To be clear the question asked was do all CD transports sound the same.I don't think so.
I have the video queued (5:57) to the questions the listeners will be asked to determine the answer.
But later, at 18:17, it does get a little interesting.
No, the question in the title of the video and where I had it queued was not asking about the transport at all.To be clear the question asked was do all CD transports sound the same.
Any evidence for that? I mean, if it's "definitely," surely you or someone else has demonstrated this in an actual listening test.Low entry to mid level players 1992-2004 , they definitely sounds different.
Really?Low entry to mid level players 1992-2004 , they definitely sounds different.
During Covid I played with 4-5 old cd players . 1995-2003 produced. They really differed at basic - more treble, more bass etc.. Maybe couse they was old and worn, I don't now.Any evidence for that? I mean, if it's "definitely," surely you or someone else has demonstrated this in an actual listening test.
This video is no more than more evidence added to a huge pile that if you have no clue how to set up a controlled test, you can get any result you like. But you can make videos and get clicks. Whoop de do.
That's a pretty far cry from your definitive statement a few posts ago. I'll go with the you don't know part....During Covid I played with 4-5 old cd players . 1995-2003 produced. They really differed at basic - more treble, more bass etc.. Maybe couse they was old and worn, I don't now.
So no actual controls. That definitely falls short of "definitely."During Covid I played with 4-5 old cd players . 1995-2003 produced. They really differed at basic - more treble, more bass etc.. Maybe couse they was old and worn, I don't now.
What's wrong with sound of an Phillips cd 1994 differs Sony player 2000 year ? Both in price range of 250$ . We're speaking analog outputs ,yes ? The Sony player have volume attenuation, Phillips don't.So no actual controls. That definitely falls short of "definitely."![]()
So? Level match, compare double blind, then maybe you have something to talk about.What's wrong with sound of an Phillips cd 1994 differs Sony player 2000 year ? Both in price range of 250$ . We're speaking analog outputs ,yes ? The Sony player have volume attenuation, Phillips don't.
Some Philips did have volume control back then. It was lousy 16 bit undithered digital if I recall, but some did have it.What's wrong with sound of an Phillips cd 1994 differs Sony player 2000 year ? Both in price range of 250$ . We're speaking analog outputs ,yes ? The Sony player have volume attenuation, Phillips don't.
You're ONLY supposed to dither when you downsample. You aren't downsampling when you play a CD.Some Philips did have volume control back then. It was lousy 16 bit undithered digital if I recall, but some did have it.
The issue is without dither you do lose resolution. With only 16 bit significant level reductions do put you into some restrictive dynamic ranges. I seem to recall it would do up to 48 db level reduction. That is putting you into 8 bit territory. It was apparent because my friend who owned it used a tube amp with 29 db of gain and K-horns. At first he thought great, I can skip the pre-amp, but the pre had to go back in the system with the CD player on max.You're ONLY supposed to dither when you downsample. You aren't downsampling when you play a CD.
Modern studio recordings are made at 24/96 and normally dithered when converted to CD quality. ...Before the CD is made, not when it's played. But we usually don't know the details of how the CD was produced and nobody is going to listen to a CD and say "they forgot to dither" or "they used the wrong dither".
And since quantization noise is more than 90dB down, and dither noise (which is supposed to "sound better") is a little "worse" and also about 90dB down, you can't hear dither, or the lack of dither, under normal-realistic listening conditions. (Shoutometer)
I've never bothered with ABX tests or any critical comparison but my 1st CD player sounded GREAT to me... Way better than the turntable it replaced. I never heard any defects and I never heard one that sounded "better" (or even different).
That's true. With 48dB of of digital attenuation you are only using 8-bits. Dither may "help" but you don't really get the resolution back. What "saves us" is that the noise (or dither) is still about 90dB and inaudible unless you re-amplify. Attenuating in analog and reamplifying also worsens the signal-to-noise ratio.he issue is without dither you do lose resolution. With only 16 bit significant level reductions do put you into some restrictive dynamic ranges. I seem to recall it would do up to 48 db level reduction. That is putting you into 8 bit territory.
Yes, this was my friend's 1st CD player and he was using his own pre and power amp. The power amp was his own OTL design with crazy regulated supplies. 10 watts and very low noise. He in time just lowered the power amp gain for CD player use in the future, but he did avoid digital volume sticking with his preamp.That's true. With 48dB of of digital attenuation you are only using 8-bits. Dither may "help" but you don't really get the resolution back. What "saves us" is that the noise (or dither) is still about 90dB and inaudible unless you re-amplify. Attenuating in analog and reamplifying also worsens the signal-to-noise ratio.
P.S.
I wouldn't say ALL CD players sound the same, because some may be poorly made, broken, or defective.