Ogg Video File Format: Definition, Uses, History

OGG Video File Format

OGG Video File Format

Ogg Video is a container format that can hold different multimedia data types, including video, audio, text (like subtitles), and metadata (like track information), mainly for streaming and digital media.  The name Ogg was derived from the word “ogging” – jargon from the game ‘Netrek’ which meant doing something forcefully with the possibility of draining resources.

During its development, Ogg was thought to be an ambitious project due to computer hardware limitations and that earned it its name.  Ogg files can contain various data independently and combined. For example, .oga is an extension used for audio-only files, the .ogv extension shows that the file contains video data(with or without sound), and the .ogx extension is used for multiplexed Ogg. The Ogg project was initiated in 1993 by a non-profit organization called Xiph.Org Foundation, which aimed to create a free, open container format that is unrestricted by software patents. The Ogg format has seen significant technical advancements over the years that have led to its widespread adoption.

Ogg Video is widely used for streaming over the internet, in video editing and playback software, and by various media players. Its open format means it’s supported on various platforms and devices, offering flexibility in how and where you can use your media files. Educational institutions, gaming, and online video platforms find Ogg particularly useful because of its adaptability and the cost benefits of using a non-proprietary format.

One of the biggest draws of Ogg Video is that it’s open-source and royalty-free, reducing costs and increasing accessibility for developers and content creators. Also, it supports multiple data types, not just video and audio, making it a handy format for a wide range of multimedia projects. Another advantage of Ogg is that it uses Theora for video compression, which delivers respectable quality at lower bit rates, reducing the file size and making it efficient for streaming without consuming too much bandwidth.

While boasting many advantageous features, Ogg Video also has its limitations and shortcomings. Although it’s well-supported across many open-source and free platforms, some mainstream devices and media players do not natively support Ogg Video, which can limit its usability for some users. Additionally, Ogg is unable to contain high-definition videos due to the efficiency of the codecs supported by the format. This also limits the use cases of the video file format.

Ogg Video is a great choice for any user in need of an open, free, and versatile multimedia container format. Coupled with its flexibility, the compression techniques employed by the Ogg video format make it perfect for content creators, developers, and internet sharing.

Name Ogg Video
File Extension .ogv
Container Format Ogg
Video Coding Format Theora
Audio Coding Format Vorbis
Year Created 2000
Size 5-10 MB/min
Common Uses Internet streaming, free and open source software, educational content

What are OGV Video Files?

OGV video files are multimedia files containing video data stored in the Ogg container format. These files may or may not also contain audio data. The .ogv extension is used to represent OGV video files. The flexibility of the Ogg container format extends to OGV video files as a video stream can be encoded with one codec and an audio stream with another, all within a single OGV file.

OGV files are widely used in applications that benefit from the absence of licensing fees and format restrictions. OGV is well-suited for streaming video content on the internet, especially on platforms committed to open standards and software. Given its open nature, OGV files can be played on various operating systems and devices without compatibility issues, making it a good choice for content intended for a wide audience.

OGV’s free-to-use characteristic makes it appealing for educational resources and open-source projects, where budget constraints can limit the use of proprietary formats.

OGV files commonly use Theora for video encoding, efficiently balancing file size and quality. Vorbis, a codec known for its efficiency and high-quality audio, is the common choice for audio compression. All the data is stored in the Ogg container format, designed to be streamable and capable of multiplexing various codecs.

The adoption of OGV and the Ogg format reflects a broader movement towards open standards in digital media. By eliminating licensing fees and reducing restrictions on usage, OGV files help democratize media production and distribution, enabling creators and developers to deliver high-quality content without the overhead of proprietary formats. This approach supports innovation in the digital media space and ensures that users have access to diverse and rich multimedia experiences across various platforms and devices.

What are OGG audio files?

OGG audio files, identifiable by the extension .oga, are open audio file formats capable of storing and streaming high-quality audio. The quality of this audio data fosters its widespread use in music and spoken word recordings.

What is the Container used with OGG Files?

The container format used with OGG files is the Ogg container format itself. Capable of multiplexing different codecs, the Ogg container can hold multiple data with different compression techniques. The Ogg container can encapsulate Vorbis and Opus codec for audio, Theora codec for video, and Speex for speech. The container format supports comprehensive metadata, storing information like track titles, artists, and album art within the file. As a major project of the Xiph.org Foundation, the Ogg container format is designed to be open and free, liberating users from any licensing or patent restrictions. The format is mainly optimized for efficient streaming and is a popular choice for online video and audio delivery.

What Audio Encoding does OGG Video Use?

OGG Video files contained in the Ogg container use the Vorbis codec for audio encoding. Vorbis is a lossy compression technique designed to produce high-quality audio at a wide range of bit rates, making it versatile for various applications, from low-bandwidth streaming to high-fidelity music storage. It is highly efficient in terms of compression, offering smaller file sizes at comparable quality levels to other audio codecs like MP3. Vorbis is free to use and without licensing fees, making it very popular among content creators and developers. The codec is also supported across various platforms and devices.

