@analogfusion for those running #Linux and not afraid of a little terminal action, there is also #whipper [1] which not only looks up album metadata from #musicbrainz but will also check #AccurateRip Database to ensure the rip was accurate. It does requiere a tiny bit of setting up, but after that it will just work (so long the CD is not damaged). Happy archiving!

[1] https://github.com/whipper-team/whipper

GitHub - whipper-team/whipper: Python CD-DA ripper preferring accuracy over speed

Python CD-DA ripper preferring accuracy over speed - whipper-team/whipper

GitHub
Otro álbum, mismo resultado. La verificación con #AccurateRip (u otros algoritmos de identificación) funciona correctamente.

Prueba superada. He volcado (ripeado) el mismo #CD con #cyanrip y me ha sacado un #FLAC con idéntico sonido.

Para verificarlo he importado ambos FLAC en #Audacity, uno de ellos lo he invertido (en catalán, «capgirat», el efecto «inverteix» cambia el orden temporal de las muestras, no su amplitud). Después mezclar y renderizar en una pista nueva. El resultado tenía que ser silencio y silencio es lo que se obtiene.

#accurip #eac #whipper #cdda #accuraterip

Audio CD ripping - optical drive accuracy listing. https://pilabor.com/blog/2022/10/audio-cd-ripping-hardware/

I tend to keep my audio local. Therefore, I need an accurate ripping device for my audio #CD collection. Recently I found a neat listing in the #dbPowerAmp forum, but I added some information as well as ways to filter and sort. Have fun!

Via https://news.ycombinator.com/item?id=33499646

#cdda #exactaudiocopy #eac #whipper #accuraterip #cdparanoia #cyanrip

Audio CD ripping - optical drive accuracy listing

Audio CD ripping - optical drive accuracy listing

Optical disc drive - ArchWiki

There does not seem to be an #AccurateRip compatible CD ripper for headless #Linux machines

I know we're at the end of the era of the #AudioCD, but who is doing preservation here?

#DataPreservation #Archival