Taking the previously mentioned scenario, a five-minute song would consume 12 GB, which is less than half the file size of lossless audio clips.Īgain, the difference in file size can be a determining factor for those limited by storage space. On the other hand, 320 KBPS only consumes about 2.4 megabytes per minute. However, if your song library has many, many songs, you could be in trouble. Since most devices have a lot of storage, it might not seem like much of an issue.
If you have a five-minute clip, it’ll consume up to 25 megabytes. Lossless audio can take up to five megabytes per minute of audio. Lossless audio is undeniably larger than 320 KBPS.
Lossless audio uses 1,411 kilobytes per second to compress itself, making it twice as in-depth.Īs you likely know, better quality typically takes more time to download and has a bigger file size. 320 KBPS Is Often Much Smallerģ20 KBPS uses its namesake 320 kilobytes per second to compress files. Most listeners can’t tell the difference when hearing a clip. Lossless audio is undoubtedly the best option for audio quality, but you can’t put 320 KBPS out of the picture. Whether you’re doing a project at home for your friends and family or want to download an iTunes song, you’re in control of the file size and compression rate. Lossless audio takes care of both issues in one package. The silent portions of audio clips often contain white noise, which is why people compress files (along with size reduction). If you break it down to less than 192 KBPS, you can possibly hear a significant difference. The primary reason universal audio compression is detrimental is it can reduce sound quality. Lossless compression can take a bit longer than other methods, though. You don’t have to sift through the whole file manually It does it automatically. This method can differentiate silence from the sound.
These voids often consume a lot of space, leading to a longer download and a bigger file size.īy using lossless audio compression, you’ll minimize the quality reduction.įLAC, also known as Free Lossless Audio Compression, highlights audio files by separating them into two categories. Instead of universally compressing the whole file, it focuses on the areas without any sound. Lossless audio files take silent spaces and reduce the file size accordingly. Lossless Audio Doesn’t Require Universal Compression