What Video Encoding does OGG Video Use?

OGG Video uses the Theora codec for video data compression. Theora is an open-source, lossy video compression format developed by the Xiph.Org Foundation, designed to be freely available and patent-free. Theora is capable of producing good-quality video at lower bitrates without compromising the file size. Theora video encoded within OGG files is supported by various media players, browsers, and platforms, promoting broad usability across different devices and operating systems. Like all the other Xiph.org projects, Theora is free to use and is very commonly applied in many use cases.

What is Theora?

Theora is an open standard, lossy video compression technique commonly used in encoding Ogg video files. Theora is optimized for efficient streaming over the internet and is capable of handling a wide range of video resolutions and frame rates. Theora is also supported by many open-source video players and multimedia frameworks. Theora’s open-source build makes it suitable for digital archiving, allowing users long-term access while avoiding licensing fees and royalties.

How are OGG Files Used?

Due to the open format and quality of video and audio contained, OGG files are widely utilized across several fields. Their use spans from professional to casual settings, including streaming services, software development, and gaming.

In web streaming, OGG’s efficient compression helps to deliver quality video and audio with less bandwidth. Due to its open format, it is used by many websites. OGG files are also widely utilized in software and games for in-game music, sound effects, and video clips. The Vorbis-encoded audio in OGG files makes it a popular choice among music and podcast creators. Organizations that archive digital media have also been known to favour OGG files to ensure long-term accessibility without the fear of future licensing fees or compatibility issues.

The codecs used in OGG files ensure their compatibility with several platforms, devices, and software. Media players like VLC Media Player, Winamp, and Foobar2000 support OGG files and can play them on various devices. Web browsers like Firefox, Chrome, and Opera support OGG files for audio and video content, making it easy to stream OGG media directly in the browser without additional plugins. Audacity and Blender are examples of open-source software that support OGG files and allow users to use them in projects. Game developers also find it comfortable to use OGG files for video and audio as game engines such as Unity and Unreal Engine support the content.

The broad adoption of OGG files across these diverse applications underscores the format’s versatility and the value of its open, royalty-free model. OGG files serve a vital role in facilitating high-quality, efficient, and accessible digital media experiences. Their usage across streaming services, software development, and digital archiving illustrates the format’s adaptability and enduring appeal in digital media.

How to Play OGG Files

Most media players support the OGG files codecs and can provide media playback of the content. Some media players that can be used to play OGG files are VLC Media Player, Foobar2000, Winamp, Audacity, MediaMonkey, and AIMP. These media players have software versions for most devices, so users can enjoy their OGG file content as desired.

To play OGG files, follow these simple steps:

  • Choose a media player: Most media players have built-in support for OGG files, and the choice depends on the user’s preference.
  • Download and install the media player from an app store or the software’s official website.
  • If your media player is set as default, you can easily play your OGG files by double-clicking on them. Otherwise, open your media player and go to ‘File’ – ‘Open.’ Navigate to the folder containing your OGG files and select whichever you want to play.

How to Play OGG Files on Windows 10

The Windows 10 operating system is compatible with various media players that support OGG files. One of the popular media players on Windows 10 that supports OGG files is VLC Media Player. To play an OGG file with VLC Media Player, follow these easy steps:

  • Go to www.videolan.org/vlc to download the software. Click on ‘Download VLC’ on the landing page to download the latest version of the media player. The download begins instantaneously and takes less than a minute to complete depending on your internet speed. The site automatically detects your operating system and device specifications and provides a compatible version. However, there’s an option of choosing which version you want if you’re downloading for a different device.
  • Once the download completes, run the setup file and follow the instructions to install the software on your device. Installation takes about a couple of minutes and is very straightforward.
  • After installing the player, go to the file location and right-click on it. Select ‘Open With’ and choose VLC Media Player, and your OGG file will play. Alternatively, open VLC Media Player, click ‘Media’ in the top left corner and select ‘Open File.’ Navigate to your file location, choose the OGG file you want to play and click ‘Open.’

The process is straightforward and similar for most media players. Other media players supported by Windows 10, such as  Foobar2000 and Winamp can also be downloaded from their official websites: www.foobar2000.org/download and www.winamp.com Windows 10 also has in-built media players (Groove Music and Windows Media Player) that can play OGG files, but it depends heavily on the system’s codec setup. Therefore, for guaranteed compatibility and a richer media experience, any of the mentioned software will be a great choice.

How to Play OGG Files on Windows 11

Windows 11 provides seamless playback of OGG media as it is compatible with many media players that support OGG file codecs. A popular and reliable option is the VLC Media player, renowned for its compatibility with many video and audio formats, including OGG. To play OGG files on VLC Media Player on Windows 11:

  • Download the software from the official website www.videolan.org/vlc. The site will automatically detect the specs and Windows model and provide the appropriate software version. Click on the ‘Download VLC’ button, and the download will begin immediately.
  • Once the download is complete, run the installation file and follow the instructions carefully.
  • After installation, right-click the OGG file in File Explorer, choose “Open with,” and then select “VLC Media Player” or launch VLC Media Player, select “Media” > “Open File” from the menu, navigate to your OGG file, select it, and click “Open” to start playback.

