Displaying 3 results from an estimated 3 matches for "lossy_transcod".
2023 Apr 15
1
Transcode lossy to further reduced lossy to stream over Icecast
...ow to do)
So I'm asking advice for the transcoding. What's likely to give the
best results with already lossy sources, and at small bitrates?
According to these documents:
https://trac.ffmpeg.org/wiki/Encode/HighQualityAudio
https://wiki.hydrogenaud.io/index.php?title=Transcoding#Lossy-to-lossy_transcoding
it basically comes down to Fraunhofer Institute's FDK AAC, but the
articles are dated.
Opus is supposed to be good but I always have the impression it doesn't
deal well with loud/grungy/fuzzy/guitarry music, esp. at low bitrates.
What do you say?
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2023 Apr 15
1
Transcode lossy to further reduced lossy to stream over Icecast
...advice for the transcoding. What's likely to give the best
> results with already lossy sources, and at small bitrates?
>
> According to these documents:
> https://trac.ffmpeg.org/wiki/Encode/HighQualityAudio
>
> https://wiki.hydrogenaud.io/index.php?title=Transcoding#Lossy-to-lossy_transcoding
> it basically comes down to Fraunhofer Institute's FDK AAC, but the
> articles are dated.
> Opus is supposed to be good but I always have the impression it doesn't
> deal well with loud/grungy/fuzzy/guitarry music, esp. at low bitrates.
>
> What do you say?
>
> _...
2023 Apr 16
1
Transcode lossy to further reduced lossy to stream over Icecast
...oding. What's likely to give the
> > best results with already lossy sources, and at small bitrates?
> >
> > According to these documents:
> > https://trac.ffmpeg.org/wiki/Encode/HighQualityAudio
> > https://wiki.hydrogenaud.io/index.php?title=Transcoding#Lossy-to-lossy_transcoding
> > it basically comes down to Fraunhofer Institute's FDK AAC, but the
> > articles are dated.
> > Opus is supposed to be good but I always have the impression it
> > doesn't deal well with loud/grungy/fuzzy/guitarry music, esp. at
> > low bitrates.
> >...