What lossless audio compression does is retain every single bit of detail from the original recording, while still managing to reduce file sizes considerably.

Not every compression method works for every file, and you can increase efficiency by changing the file type, codec, or program used.

Lossless compression processes audio files in a way that the size is reduced by the quality is still intact. In Lossy compression, the audioquality gets compromised.

People mix up the two types of audio compression all the time. Dynamic range and lossy compression are very different things.

Lossless compression works by finding and cleverly storing repetitive parts of the audio, like silent sections between songs. This reduces the file size without losing any vital information.

Lossless compression is achieved through encoding techniques designed to optimize an audio file’s size without throwing anything away. Huffman coding is a basic example of this.

An audio format plays a crucial role in determining the audio experience on a device. So let's take a look at some of the different audio file formats.

WAV and AIFF files can be quite large. As such, digital audio files are compressed to save space. There are two types of compression: lossless and lossy.

We discuss what happens when you compress a File, what is the difference between lossy and lossless compression, what is file compression, etc.

With audio files, there are two types of compression: lossy and lossless. The former is the way files such as MP3s and AACs are shrunk to one-quarter, even one-tenth the size of the original files.