Software like Foobar2000 (www.foobar2000.org/download) and AIMP (http://www.aimp.ru/) are alternative media players compatible with Windows 11 that can play OGG files.

How to Play OGG Files on Mac/iOS

There are a couple of methods that can be employed to play OGG audio and video on Mac/iOS devices.

  1. OGG files can be played on Mac/iOS with iTunes and QuickTime player. However, to play OGG files with these applications, the device needs to contain the Xiph Ogg QuickTime Component.
  • From the official website https://www.xiph.org/QuickTime/download.html, download the component and double-click the .dmg file.
  • Drag the XiphQT.component inside the .dmg file to your QuickTime Component folder (User – Library – QuickTime)
  • Add your OGG file to iTunes by going to the ‘File Menu’ option in the app and clicking on ‘Add to Library.’ Then, navigate to where your OGG file is on your computer and click the ‘Choose’ button. Your file can now be played seamlessly on iTunes.

You can also use QuickTime Player to play your OGG video or audio files after downloading the Xiph QuickTime Component.

  1. OGG files(video and audio) can also be played using VLC Media Player.
  • Go to the App Store or the official website https://videolan.org/vlc/ to download the software on your Mac/iOS device.
  • Install the application and navigate to the location of your OGG file. Right-click on the file and click ‘Open With’ from the options displayed. Select ‘VLC Media Player,’ and your file will play immediately.
  • Alternatively, open the VLC Media Player and click ‘File’ in the menu bar at the top of the screen. Select ‘Open File’ from the dropdown menu. Navigate to the location of your OGG file, select it, and click ‘Open.’

How to Play OGG Files on iPhone

VLC Media Player is the best choice for playing OGG files on iPhone. The software has built-in support for Ogg codecs and allows for seamless playback on most devices. To play OGG files on your iPhone using VLC Media Player:

  • Open the app store and input ‘VLC for Mobile’ in the search tab. Select the VLC Media Player app from the results and click ‘Get’ to download and install the application.
  • Transfer the OGG files to your iPhone and open the VLC app. If you transferred the files through file sharing, they should appear under the ‘All Files’ in VLC Media Player. If you’re accessing them from a cloud service, navigate to the Network tab and select your service.
  • Tap on the OGG file you want to play, and VLC will start playing it immediately.

How to Play OGG Files on Android

OGG files can be played on Android devices with the VLC Media Player.

  • Download the software from the Google Play Store and wait for the download and installation to finish.
  • After installation, open VLC Media Player. Your media would have been updated in the app, and you can search or scroll to find your OGG file. Otherwise, navigate to the folder you saved the OGG files to select the one you want to play.
  • Click the file, and VLC will start playing it instantaneously.

VLC Media Player can also be used to organize OGG files and other media into playlists for easy access and seamless playback. You can also adjust playback speed, equalizer settings, and more to enhance your listening experience.

How to Compress OGG Files

OGG files are natively compressed using the Vorbis and Theora codecs for audio and video respectively. Vorbis and Theora are open-source compression algorithms used to reduce the file size of Ogg data while maintaining a good enough quality. In other words, they are lossy compression techniques as they eliminate certain parts of the data that are deemed unnecessary.

Some OGG files are uncompressed and are called OGG Raw. OGG Raw files are audio and video data stored in the OGG container that is not subjected to any form of compression. In other words, it is in its original state and quality.

OGG files can easily be compressed using software or websites that offer the service. Some of them are Audacity, Wondershare Uniconverter, VLC Media Player, and FFmpeg. Websites that execute compression tasks include YouCompress.com, CloudConvert.com, etc. The process of compression is easy to execute on websites and software. Follow the simple steps below to compress your OGG files:

To compress using software, simply download and install the software, import your OGG file, adjust the settings according to the project’s demands, start the compression process, and export as a compressed OGG file once completed.

To compress using websites, input the URL in your browser and locate the ‘Add File’ or ‘Browse for Files’ button to import the file you want to compress. After importing, select the part you wish to compress and adjust the settings as desired. Once the settings match your demands, click ‘Compress’ and wait for the process to complete. After completion, download the compressed file to your device.

How to Edit OGG Files?

