Dcstep,
My question is not about what specific parts do, that really doesn't matter, its what does the product as a whole do to justify the cost?
Is there any specification or measurement or measurements available that can be used to quantitatively identify when a CD is performing above and beyond? For example, what does a billet aircraft aluminum chasis do to improve the sound? How can the improvement be measured? Or is it just a matter of throwing the kitchen sink into the build at all costs and charging accordingly?
I have no doubts that a phono system cannot be overengineered for example because a phono pickup is sensitive to vibrations and subject to certain laws of physics in order to perform optimally.
A CD players job is to capture all the bits of a disc and convert it to an analog waveform and then deliver the analog output to the next device downstream, usually a pre-amp. THe bits are either detected or not. You either get them all or some % of what is there. Does it take a $20000 CD player to get them all? Does the $20000 CD player do a better job of producing the resulting waveform more accurately or does it provide some flavor or coloration that makes it sound unique, if not better? If so ,why?
I generally will make an investment if needed to produce better results in my system. I probably just need to spend more time auditioning some of the better players ideally in my system to see if it can make a difference the way I know for example that a phono setup can.
My gut feel is that there is an absolute limit to the sound quality possible with CD format and that after 20 years of commercial application the cost of achieving it should not be so high.
I suspect that spending too much here is overkill, but I am anxious to be convinced otherwise.
My question is not about what specific parts do, that really doesn't matter, its what does the product as a whole do to justify the cost?
Is there any specification or measurement or measurements available that can be used to quantitatively identify when a CD is performing above and beyond? For example, what does a billet aircraft aluminum chasis do to improve the sound? How can the improvement be measured? Or is it just a matter of throwing the kitchen sink into the build at all costs and charging accordingly?
I have no doubts that a phono system cannot be overengineered for example because a phono pickup is sensitive to vibrations and subject to certain laws of physics in order to perform optimally.
A CD players job is to capture all the bits of a disc and convert it to an analog waveform and then deliver the analog output to the next device downstream, usually a pre-amp. THe bits are either detected or not. You either get them all or some % of what is there. Does it take a $20000 CD player to get them all? Does the $20000 CD player do a better job of producing the resulting waveform more accurately or does it provide some flavor or coloration that makes it sound unique, if not better? If so ,why?
I generally will make an investment if needed to produce better results in my system. I probably just need to spend more time auditioning some of the better players ideally in my system to see if it can make a difference the way I know for example that a phono setup can.
My gut feel is that there is an absolute limit to the sound quality possible with CD format and that after 20 years of commercial application the cost of achieving it should not be so high.
I suspect that spending too much here is overkill, but I am anxious to be convinced otherwise.