It always sounded better to me.
Early on using digital recorders, I noticed that there was this weird distortion, which is an intermodulation with the scan frequency. If you record with an analog sweep tone, its easy enough to hear the distortion. Radio Amateurs describe it as 'birdies'; little chirps and cheeps the accompany the actual sweep tone, clearly not there in the source!
This type of distortion is also called 'inharmonic distortion' as it is not harmonically related to the fundamental test tone.
But the digital world does not like the idea that digital can make a distortion (after all, traditional IM and THD are almost non-existent). So they call this distortion 'aliasing'.
The thing is, the ear converts all forms of distortion into tonality and is particularly sensitive to the frequencies where aliasing occurs; this is why digital tends to sound bright compared to the LP, which inherently lacks this form of distortion.
When we started mastering LPs I discovered that a lot of what I thought I knew about the format was incorrect. For example, you can find people that think LPs can have 'saturation' which is nonsense! Here's why: the mastering amplifiers typically can make about ten times the power needed to turn the cutter head into a cinder. But the cutter head can cut undistorted grooves that no tone arm and cartridge combo could trace long before that cutter is overheated! So its arguable that the LP has more headroom than any other format.
Now when a lacquer is cut, if the stylus is set up right with the right angle and temperature (its heated), the resulting cut has a noise floor that is so quiet that no matter what your playback electronics are they will be the noise floor. IOW the noise floor of a lacquer is easily in the same range as a CD. The noise comes in with analog tapes and the pressing process (QRP, Acoustic Sounds' pressing plant, has done exceptional work in this area BTW, rivaling the actual noise floor of the lacquers).
We also found that any LP record combined with playback system made since about 1960 or so can do 30KHz without difficulty. So the LP has had superior bandwidth for a very long time. Most of its distortion comes in during playback and that is one of its weaknesses.
Early on using digital recorders, I noticed that there was this weird distortion, which is an intermodulation with the scan frequency. If you record with an analog sweep tone, its easy enough to hear the distortion. Radio Amateurs describe it as 'birdies'; little chirps and cheeps the accompany the actual sweep tone, clearly not there in the source!
This type of distortion is also called 'inharmonic distortion' as it is not harmonically related to the fundamental test tone.
But the digital world does not like the idea that digital can make a distortion (after all, traditional IM and THD are almost non-existent). So they call this distortion 'aliasing'.
The thing is, the ear converts all forms of distortion into tonality and is particularly sensitive to the frequencies where aliasing occurs; this is why digital tends to sound bright compared to the LP, which inherently lacks this form of distortion.
When we started mastering LPs I discovered that a lot of what I thought I knew about the format was incorrect. For example, you can find people that think LPs can have 'saturation' which is nonsense! Here's why: the mastering amplifiers typically can make about ten times the power needed to turn the cutter head into a cinder. But the cutter head can cut undistorted grooves that no tone arm and cartridge combo could trace long before that cutter is overheated! So its arguable that the LP has more headroom than any other format.
Now when a lacquer is cut, if the stylus is set up right with the right angle and temperature (its heated), the resulting cut has a noise floor that is so quiet that no matter what your playback electronics are they will be the noise floor. IOW the noise floor of a lacquer is easily in the same range as a CD. The noise comes in with analog tapes and the pressing process (QRP, Acoustic Sounds' pressing plant, has done exceptional work in this area BTW, rivaling the actual noise floor of the lacquers).
We also found that any LP record combined with playback system made since about 1960 or so can do 30KHz without difficulty. So the LP has had superior bandwidth for a very long time. Most of its distortion comes in during playback and that is one of its weaknesses.