OGG files(audio and video) can be edited using various software that supports the codecs employed by these files. These tools offer capabilities ranging from simple trimming and merging to more complex editing tasks like mixing, effects application, and equalization. Some of the solutions for OGG editing include:

  • Audacity: is a free, open-source, cross-platform audio software that is ideal for editing OGG files. It allows users to cut, copy, splice, and mix sounds. Additionally, you can change the speed or pitch of a recording, apply a wide range of effects, and much more.
  • Shotcut: is a free, open-source, cross-platform video editor that supports a wide range of formats, including OGG video. It offers features such as video effects, transitions, color correction, and more.
  • Adobe Audition: is a comprehensive toolset that includes multitrack, waveform, and spectral display for creating, mixing, editing, and restoring audio content. It is powerful for editing OGG files, especially for professional users looking for advanced audio processing capabilities.
  • Blender: While primarily known as a 3D modelling and rendering software, Blender also includes a comprehensive video editing suite that supports various formats, including OGG video. Blender allows for complex video editing tasks, effects, and animation.
  • Ocenaudio: is an easy-to-use, fast, and functional cross-platform audio editor that is great for users who want to edit OGG files without a steep learning curve. It provides powerful features like VST plugin support, real-time preview of effects, and multi-selection for delicate editions.
  • FFmpeg: is a powerful command-line tool that can convert, stream, and edit audio and video files in various formats, including OGG video. While it doesn’t offer a graphical interface, it is useful for batch processing and custom encoding settings. It is recommended for users with advanced coding knowledge.

OGG files can also be edited using online converters such as AudioTrimmer.com and TwistedWave.com, which offer almost the same editing features as the software. These tools are useful for quick edits when you don’t have access to more comprehensive software. Upload your OGG file to the online platform, perform basic edits using the web-based interface, and then download your edited video.

History of OGG Video

The history of OGG Video dates back to when Xiph.Org Foundation kickstarted the OGG project in 1993 with the development of the OGG container. At a time when most digital video and audio formats were heavily patented and inaccessible to developers, content creators, and media consumers, the non-profit organization moved to create an open, patent-free alternative to proprietary multimedia formats. OGG Video was the perfect alternative as it offered quality video and audio data at relatively smaller sizes, allowing for seamless sharing and streaming over low bandwidths.

Theora, the video codec most associated with OGG video, was originally based on the VP3 codec donated by On2 Technologies to the public domain. Theora’s development was aimed at providing a high-quality, open-source video codec that could serve as a viable alternative to the dominant, patented codecs of the time, such as MPEG-2 and later MPEG-4 AVC (H.264).

The development of digital media rapidly grew in the late 1990s and early 2000s, alongside growing concerns about the limitations imposed by proprietary codecs and formats. The need for open, royalty-free video file formats became apparent as the Internet began to play a more significant role in media distribution. Xiph.Org Foundation aimed to address these concerns by developing a set of multimedia standards free from the constraints of patents and licensing fees. This had a positive effect on the growth of content creation, web/software development, and media sharing.

Consequently, there have been similar inventions by the Xiph.Org Foundation since the creation of OGG. Codecs like Theora and Vorbis were developed to encode audio and video data into OGG containers, balancing quality with file size. OGG video then became a symbol of the potential for open standards to compete with proprietary ones, encouraging the development of additional open formats and codecs, such as WebM and Opus. Opus was developed as an audio compression algorithm for OGG files to deliver higher-quality audio and lower latency.

The introduction of the OGG format, including audio and video components, has had a significant impact on the digital media landscape. It fostered the development of an open ecosystem for digital media, encouraging the creation and adoption of other open standards. OGG also helped democratize digital media creation and distribution by removing the financial barriers, making it more accessible to individuals and organizations worldwide. The OGG format’s open nature has spurred innovation in digital media technologies, leading to the development of new codecs, streaming technologies, and media players that support open standards.

OGG Video Compared to Other Video Formats

OGG Video has several unique features that distinguish it from other formats. At the same time, the video file format has its limitations and disadvantages.

Pros of OGG Video

  1. OGG Video is completely open-source and royalty-free, avoiding the licensing fees and legal complexities associated with many proprietary formats.
  2. Theora, the video codec used in OGG files, offers decent video quality at lower bitrates, making it suitable for online streaming where bandwidth might be limited.
  3. OGG Video is supported by a range of open-source and free software, including VLC Media Player, Firefox, Chrome, and Opera browsers, making it accessible for playback and distribution.
  4. OGG Video is ideal for open-source projects, non-profits, and educational content where budget constraints are considered.

Cons of OGG Video

  1. OGG Video is not as widely supported in hardware devices (such as smartphones and digital media players) as more mainstream formats like MP4.
  2. Theora, the compression technique used in OGG video does not match the compression efficiency or quality of newer codecs like H.264 (AVC), H.265 (HEVC), or AV1, especially at very low or very high bitrates.
  3. OGG Video is less adopted on major streaming platforms, as commercial media producers often prefer formats like MP4 with H.264/H.265 codecs due to their widespread compatibility and efficiency.

OGG Video has several use case scenarios and applications in different fields. It is commonly used in web streaming by platforms prioritizing open standards and where patent-free distribution is crucial. OGG Video is also an ideal choice in educational projects due to its cost-effectiveness and alignment with the principles of open access and information sharing. OGG video is also suitable for archiving in organizations looking for an open format to avoid future licensing issues.

