Just to remind, only stream started from wiim app itself, shows freq, depth and bitrate.I don't get any stream info at all in the app. As far as i know I'm up-to-date.
When you started directly from Tidal, spot or Amazon, title only is shown
Just to remind, only stream started from wiim app itself, shows freq, depth and bitrate.I don't get any stream info at all in the app. As far as i know I'm up-to-date.
I have one and have verified the WiiM plays at all sample rates.What about SMSL Sanskrit 10th MKII ?
At the moment is about 120 Euros on Amazon.
Only sample rate display, though...
Ah, thank youJust to remind, only stream started from wiim app itself, shows freq, depth and bitrate.
When you started directly from Tidal, spot or Amazon, title only is shown
You forgot jitter. The same bits delivered differently in terms of time frames will make different sound.The DAC.
As long as the bits reaching the DAC are the same (also means the cable is good enough) there's no way 2 different optical (it's just light! no ground noise) sources can sound different
It's a recursively argument, try to search on past posts. A dac with good clock management, it is inherently jitter-proof. Jitter errors are conseguence of bad clock correction during conversion process (AD and mainly DA) inside the dac.You forgot jitter. The same bits delivered differently in terms of time frames will make different sound.
Hearable or not jitter is unavoidable by nature. And that makes the "no way" statement simple false even for equally bit perfect sources.It's a recursively argument, try to search on past posts. A dac with good clock management, it is inherently jitter-proof. Jitter errors are conseguence of bad clock correction during conversion process (AD and mainly DA) inside the dac.
Yes, any physical periodic event has jitter but if it's side effects are managed to kept under noise floor, it's like there is not jitterHearable or not jitter is unavoidable by nature. And that makes the "no way" statement simple false even for equally bit perfect sources.
You forgot jitter. The same bits delivered differently in terms of time frames will make different sound.
No clue then why you make false statements when you know they are false and everybody knows it's more complex then limiting just to being bit perfect in terms of raw data. It depends on different factors, like dac's ability to recover the clock sent over data in spdif, if jitter is going to be hearable in the sound after DA conversion.
False statements?No clue then why you make false statements when you know they are false and everybody knows it's more complex then limiting just to being bit perfect in terms of raw data. It depends on different factors, like dac's ability to recover the clock sent over data in spdif, if jitter is going to be hearable in the sound after DA conversion.
I'm not worried. I simply point out that your "no way" statement was wrong as it depends on other factors like dac's quality if jitter is going to be hearable or not.False statements?
Jitter only matters at the point of D to A and A to D (you haven't read those posts ?)
Just get a good DAC that makes this issue immeasurable and don't worry about it
If you read the posts I linked very early in this thread, the background is already explained.I'm not worried. I simply point out that your "no way" statement was wrong as it depends on other factors like dac's quality if jitter is going to be hearable or not.
I am old dated enough to read definitive statements literally. So if you are trying to be definitive and same time you mean some unspoken "alterations" being attached, well, that's another issue. You simply confirm your "no way" doesn't really mean "no way".If you read the posts I linked very early in this thread, the background is already explained.
So any "no way" statements all have this attached (if you read the linked posts): "Jitter only matters at the point of D to A and A to D"
This cannot be debated.