Difference Between AIFF and AAC (With Table)

The Advanced Audio Codec (AAC) and the Audio Interchange File Format (AIFF) are both file formats for storing audio on computers. They are similar in that they are both uncompressed formats, meaning that they do not use any form of encoding to reduce the size of the file.

AIFF vs AAC

The main difference between AIFF and AAC is that AIFF is an uncompressed format. On the other hand, AAC is a format for compressing audio to make it smaller.

AIFF is an uncompressed audio format that was originally developed by IBM. The AIFF file format stores audio data in a series of separate files. Each file contains a specified number of channels of audio data, which can be a single channel of audio data or multiple channels of audio data.

The Advanced Audio Coding format, commonly referred to as the AAC, was developed by the Audio Engineering Society as a way to compress digital audio files without sacrificing sound quality. AAC was designed to provide better sound than MP3 files while using less storage space, which made it a popular choice among audiophiles and music producers. Today, many music tracks are stored as either AAC files or M4A files, which use the AAC codec.

Comparison Table Between AIFF and AAC

Parameters of ComparisonAIFFAAC
Abbreviation forAudio Interchange File FormatAdvanced Audio Coding
AboutAIFF is an uncompressed audio format that was originally developed by IBM. The AIFF file format stores audio data in a series of separate files. AAC was designed to provide better sound than MP3 files while using less storage space, which made it a popular choice among audiophiles and music producers.
Developed byAIFF was developed by Apple Inc.AAC is developed by Bell Labs, Fraunhofer Society, Dolby Laboratories, Sony Corporation, Nokia, LG Electronics, NEC Corp, NTT Docomo, and Panasonic.
GradeThe grade of an AIFF design is far superior to an AAC design.The sound quality misses the mark because of their lossy configuration.
ApplicationThe AIFF is seldom utilized and isn’t excessively well known.The AAC design is utilized by an enormous number of clients. It is a famous codec.
Requirement of spaceAIFF because of their lossless organization consumes more space for sound documents.The AAC design documents consume less space since certain parts from the sound records are taken out or erased.

What is AIFF?

AIFF is an audio file format that is commonly used for the recording, editing, and production of music. It is a container format that is mostly used for storing music on a storage medium, such as a hard drive or a CD. Music can be recorded in AIFF format, and then it can be edited or produced on a digital mixing board in AIFF format.

It can also be converted to other digital music formats, such as MP3, WAV, or AAC so that it can be played on a digital music player or uploaded to the internet.

AIFF (Audio Interchange File Format) is the default audio format used by the popular video and audio editing software, Apple Final Cut Pro X and Adobe Premiere Pro. It is also the industry-standard format for distributing digital media, such as high-quality video, music, and sound effects, to film, video, and game productions.

AIFF is an open, industry-standard format that is supported by the best-in-class editing and audio post-production software.

What is AAC?

The digital audio landscape is constantly evolving and improving. The latest advancement in this evolution is the introduction of audio codecs known as AAC. These codecs offer better audio quality at lower bitrates, which means you can enjoy the same or better quality audio at a smaller file size. AAC is a method of compressing audio so that it takes up less space than the same audio recorded without compression.

This can be useful when transmitting audio over the internet or storing large amounts of audio on a hard drive. AAC is now the most common method of compressing audio on the internet.

One of the biggest hurdles facing the hearing impaired is the difficulty in enjoying audio content over the Internet. Traditional audio formats, such as MP3, do not provide enough fidelity to the content to make listening enjoyable. This is where AAC comes in.

AAC is an audio codec that provides better fidelity to the original source material.AAC is an audio codec that provides better fidelity to the original source material than traditional audio formats, such as MP3. AAC incorporates advanced audio coding techniques to compress digital audio without affecting the audible quality. ternet.

Main Difference Between AIFF and AAC

  1. The main difference between AIFF and AAC is that AAC is a format for compressing audio to make it smaller. On the other hand, AIFF is an uncompressed format.
  2. AIFF stands for Audio Interchange File Format whereas, AAC stands for Advanced Audio Codec.
  3. AIFF was developed by Apple Inc. On the other hand, AAC is developed by Bell Labs, Fraunhofer Society, Dolby Laboratories, Sony Corporation, Nokia, LG Electronics, NEC Corp, NTT Docomo, and Panasonic.
  4. AIFF because of their lossless organization consumes more space for sound documents. Whereas, The AAC design documents consume less space since certain parts from the sound records are taken out or erased.
  5. The AIFF is seldom utilized and isn’t excessively well known. On a contrary, The AAC design is utilized by an enormous number of clients. It is a famous codec.

Conclusion

The Advanced Audio Codec (AAC) and the Audio Interchange File Format (AIFF) are both file formats for storing audio on computers. They are similar in that they are both uncompressed formats, meaning that they do not use any form of encoding to reduce the size of the file. They are also different in that AAC is a format for compressing audio to make it smaller, whereas AIFF is an uncompressed format.

AIFF and AAC are two popular file formats for digital audio. Both formats can be used to compress music and other digital audio files, resulting in smaller file sizes that can be transferred between devices more quickly than uncompressed audio.

References

  1. https://heinonline.org/hol-cgi-bin/get_pdf.cgi?handle=hein.journals/twlram2013&section=76
  2. https://www.researchgate.net/publication/315108816_A_Study_on_Mobile_Operating_Systems_and_their_Recent_Advances