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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: a great explanation of how MQA works from Meridian posted by ahendler on January 10, 2017 at 14:05:30:
Not quite. If you replay Bob Stuart talking again you will see that region C is only noise. The difference between using Tidal MQA decoding and using an MQA equipped DAC concerns the ultimate version of MQA "deblurring" which is, as I have written before, where the DAC characteristics need to be "known" by MQA for the full MQA Master process.
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BTW I am surprised that you didn't put the link into the URL field in the "Post a Message" box rather than make us copy and "paste and go".
Regards
Pete
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Follow Ups
- RE: a great explanation of how MQA works from Meridian - PAR 14:50:12 01/10/17 (8)
- RE: a great explanation of how MQA works from Meridian - ahendler 15:36:20 01/10/17 (7)
- RE: "Is it really so difficult"??? - Ivan303 18:13:59 01/10/17 (1)
- RE: "Is it really so difficult"??? - merlinus 18:40:01 01/10/17 (0)
- RE: a great explanation of how MQA works from Meridian - PAR 16:08:18 01/10/17 (3)
- RE: a great explanation of how MQA works from Meridian - Dave_K 11:00:24 01/12/17 (0)
- RE: a great explanation of how MQA works from Meridian - ahendler 19:34:30 01/10/17 (0)
- RE: a great explanation of how MQA works from Meridian - ahendler 16:44:32 01/10/17 (0)
- Is it really so difficult to copy and paste a link? - Kal Rubinson 16:06:22 01/10/17 (0)
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