Cary Audio Design DMS-800PV, Руководство пользователя

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TRUBIT™ DSD AND PCM UPSAMPLING AND PCM TO DSD CONVERSION
Upsampling can be messy, leaving behind lots of digital artifacts resulting in noise and inaccurate signal generation. On the
surface, upsampling may seem like a good idea. But if not implemented properly it can be disastrous. Typically, upsampling
is done as a predefined one-size-fits-all approach, such as 96 kHz or 384 kHz. Utilizing a dedicated 128-bit DSP engine, Cary
Audio’s TruBit™ Upsampling allows for up to 10 different selectable sample rates and an increased bit depth of 32 bits . The
result is a signal free from digital artifacts that sounds accurate, pure, and a joy to listen to. What’s more ? PCM sources can
be converted to DSD (DSD64, 128, or 256). Alternatively, a lower native DSD source can be Upsampled to a higher DSD rate.
PCM to DSD conversion and DSD upsampling takes our TruBit™ technology to whole new level of pure silky-smooth analog-
like sound like never from a digital source.
OSO™ RECLOCKING
This latest generation DMS takes clocking of the digital data to a new level. To achieve a new benchmark, the DMS-800PV
uses FPGA chips and Crystek Clock Oscillators to ensure the digital signal is transferred into Cary Audio’s digital ecosystem
with extreme care to ensure the best possible sound achievable. As a digital source transfers from point A to point B it
creates
an insidious digital problem called ‘jitter . ’ To deal with this, Cary Audio developed something we call OSO™ Re -
clocking. This solution re-clocks all signals again once onboard as to ensure all jitter is virtually eliminated to a minute
degree. We call thi
s OSO™, short for “Onboard Signal Origination , ” because this re -clocking and buffering creates a signal so
stable and jitter free it is as if the origin of the signal was generated onboard and not from an external source.
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