive on NAS, external hard drive, or cloud. It is best to keep the original DVD parallel – as a physical backup.
Video Formats Comparison
MP4, MKV, AVI, MOV – which format for what purpose? Here are the most important containers and codecs:
| Container | Codecs | Strengths | Ideal for |
|---|---|---|---|
| MP4 | h.264, h.265, AAC | Universal support, small file size | Smart TV, Tablet, Smartphone, Web |
| MKV | Any (h.264, AV1, FLAC, …) | Multiple audio tracks & subtitles, any codecs | NAS, Media Player, Collections |
| AVI | Various (old: DivX, Xvid) | Very widely readable, even old devices | Legacy hardware, compatibility |
| MOV | Apple-proprietary plus h.264 etc. | Apple workflow, editing software | macOS, Final Cut, iMovie |
| WebM | VP9, AV1, Opus | Open source, browser-native | Websites, HTML5 video |
Container vs. Codec — the Difference
A container (MP4, MKV) is the "wrapper" – it contains video, audio, subtitles. A codec (h.264, h.265) is the actual compression method. Some players may understand a container but not the embedded codec – resulting in video without sound or vice versa.
💡 Practical tip: For collections, we recommend MKV with h.265 video and AAC audio. h.265 is approx. 50% more efficient than h.264 at the same quality – saving storage space.
Archive Movies Properly
A video collection can quickly become disorganized. Here are the most important practical rules:
Proven Structures
- One folder per movie with the same name as the file – easier to find
- Consistent naming:
Movie Title (Year).mkv– Plex, Jellyfin, etc. recognize this automatically - Series separate from movies:
/Movies/and/Series/Series Name/Season 01/ - Home videos in their own folder:
/Home Videos/Year/
Backup Strategy
The 3-2-1 rule: Three copies, on two different media types, one of which is offline (or offsite).
- Primary storage: NAS or fast server
- Backup 1: External hard drive, regularly (e.g., monthly) synced
- Backup 2: Cloud (e.g., encrypted container) or second external drive in a different location
Find & Avoid Duplicates
In large collections, duplicates often creep in – the same movie in two qualities, or the DVD rip version alongside the stream download. Tools like Duplicate File Finder or hash-based duplicate search can quickly save several hundred GB.
Metadata – for Plex & Co. to work
Media players like Plex, Jellyfin, Kodi pull covers, descriptions, cast, and trailers from online databases (TMDB, TVDB). Prerequisite: correct file names with movie title + year. For perfectionists, NFO files with metadata can also be stored directly in the movie folder.
Understand Blu-ray
Blu-ray is the successor to DVD – on the market since 2006, it won the format war against HD DVD. Technically:
- Blue laser (405 nm) instead of red (650 nm) – smaller pits, more data
- 25 GB single-layer / 50 GB dual-layer (standard)
- Full HD (1080p) video at 1× speed
- Higher bitrates than DVD: typical video 25–40 Mbit/s
UHD Blu-ray (4K Blu-ray)
Since 2016: Ultra HD Blu-ray with 4K resolution (3840 × 2160), HDR (Dolby Vision, HDR10) and h.265 codec.
- 50 GB dual-layer / 66 GB triple-layer / 100 GB quad-layer
- Video bitrate up to 108 Mbit/s
- Requires UHD player and 4K TV with HDCP 2.2
When is what worthwhile?
🤔 DVD vs. Blu-ray vs. UHD Blu-ray vs. Streaming
DVD: Sufficient for older movies, small screens. Today, only useful for cheap access or favorite movies not available for streaming.
Blu-ray: Solid choice for home cinema with Full HD. Better picture and sound quality than any stream – no buffering, no compression artifacts.
UHD Blu-ray: For 4K home cinema enthusiasts. Best possible home quality – technically superior to even the best 4K stream.
Streaming: More convenient, but compressed. Disappears if provider loses license. Physical discs have an advantage here.
DVD Copy Protection — The Historical Overview
Film studios were thorough with DVD protection right from the start: five parallel protection schemes. Largely obsolete today, but for historical context:
Analog copy protection by Macrovision. Even DVD-ROM drives and decoder/graphics cards with composite/S-Video output had to support it. When played back, additional signals are added that confuse old VCRs. The trick: invisible when viewed on TV or a monitor.
Prevents video tracks from simply being pulled onto the hard drive. The data is encrypted; only players with a CSS license can decode it. The source code has been freely available on the internet for years – but bypassing it has been forbidden in Germany since 2004.
Hardware protection: CGMS information is transmitted via the digital output, telling recording devices how many times a copy can be made. Playback devices receive the full data, while recording devices only receive what the DVD permits.
For each DVD, it is defined which part can be copied how many times. This is intended to prevent multiple generations of copies from being created from an original. CGMS information is inserted into both digital and analog signals – players without CGMS support ignore it.
A futuristic concept of the early 2000s: visually invisible additional information per frame – recording hardware was supposed to react to it. Rarely implemented in practice.
Region Codes
Eight worldwide region codes: DVDs from Region 2 (Europe) only play on Region 2 players. This was intended to protect the film premiere strategy (cinema first, DVD later) – it is hardly enforced today, as many players are code-free.
📜 MovieJack — the Engelmann classic
Around 2003, with MovieJack, we had arguably the most successful DVD ripper on the market – it cracked CSS and removed Macrovision. We topped the sales charts across Europe; in the USA, the software was called DVDCopyPlus 5, distributed by 321Studios. Macrovision sued 321Studios into the ground, and MovieJack disappeared with the copyright amendment in 2004. Today, MovieJack is streaming recording software – the DVD story is in the past.
Software for your film projects
MyFormatConverter converts videos to any format. CDRWIN burns DVDs & Blu-rays. Forensic System recovers corrupted discs.