Due to the limitations, there are various competing formats boasting features and applications that are lacking in OGG Video. Some of these formats are:

  • MP4 with H.264/H.265: The most widely used format for digital video, offering a good balance of quality and compression efficiency. It’s better suited for commercial streaming services, high-definition video content, and broad compatibility across devices and browsers.
  • WebM: Another open video format that uses the VP8/VP9 video codec and Vorbis/Opus audio codecs. WebM is designed for use on the web and is supported by most modern browsers. It offers better compression and quality at lower bitrates compared to Theora, making it a better choice for online video platforms looking for open formats.
  • AV1: A newer open video codec designed to replace VP9 and compete with H.265, offering superior compression efficiency without royalty fees. Ideal for future-proofing content and reducing bandwidth costs for high-resolution video streaming.

OGG video files hold a significant place in the digital video formats landscape, particularly for users and projects where open standards and royalty-free usage are paramount. While it may not offer the same efficiency level or device compatibility as some newer formats, its advantages make it an important option for specific applications. The choice of video format ultimately depends on the project’s specific needs, including quality, compatibility, licensing, and cost considerations.


OGV and MP4 are two of the most commonly used video file formats in the digital media world. They differ in several ways, and a user needs to compare their features, perks, and limitations side-by-side before deciding which one to use in a project.

In terms of quality, MP4 edges OGV. OGV makes use of the Theora codec for video compression. Even though it delivers decent-quality video, especially at lower bitrates, it might not achieve the same level of efficiency and visual fidelity as newer codecs like MP4. MP4 utilizes the H.264 (AVC) or H.265 (HEVC) codecs and is renowned for its high compression efficiency and superior video quality at a wide range of bit rates. H.264 has become a standard in video compression, offering excellent quality for both low and high-resolution video, making it the preferred choice for everything from mobile streaming to HD broadcasts. H.265 further improves on this, offering up to 50% better data compression at the same level of video quality or significantly improved video quality at the same bit rate as H.264.

The difference in efficiency between H.264 – the MP4 codec, and Theora – the OGV codec, contributes massively to the file sizes of the video formats. H.264 and H.265 are more efficient in compressing video data, reducing file sizes without a noticeable drop in quality. Therefore, OGV files are significantly larger than MP4 files for comparable video quality. MP4, as a result, is often the more efficient choice, especially when distributing content across various devices and platforms.

Both file formats are applied differently, and their use cases differ. OGG/OGV has found a niche within the open-source community and is well-supported by web browsers prioritizing open standards. It’s a popular choice for web developers and content creators who require a royalty-free format, making it suitable for projects where licensing costs and software freedom are primary concerns. Its adoption is particularly strong in online education, open-source video projects, and archival purposes where the open format is crucial.

MP4 is the go-to format for a wide range of applications, ranging from professional broadcasting and online streaming services to social media and personal video storage. Its widespread acceptance is bolstered by the support of industry-leading hardware and software, including smartphones, tablets, PCs, and smart TVs, making it ideal for content creators and distributors aiming for the widest possible audience reach.

For more information see our full guide on MP4 File Format.

How to Convert OGG/OGV to MP4

OGG/OGV files can be easily converted to MP4 using VLC Media Player, a versatile open-source tool available for Windows, macOS, and Linux.

  • Go to www.videolan.org/vlc to download the setup if you haven’t already.
  • Install and open the application.
  • Navigate to the ‘Media’ menu at the top left corner and select ‘Convert/Save.’
  • Click the ‘Add’ button in the ‘Open File’ dialog box.
  • Import your OGG/OGV file to the software.
  • After import, choose ‘Convert’ from the list of options in the ‘Convert/Save’ section.
  • Apply desired settings. You can also choose from readymade presets for different resolutions and codecs.
  • Select the destination folder and start your conversion. Once the conversion is complete, the file will be saved in the chosen location on the device.

Other software/websites that can be used to convert OGG/OGV files to MP4 are Handbrake and CloudConvert.com.

How to Convert MP4 to OGG/OGV

MP4 files can be converted to OGG/OGV by using the Movavi Converter. Movavi Converter is a versatile audio and video converter capable of handling batch operations and delivering high-quality output. The software is compatible with Windows and Mac operating systems. You can carry out the file conversion by following these simple steps:

  • Download the Movavi converter from the official website www.movavi.com/movavi-video-converter. Choose the operating system your system uses and download the compatible version.
  • Install it by following the on-screen instructions.
  • After installation, open the application, locate the MP4 files you want to convert and drag-and-drop them into the program’s window. Movavi converter has a bulk conversion feature, allowing users to convert multiple files simultaneously.
  • After importing your MP4 file, navigate to the ‘Formats’ menu and select OGG/OGV as the output format. You can also tweak the conversion settings, such as bitrate, resolution, quality, and codec.
  • Specify the output folder in the ‘Save To’ menu and click ‘Convert’ to start the process.
  • Wait for the conversion to be completed, and the new format will be saved to the chosen destination.

Other software that can be used to execute this task includes Handbrake, FFmpeg(for more advanced users), VLC Media Player, and VideoProc Converter AI. Online converters such as www.CloudConvert.com and www.FreeConvert.com can also be used for quicker execution.


