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Denon DCD-1600NE - High Quality Super Audio Player The Denon DCD-1600NE is a premium Super Audio CD player designed for ultra-high precision disc reading and delivering pristine audio signals. Featuring advanced vibration-resistant construction and state-of-the-art processing, it ensures faithful reproduction of your favourite music. Key Features Advanced AL32 Processing Plus with unique data interpolation for smooth, high-resolution analogue waveform reproduction Ultra Precision 192kHz/32bit D/A Converter for faithful digital sound DAC Master Clock Circuit Design ensures jitter-free audio playback Direct Mechanical Ground Construction minimises unwanted vibration Short signal paths and carefully selected Hi-Fi components preserve audio purity Denon original drive mechanism with S.V.H. (Suppress Vibration Hybrid) loader for accurate disc reading Supports playback of CD, Super Audio CD, DSD (2.8 MHz / 5.6 MHz) and PCM files up to 192 kHz / 24 bits recorded on DVD R/RW Separated digital and analogue power supplies to maintain signal integrity Pure Direct Mode for clean audio output Available in Premium Silver and Black finishes to perfectly match the PMA-1600NE Integrated Amplifier Advanced AL32 Processing Plus The DCD-1600NE features Denon's latest Advanced AL32 Processing Plus technology, which uses unique data interpolation algorithms to restore lost data points and reproduce a smooth waveform close to the original analogue signal. This results in highly detailed, interference-free sound with accurate localisation and rich low-frequency expression. Innovative Disc Drive Design The player incorporates Denon's high-class S.V.H. (Suppress Vibration Hybrid) Mechanism. The newly developed circuitry minimises signal path length and circuit size to reduce noise and current interference. The hybrid construction of the S.V.H. loader stabilises the disc drive for precise reading, while its low centre of gravity and vibration-suppressing structure reduce internal and external vibrations. This ensures stable, accurate digital signal reading with minimal servo operation and power consumption.