Difference Between DivX and Avi

DivX and Avi are both types of video files, but they come from different sources. DivX is a video codec from DivX, Inc. developing high-quality video codecs and related software to deliver improved audio and video quality to entertainment content. Avi is a multimedia container format most often used to store digital videos.

DivX vs Avi

The main difference between DivX and Avi is that DivX has a new codec that works significantly better on high-quality videos, whereas AVI is more universal. Moreover, DivX files are not typically playable on Mac computers, whereas AVI files are playable on Mac computers.

DivX and Avi

Divx or digital video is a brand of MPEG 4 videos recorded on computer hard disk drives. These videos can be played on many personal computers and most DVD players. Moreover, It is a proprietary codec owned by DivX, Inc, formerly known as DivXNetworks, and the name “DivX” is a branding of their video compression technology.

Avi is the diminutive for “Audio Video Interleave,” where an Avi file extension signifies an AVI video file. Moreover, it was developed by a well-known company called Microsoft and is supported on most modern operating systems, including Microsoft, Mac OS X, and Linux.

Comparison Table Between DivX and Avi

Parameters of ComparisonDivXAvi
DefinitionDivX is an attempt to make a compressed video format that will be supported on any hardware or operating system. Avi is a multimedia container format most often used to store and compress digital videos of any size.
DiminutiveDivX is the diminutive for Digital Video Compression.Avi is the diminutive for Audio Video Interleave.
ReconcibiltyDivX is reconciled on operating systems, including Windows, and Linux. Avi is reconciled on operating systems, including Microsoft, Mac OS X, and Linux.
ObjectiveDivX desires in developing high-quality video codecs and related software to deliver improved audio and video quality. Avi desires in developing a container format video file that plays on or is embedded in, a webpage with all the necessary media content.
Data ReinstatedDivX lost data cannot be reinstated.Avi lost data can be reinstated.

What is DivX?

DivX can be used to create movies using the DivX format on a computer’s hard drive. This video can then be converted to other formats and resolution levels. The DivX format is compatible with many computers and DVD players, making it a popular alternative to DVD. DivX is a video-compressing format that was developed by the DivXNetworks company, and it uses 1 or 2 pass variable-length video compression depending on the complexity of each frame of video.

The DivX codec’s frame format uses the 4-5-5 pattern, which means it uses color and luma of red, green, blue planes. Sometimes old DivX files can be viewed on the Windows Media Player without any problem. If a modern PC is used to playback those videos and all the user sees is a random image, then there is something wrong with the user’s player’s configuration.

Divx or digital video is a brand of MPEG 4 videos recorded on computer hard disk drives. These videos can be played on many personal computers and most DVD players. DivX is built into Windows Media Player, as well as many media center programs, including Digital Video Broadcasting (DVB) systems such as MythTV, Sage TV, and Time. It also comes pre-installed on some DVD players from Samsung and Viewsonic.

What is Avi?

AVI is a movie format with the audio and video compressed into one file so that it can be played on most computers. This format is mostly used for distributing movies but also allows for longer videos. Avi-format movies are often found in older video games. As a result, the files can’t be edited or re-encoded without losing quality.

AVI is the diminutive for Audio Video Interleave and is one of the earliest video formats. It’s considered a container format; hence there are many different variations of AVI, and it contains both audio and video. The AVI format was developed supposedly to be a universal container format that could store data from both audio and video sources.

AVIi is a video file that plays on or is embedded in a webpage with all the necessary media content. Its name is in the format of a file extension, mostly in the very early days of video sharing online before most people were using smartphones and tablets, as well as the first wave of broadband.

Main Differences Between DivX and Avi

  1. DivX is an attempt to make a compressed video format that will be supported on any hardware or operating system, whereas Avi is a multimedia container format most often used to store and compress digital videos of any size.
  2. DivX is the diminutive for Digital Video Compression, whereas Avi is the diminutive for Audio Video Interleave.
  3. DivX is reconciled on operating systems, including Windows and Linux, whereas Avi is reconciled on operating systems, including Microsoft, Mac OS X, and Linux.
  4. DivX desires to develop high-quality video codecs and related software to deliver improved audio and video quality, whereas Avi desires to develop a container format video file that plays on or is embedded in a webpage with all the necessary media content.
  5. DivX lost data cannot be reinstated, whereas Avi lost data can be reinstated.

Conclusion

Divx is a video compression format, and Avi is an audio, video file format. Together, both formats are commonly known as the DivX Plus DirectShow codec package. The codec allows for up to 4:3 480p resolution for playback on low-end PCs and up to 16:9 720p resolutions for high-end PCs, plus other features like navigation menus with built-in video titling.

DivX codec is easier, more efficient, and better for all users. Moreover, there are many DivX-compatible devices, including DVD players, game systems, and DVD recorders. However, Avi is reconciled on almost every operating system, including Microsoft, Mac OS X, and Linux. DivX and Avi products are now becoming popular with consumers who are looking for innovative ways to enjoy entertainment in their homes.

References

  1. https://dl.acm.org/doi/abs/10.1145/952532.952723
  2. https://www.koreascience.or.kr/article/JAKO200724737435957.page
  3. https://link.springer.com/chapter/10.1007/978-3-540-30543-9_37
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