OGG/OGV is open and royalty-free, making it appealing for projects and applications where avoiding licensing fees or promoting open standards is crucial. MOV is a widely supported proprietary format of Apple, often associated with the company’s ecosystem.

Quality-wise, OGG/OGV is inferior to MOV files. MOV, developed by Apple, can encapsulate a variety of high-quality codecs, including H.264 (AVC) and H.265 (HEVC) for video, which are known for their excellent compression efficiency and superior quality at both low and high bitrates. On the other hand, OGG/OGV files use the Theora codec, which was designed to deliver good-quality video and audio, particularly for lower bitrates. Therefore, MOV is a preferred choice for high-definition content and video production.

OGG/OGV files use the Theora codec, which is optimized to reduce file size at the expense of quality. However, more advanced compression techniques like H.264 and H.265 used in MOV files offer improved compression, maintaining high-quality data at relatively small file sizes. When compared, MOV files of the same quality have smaller file sizes than OGG/OGV files.

The OGG/OGV format is widely supported on open-source and web platforms and it is an excellent choice for web streaming and projects prioritizing open standards and royalty-free distribution. It is commonly used in educational materials, open-source projects, and web applications. Meanwhile, MOV is extensively used in professional video editing and multimedia presentations, especially within the Apple ecosystem. Its support for high-quality codecs makes it suitable for a wide range of applications, from amateur video projects to commercial film production.

For projects aimed at maximum compatibility across various devices and platforms, especially where bandwidth or licensing costs are concerns, OGG/OGV offers significant advantages. Conversely, for high-quality video production, especially within the Apple ecosystem, or when targeting high-definition content with efficient storage needs, MOV is the preferred format.

How to Convert OGG/OGV to MOV

FFmpeg is an advanced, powerful, versatile command-line tool for converting, streaming, and processing audio and video files. FFmpeg is free, open-source, and available for Windows, macOS, and Linux. It can be used to convert OGG/OGV files to MOV through these steps:

  • Download and Install FFmpeg

For Windows, download FFmpeg from the official website www.ffmpeg.org/download.html, extract the ZIP file to a folder and add the bin directory (where ffmpeg.exe is located) to your system’s PATH environment variable.

For macOS, install FFmpeg using Homebrew with the command ‘brew install ffmpeg’ in the Terminal.

For Linux, Install FFmpeg using your distribution’s package manager.

  • Open a command-line interface (Terminal on macOS and Linux, Command Prompt on Windows) and use the following command structure to convert your file:

ffmpeg -i input.ogv -q:v 10 -c:v libx264 -c:a aac -b:a 128k output.mov

You can adjust the quality, bitrate, and codec by altering the data in the code.

Other software like Handbrake and VLC Media Player are capable of converting OGG/OGV files to MOV, albeit through a different process. Online converters can also be utilized for quick conversions.

How to Convert MOV to OGG/OGV

Here’s how you can convert your MOV files to OGG/OGV by using VLC Media Player:

  • Download and Install VLC: If not already installed, download VLC from www.videolan.org/vlc and install it.
  • Open VLC Media Player.
  • Access Convert Feature: Go to ‘Media > Convert/Save’ (or ‘File > Convert / Stream’ on macOS).
  • Add MOV File: Click ‘Add,’ browse to your MOV file, select it, and click ‘Open.’
  • Choose ‘Convert’ after clicking ‘Convert/Save’ at the bottom.
  • Select Output Format: In the Profile dropdown, choose ‘Video – Theora + Vorbis (OGG).’
  • Specify Destination File:
  • Click Browse next to the destination file.
  • Choose the save location, enter a file name with the .ogg extension, and click ‘Save.’
  • Start Conversion: Click ‘Start’ to begin the conversion process.
  • Check the Converted File: Once the conversion is complete, locate the file in the specified destination folder.

Conversion of MOV files to OGG/OGV can also be carried out with FFmpeg, Handbrake, and online converters.


MKV is a flexible container that can support a wide range of codecs, including high-efficiency codecs like H.264, H.265 (HEVC), and VP9 for video, as well as AAC, DTS, and Dolby Digital for audio. This flexibility allows MKV files to achieve superior quality, especially when using the latest codecs. In comparison, the codecs used in encoding OGG/OGV data – Theora and Vorbis/Opus – cannot match the quality delivered by MKV’s newer and more advanced compression techniques.

Consequently, the advancement in compression techniques allows MKV videos to balance quality and file size. OGG/OGV uses older and less efficient codecs like Theora and Vorbis. As a result, these high-efficiency codecs ensure that MKV videos have relatively smaller file sizes than OGG/OGV files at similar quality levels.

MKV is widely used in video archiving, high-definition video sharing, and by enthusiasts and professionals in the media industry. Its ability to include multiple audio tracks, subtitles, and chapter points in a single file makes it popular for movies and TV shows. Meanwhile, OGG/OGV has strong support among browsers and is often used for online video streaming and in open-source and web-based applications, especially in scenarios prioritizing open formats and royalty-free codecs.

