They sound exactly the same as the digital releases. Only audiophiles up there own arses believe that they can hear a difference. Vinyls sound different but for obvious reasons.
Edited to add: most CDs sound the same as their digital releases (assuming they had the same master which I’ve found isn’t always true), but occasionally you can actually get higher resolution, up to 96k/24 bit, which do sound different depending on your playback device.
Most of the difference is likely due to the nature of the DA filter being applied during playback, as I certainly won’t notice the noise floor between 16-24 bit, and any frequency difference is far far behind my range of hearing.
If you aren’t familiar with what I’m referring too, different DA implementations use varying filtering techniques, some have a slight roll off in the upper frequency range to improve the accuracy of transient response, while others use a flatter frequency response sacrificing the transient. Newer DAs from some manufacturers allow you to select which option you prefer. At double and quad sample rates this can largely become a moot point as any sacrifice to the frequency response is far out of the range of human hearing.
Retro sound of a CD?
They sound exactly the same as the digital releases. Only audiophiles up there own arses believe that they can hear a difference. Vinyls sound different but for obvious reasons.
I think you missed my sarcasm…
Edited to add: most CDs sound the same as their digital releases (assuming they had the same master which I’ve found isn’t always true), but occasionally you can actually get higher resolution, up to 96k/24 bit, which do sound different depending on your playback device.
Most of the difference is likely due to the nature of the DA filter being applied during playback, as I certainly won’t notice the noise floor between 16-24 bit, and any frequency difference is far far behind my range of hearing.
If you aren’t familiar with what I’m referring too, different DA implementations use varying filtering techniques, some have a slight roll off in the upper frequency range to improve the accuracy of transient response, while others use a flatter frequency response sacrificing the transient. Newer DAs from some manufacturers allow you to select which option you prefer. At double and quad sample rates this can largely become a moot point as any sacrifice to the frequency response is far out of the range of human hearing.
Fair play