Lossless Predictive Audio Compression: Difference between revisions

Revision as of 19:06, 13 June 2007

Lossless Predictive Audio Compression (LPAC) is a lossless audio archiver created by the german engineer Tilman Liebchen.

It was a relatively popular format at one point because, even though not being open source, there were versions available for Linux and Solaris. A library also was available, making integration of LPAC encoding and decoding into other applications relatively easy. It was also much more efficient and featureful than the biggest competitor at the time, Shorten.

These days, it lost most of its popularity. In the multiplatform front to FLAC, in the efficiency front to Monkey's Audio and OptimFROG and when it comes to feature richness arguably to WavPack.

Recently, mr. Liebchen worked on what will be the standard lossless encoding scheme in MPEG-4 - MPEG-4 ALS (Audio Lossless coding). As of april 2005, the standardization process is in its final stages.

Addtional Reading

LPAC website
Lossless Codec Comparison by Rjamorim

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 It was a relatively popular format at one point because, even though not being open source, there were versions available for Linux and Solaris. A library also was available, making integration of LPAC encoding and decoding into other applications relatively easy. It was also much more efficient and featureful than the biggest competitor at the time, [[Shorten]].
-These days, it lost most of its popularity. In the multiplatform front to [[FLAC]], and in the efficiency front to [[Monkey's Audio]] and [[OptimFROG]].
+These days, it lost most of its popularity. In the multiplatform front to [[FLAC]], in the efficiency front to [[Monkey's Audio]] and [[OptimFROG]] and when it comes to feature richness arguably to [[WavPack]].
 Recently, mr. Liebchen worked on what will be the standard lossless encoding scheme in MPEG-4 - [http://www.nue.tu-berlin.de/forschung/projekte/lossless/mp4als.html MPEG-4 ALS] (Audio Lossless coding). As of april 2005, the standardization process is in its final stages.