OGG/OGV offers an open, patent-free solution ideal for web streaming and applications valuing open standards. In contrast, MKV provides greater flexibility and efficiency, especially for high-quality video content, which makes it suitable for media enthusiasts and professional use where file compatibility is not a primary concern.

How to Convert OGG/OGV to MKV

Rather than use the more technical and advanced command line method, conversion of OGG/OGV files can be carried out using a graphical user interface software for a more user-friendly and accessible experience. Handbrake is an excellent example of such software.

Here’s how you can convert OGG/OGV files to MKV using Handbrake:

  • Download HandBrake from the official website  https://handbrake.fr/.
  • Run the installation file and follow the on-screen instructions.
  • After installation, open HandBrake on your computer.
  • Click the “Open Source” button, navigate to the location of your OGG/OGV file, select it and click ‘Open.’
  • Ensure MKV is selected as the output format in the “Format” dropdown menu under the “Summary” tab.
  • Customize encoding settings in the “Video” and “Audio” tabs as needed. You can also choose from the various presets provided by the software.
  • Click “Browse” next to “Save As” to choose a destination folder and name for your MKV file.
  • Click the “Start Encode” button to begin the conversion.
  • Wait for the conversion to complete, and find your MKV file in the specified location.

How to Convert MKV to OGG/OGV

Converting MKV to OGG/OGV can be done with the Movavi video converter through the following steps:

  • Visit the Movavi Video Converter official website and download the application.
  • Install by following the on-screen instructions.
  • Launch the software and click the ‘Add Media’ button at the top left corner, select “Add Video” and navigate to your MKV file. Highlight the file by clicking it and click ‘Open’ to import it.
  • Click the “Video” tab in the lower part of the interface and select OGV as the output format.
  • Choose the output folder by clicking the “Save to” button at the bottom of the page.
  • Click the ‘Convert’ button to start the conversion process.
  • Once the conversion is complete, locate the new format file in the chosen location.


MPEG is renowned for setting the standard in digital video quality. The codecs it employs (such as H.264 for MPEG-4 Part 14 and H.265 for HEVC) offer superior video quality at various bitrates, supporting everything from standard definition to 4K and beyond. MPEG audio standards (like MP3 and AAC) are also widely regarded for high quality. OGG/OGV, using Theora and Vorbis/Opus for video and audio compression, offers good quality at lower bitrates. However, it can not compare to the high-definition quality of MPEG.

OGG/OGV files are significantly larger than MPEG files due to the more advanced codecs (H.264 and H.265). The compression techniques of MPEG allow for small file sizes without compromising on quality, so OGG’s video files may be larger than similarly compressed MPEG video files due to the efficiency of MPEG codecs.

OGG/OGV files are ideal for web streaming and applications where open, royalty-free formats are crucial. It’s commonly used in gaming, online video platforms, and by developers and content creators looking for flexible, patent-unencumbered media formats. The MPEG format is widely supported across almost all digital platforms, including hardware (TVs, set-top boxes, DVD/Blu-ray players, gaming consoles) and software (media players, editing software, and browsers with appropriate codecs). MPEG formats are used for everything from YouTube videos and Netflix streaming to Blu-ray discs and digital TV broadcasting, and it has established itself as the backbone of digital video broadcasting, streaming, and media distribution.

Conclusively, OGG offers a compelling option for high-quality audio and open-source video projects, particularly appealing for its royalty-free licensing. In contrast, the broad device compatibility and superior compression efficiency of MPEG standards are better suited for high-definition video content and applications requiring widespread platform support.

How to Convert OGG/OGV to MPEG

Handbrake is a free, open-source, and user-friendly video conversion tool that supports various formats. It can be used to convert OGG/OGV files to MPEG.

  • Go to the HandBrake website (https://handbrake.fr/) and download the version of the software for your operating system.
  • Install HandBrake by following the on-screen instructions.
  • Launch HandBrake on your computer.
  • Click the “Open Source” button to open a file dialogue.
  • Navigate to and select the OGG/OGV file you wish to convert, then click “Open.”
  • Under the “Summary” tab, for “Format,” select “MP4” as MPEG-4 is a part of the MPEG standard and widely supported. HandBrake does not directly support MPEG-2 as an output format, but converting to MP4 (MPEG-4) provides broad compatibility.
  • If you specifically need MPEG-2 for a use case like DVD creation, consider using dedicated DVD authoring software that accepts MP4 input.
  • Go to the “Video” tab to adjust video settings. For MPEG-4, the default codec (H.264) is recommended. You can adjust the quality slider to balance file size and quality.
  • Under the “Audio” tab, you can configure audio tracks and choose codecs like AAC, widely used with MPEG-4.
  • In the “Destination” section at the bottom, click “Browse” to select where to save the converted file and name it.
  • Click the “Start Encode” button at the top of the page to begin the conversion process.
  • HandBrake will show the progress of the conversion. Once complete, the output file will be in the specified location.

How to Convert MPEG to OGG/OGV

To convert MPEG files to OGG/OGV format using a graphical user interface (GUI) software, VLC Media Player is a versatile option that works across multiple operating systems.

