The 7 most important video formats: basic knowledge for video marketing

AVI, MP4, or MOV. Most people have come across these file extensions at some point. Choosing suitable video formats is a key factor for the technical quality of video campaigns. Even without prior knowledge, it is possible to quickly understand which format fits which use case.

The two core questions are:

• Which format is suitable for which purpose?

• What are the advantages and disadvantages of the different formats?

Before looking at the individual formats, one distinction matters. Video format and video codec are often confused.

What is the difference between a video format and a video codec?

A video format, for example MP4, is a container. It enables structured storage of video data, audio data, subtitles, and metadata. The format defines how these elements are organized within the file.

A video codec, by contrast, is an algorithm used to compress and decompress video data. A common example is H.264.

In short:

• The video format defines the file structure.

• The codec defines how the video data is encoded and stored.

1. MP4, MPEG 4 Part 14

MP4 is the most widely used video format. It combines good image quality with relatively small file sizes and works across many contexts. Typical use cases include HD television, streaming services, Blu rays, and online video. Modern browsers support MP4 playback with H.264 encoded video, which makes MP4 a highly compatible default.

Name

• File extension: MP4

• Full name: MPEG 4 Part 14

• An evolution of older MPEG standards. MPEG 2 was used for DVDs. MP3 is also part of the MPEG family.

Technical details

• MP4 is based on Apple’s QuickTime format.

• Most common codec: H.264

• For resolutions beyond Full HD, H.265, also known as HEVC, is often recommended because it compresses more efficiently.

• H.265 is not fully compatible with all browsers.

Metadata

• Own internal metadata structure

• Additional support for XMP

Social media

• Supported for uploads to Facebook, Instagram, TikTok, X, and YouTube.

Example configuration for YouTube uploads with SDR

• Codec: H.264

• Aspect ratio: 16:9

• Frames per second: 25

• SDR

• Recommended constant bitrates

Storage per minute by resolution

• 720p: 37.5 MB, about 5 Mbit per second

• 1080p: 60 MB, about 8 Mbit per second

• 2160p: 300 MB, about 40 Mbit per second

2. MOV, QuickTime

MOV is the file extension for Apple’s QuickTime format. iPhones use it when recording video. QuickTime is also common in professional editing workflows because tools such as Adobe Premiere and Final Cut work reliably with it. MOV is widely used in film production. On non Apple devices, playback reliability depends on the setup.

Name

• MOV refers to movie

• Alternative extension: QT for QuickTime

Technical details

• QuickTime supports many codecs and is therefore a very flexible container.

Metadata

• Own structure

• XMP can be used as well

Social media

• Supported for uploads to Facebook, Instagram, TikTok, X, and YouTube.

Example configuration for professional film production

• Codec: Apple ProRes 422

• Aspect ratio: 16:9

• Frames per second: 25

• HDR

• Constant bitrates

Storage per minute by resolution

• 720p: 458 MB, about 61 Mbit per second

• 1080p: 915 MB, about 122 Mbit per second

• 2160p: 3,690 MB, about 492 Mbit per second

3. MKV, Matroska

MKV is a stream capable container format that supports many codecs and can be used flexibly. It is open source and royalty free. MKV is common in open source environments but less common among typical users. It often appears in home cinema contexts.

Name

• The name refers to Russian nesting dolls, Matryoshka

• A reference to the container concept

Technical details

• Supports high resolutions and modern compression.

• Not all devices, media players, and browsers can play MKV reliably.

Metadata

• Own structure

• No XMP support

Social media

• Supported for uploads to Facebook.

Example configuration for high resolution sports livestreams

• Codec: HEVC

• Aspect ratio: 16:9

• Frames per second: 60

• SDR

• Constant bitrates

Storage per minute by resolution

• 720p: 30 MB, about 4 Mbit per second

• 1080p: 68 MB, about 9 Mbit per second

• 2160p: 142 MB, about 19 Mbit per second

Note

• Another open but less relevant format is OGV, Ogg Video.

4. WebM, Web Media

WebM is an open, royalty free video format supported by Google. It was developed for use on websites and is well suited for streaming. Major browsers support WebM.

Name

• WebM stands for Web Media

• Related image format: WebP

Technical details

• WebM is based on Matroska but limited to a small set of codecs.

  • VP8 or VP9 for video

  • Vorbis or Opus for audio

• Good quality at small file sizes and fast load times on the web.

• Can be embedded in HTML5 without plugins. This made Flash based video workflows obsolete.

Metadata

• Own structure

• No XMP support

Social media

• Supported for uploads to YouTube.

Example configuration for mobile streaming

• Codec: VP9

• Aspect ratio: 16:9

• Frames per second: 25

• SDR

• Recommended constant bitrates

Storage per minute by resolution

• 720p: 7.5 MB, about 1 Mbit per second

• 1080p: 13.5 MB, about 1.8 Mbit per second

• 2160p: 90 MB, about 12 Mbit per second

5. MXF, Material Exchange Format

MXF is designed for professional video and audio workflows. It is used in broadcasting and film production and supports extensive data and metadata. It is also relevant in Digital Cinema Package workflows and therefore common in cinema environments.

Technical details

• Open format

• Limited support across consumer devices and typical media players

• Rarely used outside professional environments

Metadata

• Own specifications and structure

• XMP support only via sidecar files

Social media

• Not supported, not suitable for uploads.

Example configuration for high quality broadcast production

• Codec: XAVC I, Class 200 for 1080p, Class 480 for 2160p

• Aspect ratio: 16:9

• Frames per second: 50

• HDR

• Constant bitrates

Storage per minute by resolution

• 1080p: 3,410 MB, about 454 Mbit per second

• 2160p: 6,000 MB, about 800 Mbit per second

6. AVI, Audio Video Interleave

AVI is an older format from 1992 and is largely outdated today. It was developed by Microsoft as a response to QuickTime and is mainly associated with Windows systems.

Name

• Audio Video Interleave refers to the interleaved storage of audio and video.

Technical details

• Not suitable for streaming

• Does not support subtitles

• Rarely a good choice for modern workflows

Metadata

• Own structure plus XMP support

Social media

• Supported for uploads to Facebook, TikTok, and YouTube.

Example configuration for offline playback on a PC

• Codec: H.264

• Aspect ratio: 16:9

• Frames per second: 25

• SDR

• Common constant bitrates

Storage per minute by resolution

• 480p: 19 MB, about 2.5 Mbit per second

• 720p: 38 MB, about 5 Mbit per second

7. ASF, Advanced Systems Format

ASF was developed by Microsoft as a successor to AVI. It is designed for video streaming and supports high resolutions with strong compression. Despite its intended role, adoption remained limited.

Name

• ASF is used as a file extension

• WMV is also used. WMV often points to the underlying codec family.

Technical details

• Supports Digital Rights Management, DRM

• Suitable for controlled distribution and monetization of digital video products

Metadata

• Own structure plus XMP support

Social media

• Supported for uploads to Facebook and YouTube.

Example configuration for video streaming

• Codec: WMV3

• Aspect ratio: 16:9

• Frames per second: 25

• SDR

• Common constant bitrates

Storage per minute by resolution

• 720p: 19 MB, about 2.5 Mbit per second

• 1080p: 30 MB, about 4 Mbit per second