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Digital Drive Upsamplers, DACs, jitter, shakes and analogue withdrawals, this is it. |
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Digital Drive Upsamplers, DACs, jitter, shakes and analogue withdrawals, this is it. |
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In Reply to: RE: REVIEW: LessLoss DAC MKII DAC Processors posted by clio09 on April 26, 2009 at 08:46:44:
Hi, this is Liudas (Louis) from LessLoss. Thanks for posing your impressions, guys!
Rest assured, the clock frequencies match up. We worked this out by email. Remember this is a SYNCHRONOUS slaving. That means there is no rounding. Trying to run Synchronous slaving with two different clocks is impossible. It wouldn't sound just less than perfect, it will sound like nothing, or white noise, or like a chain saw grinding its way through your favorite record collection (especially the one that's playing...).
I still am amazed at how difficult this all seems for people to grasp. It is actually very simple: Transporter uses only WordClock input. So, we give it the WordClock signal, which is 48 kHz or 96 kHz or 44.1 kHz or whatever the audio is. This frequency is arrived at by dividing the SuperClock frequency by a finite integer value.
If you use rounding, then you have bad sound. Asynchronous solutions give you worse digital (electronic-like) sound since they have rounding.
The 6 digital setups tell the story at this link.
This post is made possible by the generous support of people like you and our sponsors:
Follow Ups
- RE: REVIEW: LessLoss DAC MKII DAC Processors - Liudas 09:06:30 04/26/09 (1)
- Lessloss USB-SPDIF converter is limited to 48 kHz? - Jon L 11:31:36 04/26/09 (0)
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