  • If you haven’t already, download VLC from the official website (https://www.videolan.org/vlc) and follow the installation instructions for your operating system.
  • Launch VLC Media Player.
  • Go to the Media menu and select ‘Convert / Save.’
  • Under the ‘Open Media’ dialogue box, click the ‘Add’ button.
  • Navigate to the location of the MPEG file you wish to convert, select it, and click ‘Open.’
  • After adding your file, click the ‘Convert / Save’ button at the bottom of the dialogue.
  • In the Convert window, under ‘Settings,’ ensure the Convert option is selected.
  • Click on the ‘Profile’ dropdown menu and select a profile that corresponds to OGG. For video files, look for a profile like Video – Theora + Vorbis (OGG).
  • Click on the ‘Browse’ button next to the Destination file field.
  • Choose the location where you want to save the converted file, enter a file name, ensuring it ends with .ogv, and click ‘Save.’
  • Click ‘Start’ to begin converting the MPEG file to OGG/OGV. The progress will be shown in VLC’s main timeline.
  • Once the conversion is complete, the file will be saved to the specified location in the OGG/OGV format.


The quality of audio in OGG files is highly regarded. Vorbis and Opus, the codecs used for OGG audio data, offer excellent audio quality at very low bitrates, making it suitable for several applications, including streaming. For video (using Theora), OGG provides decent quality, particularly at lower bitrates, but may not compete with newer codecs in terms of efficiency and clarity at higher resolutions. WMV was designed to offer good-quality video compression for streaming applications and local playback. It includes several codecs, with WMV9 (VC-1) providing high-definition video quality comparable to other leading codecs of its time and edging out OGG in terms of quality.

WMV codecs offer efficient compression, allowing smaller file sizes at comparable quality levels to other formats. This efficiency makes WMV files suitable for streaming and downloading on Windows platforms. OGG’s codecs are older and less efficient, and the files consequently have larger sizes for similar content when compared to WMV files.

WMV is commonly used for streaming and playback on Windows devices, in Microsoft’s digital rights management (DRM) technologies, and for content distributed through Microsoft’s platforms. WMV is also used for professional content creation and editing, particularly in environments centred around Windows software. Meanwhile, OGG/OGV is used for streaming audio on the web, in gaming, and in applications where open, royalty-free formats are preferred.

How to Convert OGG/OGV to WMV

Any Video Converter is a versatile video conversion tool that supports a wide range of formats that can be used to convert OGG/OGV files to the WMV format. To convert, follow these easy steps:

  • Visit the Any Video Converter official website (www.any-video-converter.com/products/for_video_free/) to download the free version of AVC suitable for your operating system.
  • Install AVC by following the installation instructions.
  • Launch AVC on your computer and click the “Add Video(s)” button on the top toolbar.
  • Navigate to the location of your OGG/OGV file, select it, and click “Open” to add it to the conversion list.
  • Find the “Output Profile” section in the upper-right area of the interface, select “Video Files” and then choose “WMV (*.wmv)” from the list of output formats. Choose the setting that best suits your project.
  • Click the “Basic Settings” tab to adjust general settings like video size, video quality, and audio quality. These adjustments can help you balance between file size and quality.
  • Explore the “Video Options” and “Audio Options” tabs, where you can change codecs, bitrate, frame rate, etc. for more detailed adjustments.
  • Choose the output folder where you want the converted WMV file to be saved by clicking the “Output Folder” button at the bottom.
  • Click the “Convert Now!” button to start the conversion process. AVC will show the progress of the conversion and once finished, the WMV file will be available in the selected output folder.

How to Convert WMV to OGG/OGV

Converting WMV files to OGG/OGV format can be achieved using VLC Media Player, a versatile tool that offers video conversion capabilities alongside its playback features. Here’s a step-by-step guide to perform the conversion:

  • Download VLC from https://www.videolan.org/vlc/ and install it on your computer. VLC is available for Windows, macOS, and Linux.
  • Launch VLC Media Player. Go to the Media menu and select ‘Convert / Save’ (On macOS, go to ‘File’ > ‘Convert / Stream’).
  • In the ‘Open Media’ dialog box, click on the ‘Add’ button. Navigate to the WMV file you wish to convert, select it, and click ‘Open.’
  • After adding your file, click the ‘Convert / Save’ button at the bottom of the dialogue.
  • In the ‘Convert’ window, under ‘Settings,’ ensure the ‘Convert’ option is selected.
  • Click on the Profile dropdown menu and select a profile like Video – Theora + Vorbis (OGG)
  • Click on the Browse button next to the Destination file field. Choose the location where you want to save the converted file, enter a filename, ensuring it ends with .ogv, and click ‘Save.’
  • Click Start to begin the conversion process. The progress will be shown in VLC’s main timeline.
  • Once the conversion is complete, the OGG/OGV file will be saved in the specified location.

VLC Media Player also allows customized compression settings, batch conversion, and easy accessibility, making it a popular choice for conversion tasks.

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