A tautology is generally considered poor form in a discussion or debate
Listening fatigue and digital is a tautology?
A tautology is generally considered poor form in a discussion or debate
... The Formula boasts a new proprietary D/A conversion system entitled Optologic, whose design surpasses the multibit R2R ladder circuitry of the Burr Brown PCM 1704-K. The results are breathtaking, reaching new heights in music reproduction from a digital source. The new conversion system reaches a sample rate of 384kHz, and presents music with unrivalled dynamics and a fluid realism that until now has only been achieved by the very best analogue based systems.
Those of us who prefer digital don't hear this glare you think is so obvious.
i have not heard digital glare for some years but i am format agnostic - i still prefer analogue in many cases and i prefer digital in other cases. I hear problems with both formats but the problems with 16 bit, low sample rate digital for me are worse for my subjective listening enjoyment than the problems i have with good analogue playback. But the problems i hear with high resolution, pristine 24 bit digital playback are less of a problem than the aforementioned analogue problems. i think there are a lot of reasons people might not like digital, but glare is just one of several issues and is in my opinion the easiest one to get rid of because that is an issue than comes down to the quality of the equipment and recordings, not the inherent format.
Maybe it is something that has a different name like jitter, timing issues, high frequency glare or distortion.
No you aren't. You can have noise in the digital domain 140 down and it still changes the sound of what is heard. That is the difference between digital and analogue. Analogue noise is benign. Digital noise is insidious and wraps itself around the music program like an anaconda in a choke hold. Because it negatively effects what we hear, unlike analogue noise. That is also why measurement and theoretical superiority don't work in actual listening tests for some people.
The funny thing is that in my experience, some types of jitter can actually be pleasant to listen to and produce exactly the opposite effect. I think there was a Tim de Paravicini product that measured "poorly" in jitter tests. But it was praised for it's smooth, analogue sound. I can experiment, for example, with different brands and types of CD blanks, burners and burner speeds and these combinations will create different "baked in" jitter into the final CD. They all have precisely identical data but they all sound different. It is the noise profile of the jitter that makes the difference. There is a cheap CD blank I can buy from the supermarket than creates a warm and smooth sound but it is not nearly as accurate sounding on playback to an expensive Japanese mastering CD-R (as compared to the CD master file). Some jitter will actually have a smoothing and tube-like effect if the noise happens be in the "right" places (or, not in the "wrong" places), other times it will make the music harsh and indeed glary. It would not surprise me if audio gurus like Tim have taken advantage of this when designing products that may not shine in the measurement lap but certainly shine in the playback room.
This "noise can make it sound better" phenomenon is also referred to in more than one professional dither module where as a general piece of advice, it is often mentioned that adding more dither than required (i.e there is a specific, mathematically perfect level of noise to add when dithering, then there is extra noise you can add over and above that) will "smooth out" the sound. And in my experience adding less than the mathematically perfect amount of noise will add a lot of "presence" and "immediacy" but it does not take very long for listening fatigue to set in in such circumstances.
Here is an excerpt from the user manual of the X-Dither module that I have installed on my workstation (with me underlining the important bit):
"..DITHER LEVEL (LOW, OPTIMUM, HIGH) – Sets the dither noise level used for the dither
and all noise shaping modes. The OPTIMUM setting is the mathematically proper level,
however sometimes switching to the LOW level combined with the noise shaping modes
will provide a alternate proper, undistorted sound with a reduced noise floor. Using HIGH
setting may result in more noticeable noise while the overall smoothness and depth of the
processed track may be improved..."
Digital noise is insidious and wraps itself around the music program like an anaconda in a choke hold.
Listening fatigue and digital is a tautology?
The funny thing is that in my experience, some types of jitter can actually be pleasant to listen to and produce exactly the opposite effect. I think there was a Tim de Paravicini product that measured "poorly" in jitter tests. But it was praised for it's smooth, analogue sound. I can experiment, for example, with different brands and types of CD blanks, burners and burner speeds and these combinations will create different "baked in" jitter into the final CD. They all have precisely identical data but they all sound different. It is the noise profile of the jitter that makes the difference. There is a cheap CD blank I can buy from the supermarket than creates a warm and smooth sound but it is not nearly as accurate sounding on playback to an expensive Japanese mastering CD-R (as compared to the CD master file). Some jitter will actually have a smoothing and tube-like effect if the noise happens be in the "right" places (or, not in the "wrong" places), other times it will make the music harsh and indeed glary. It would not surprise me if audio gurus like Tim have taken advantage of this when designing products that may not shine in the measurement lap but certainly shine in the playback room.
This "noise can make it sound better" phenomenon is also referred to in more than one professional dither module where as a general piece of advice, it is often mentioned that adding more dither than required (i.e there is a specific, mathematically perfect level of noise to add when dithering, then there is extra noise you can add over and above that) will "smooth out" the sound. And in my experience adding less than the mathematically perfect amount of noise will add a lot of "presence" and "immediacy" but it does not take very long for listening fatigue to set in in such circumstances.
Here is an excerpt from the user manual of the X-Dither module that I have installed on my workstation (with me underlining the important bit):
"..DITHER LEVEL (LOW, OPTIMUM, HIGH) – Sets the dither noise level used for the dither
and all noise shaping modes. The OPTIMUM setting is the mathematically proper level,
however sometimes switching to the LOW level combined with the noise shaping modes
will provide a alternate proper, undistorted sound with a reduced noise floor. Using HIGH
setting may result in more noticeable noise while the overall smoothness and depth of the
processed track may be improved..."
You really think FF likes digital?
And yes, the snake analogy holds true for any system where attention to detail has been neglected, or indeed at the recording stage. And unless the remastering engineer has fantastic listening skills and has the right equipment, any classical commercial CD is going to be a disaster in my book.
I'm sure you and some others here are having a ball trying to derail and discredit what is actually an interesting discussion by other more mature and open-minded participants.
No you aren't. You can have noise in the digital domain 140 down and it still changes the sound of what is heard. That is the difference between digital and analogue. Analogue noise is benign. Digital noise is insidious and wraps itself around the music program like an anaconda in a choke hold. Because it negatively effects what we hear, unlike analogue noise. That is also why measurement and theoretical superiority don't work in actual listening tests for some people.
(....)
Dan suggested that one of the results of compression is to bring up the low level signals so they are actually louder than when first recorded–as if the microphones had been placed a little closer to the instruments, capturing more of the decay and overtones–inner details more evident without sounding compressed. This might answer one of the consistent compliments paid to vinyl systems, a feeling of getting closer to the music.
We’ll start looking into this and some other ruminations tomorrow.
Return of vinyl