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Author | Topic: Digital Myths Put to Rest (may be) |
pete Member |
![]() ![]() ![]() I know I have been accused of being a cynic and quite outspoken when it comes to what I call the urban myths surrounding sound. I do plead guilty. For example, if one can hear the difference between $10 and $150 interconnects on ones HiFi, I suspect one conning ones self (so long as it is making a good contact and the plugs haven't gone rusty) . One needs to do true blind tests. Plugging them in and listening to the results is not a blind test. Considering that the recorded signal has gone through yards and yards of FST in the recording studio, the last two foot isn't going to make too much of difference. If you've seen the super HiFi oak spun over priced control knob. It's a conn. The latest Fad is 96Khz sample rate which will soon be followed by 192 KHz sample rate. Just because the majority of people believe it's going to sounds better doesn't mean it does. The placebo effect works on hearing as well. It's not often that you see something on the net that really explains these things in a simple yet detailed way. If you're interested in what really happens to your digital signals, I suggest you watch this video. This chap has got it spot on. One thing I would like to point out is that although 24 bit may be be overkill for CDs, 24 bit is very important if you are processing signals (mixing, filtering reverbs etc) as these processes can eat up the bit's. Using less than 24 bit's will reduce your head room and can easily make a noticeable difference to the sound in these conditions. The video also shows that an algorithmically generated square shaped (with no ripples) square wave, as often used with the Surbiton oscillator is identical to a band limited square wave with the ripples. I hope this makes sense and doesn't upset too many people. Pete IP: Logged |
cristian_vogel Member |
![]() ![]() ![]() hehe! thanks Pete IP: Logged |
MathisNitschke Member |
![]() ![]() ![]() nice video, thanks for posting. But I have to say that I do hear clearly the sonic differences between different dither and noise shaping algorithms. Still I agree with the notion that no worldclass recording was destroyed by not applying the right dither in the end... IP: Logged |
Denis Goekdag Member |
![]() ![]() ![]() Well, the thing about high sample rates, 192k in particular, is that a) you can avoid using crappy up-sampling routines in down-stream plug-ins and b) you can transpose a recording down a lot further before it comes apart and starts sounding blatantly artificial. For *listening* to music I'd agree that something in the range of 48k-88k will typically be enough. But there IS a strong rationale for using high rates in production. -d IP: Logged |
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