if there was any they'd include it in the advert, because why wouldn't you?They are pushing woo pretty hard...
I'd need to see some evidence to back these claims.
if there was any they'd include it in the advert, because why wouldn't you?They are pushing woo pretty hard...
I'd need to see some evidence to back these claims.
No I have not the measurement equipment to measure but has replaced clocks in DACs with notable effect especially in the low frequencies and now that here there is measurement equipment available why not measure in range where there is difference in clocks.Do you have any evidence of sound improvements from a clock? There are lots of claims to that effect, but no actual evidence I'm aware of.
Jitter has to be pretty high before it becomes audible.
...but has replaced clocks in DACs with notable effect especially in the low frequencies...
What is your opinion level when it is becomes audible with phase jitter?
I listened to the sines only. Couldn't make out a difference between 1 (original), 4 (2µs RMS periodic) and 7 (8µs RMS periodic). Everything else was "dirty".I believe that it has become a boogeyman used to try to sell people on fancy clocks.
Here is a site that has varied levels of jitter that you can listen to. At what point is it audible to you?
what does jitter ACTUALLY sound like?
In a previous post we had an encounter with jitter in audio. The talk about jitter is hard to miss these days. There are plenty of products on the mar...www.sereneaudio.com
Well. Then i guess it doesn't matter to me.That's in µSec! Clock jitter is in the order or pSec. Even 100 pSec is 0,0001 µSec, so orders or magnitude difference
I listened to the sines and could only hear noise at 8µS random as background hiss. All others were inaudible to me. The music masked all situations. Really, any device less than 1µS jitter can for all intents and purposes be considered jitter-free for the vast majority of people. Just like anything lower than 115db SINAD.I listened to the sines only. Couldn't make out a difference between 1 (original), 4 (2µs RMS periodic) and 7 (8µs RMS periodic). Everything else was "dirty".
@Neslo1108 : same?
BTW, Welcome to ASR
Actually most people can say clock jitter is not my problem. They just believe otherwise.Well. Then i guess it doesn't matter to me.
Not many people can say this: clock jitter is not my problem! (-:
1) The "handcrafted cottage industry" (AKA: DIY) look is fine, but you need to spend an extra €50 to silkscreen a flashy logo on the front, preferably with some irrelevant but impressive-sounding reference to a precious metal.US $1,457??? I built something like this myself for a few 100 Euros. No snake oil alert!
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Absent valid testing, any noise heard remains hypothetical. And I mean "noise" in the colloquial sense.I have singxer su2, with cybershaft Platinum 10mhz.
have noticed. with Accusilicon AS318-B.
is a little out of phase, not much,
cybershaft Platinum is phase, absolutely perfect.
it may well be jitter, no better than Accusilicon AS318-B.
with cybershaft Platinum is phase, an advantage.
it can be heard.
Or, in ASR short: UhuhAbsent valid testing, any noise heard remains hypothetical. And I mean "noise" in the colloquial sense.
It counts for 80% of your final grade...Now I am wondering what non-colloquial noise is...
When you convolve it with colloquial noise, in the long term you get 0.Now I am wondering what non-colloquial noise is...
Glad you asked:Now I am wondering what <> colloquial noise is...
How did you give me a like if you left?..../I'll let myself out
I'm just virtual nowHow did you give me a like if you left?