- Rated Output RCA = 2Vrms / XLR = 4Vrms
- Digital Output: 192Khz Sample Rate
- Signal to Noise Ration: > 110dB
- THD+ Noise: Better than 0,01%
- Digital Volume: -80dB –0.0dB
- Drive: Philips CDPro2LF
- Master Clock: Anagramtech Timelock
- Output Frequency" 24.576 MHz.
- Frequency Tolerance: +/-10 ppm
- Output Duty Cycle 50% +/-4%
- RMS Phase Jitter (Random): 0.5 ps
- Digital Audio: Anagramtech Q5 and ADI1955 DAC
- Sample rate: 384KHz
- Resolution: 24 bit
- Power Consumption (RMS): Standby < 2W Operate ~ 20W
- Dimensions (W x H x D) 435x130x430 mm
- Weight ~26Kg
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SCD-010 CD PLAYER SIGNATURE SERIES
The SCD-010 is the outcome of many years of dedicated efforts by designer
Hans-Ole Vitus. From the very start, his aim has been to bring out the best in
musical recordings, using his experience as a musician.
The CD Drive: has been stripped down to its basic mechanical and electronic
parts and totally rebuilt. This ensures a lower level of errors in reading the
digital information on the discs – which leaves the error correction system in
the drive with much less work to do.
The digital audio part – has been taken to the extreme. From day one we decided
to use sample rate conversion, to minimize jitter. However instead of using a
standard solution from ADI or TI, we choose the DSP based (Digital Signal
Processing) module from Anagram Technologies. First of all we gain higher
flexibility, as this module is programmable and can be upgraded for newer
standards. Secondly we achieve a sample rate of 384KHz where the current limit
on standard solutions is 192KHz. The higher the sample rate the higher
bandwidth. As Anagram Technologies designed a masterclock module to fully
support their sample rate conversion modules – the choice was easy however a
very expensive one. To date it seems Vitus Audio are the only manufacturer who
use this specific masterclock module.
The analog stage uses our highly regarded topology taken directly from our
amplifiers. It is a discrete coupling, which uses zero feedback, ultra linear
transistors and high precision resistors. The resulting open loop bandwidth lies
at 2.5MHz and gives a very linear phase response, which is one of the key
elements for correct musical harmony.
The power supply is split into 4 different and completely separate supplies. One
each for the drive and digital audio part and two for the analog stage (left and
right). We believe we have achieved a “close to analog” musical sound as
possible, which has always been a challenge in the digital domain. |
