Information Sheet

ManualsBrandsDenon ManualsAudioDCD-1600NE

www.denon.com

TAKE DISC PLAYBACK PERFORMANCE

TO REMARKABLE HEIGHTS

HIGHLIGHTS YOUR BENEFITS

Advanced AL32 Processing and Ultra Precision 192kHz/32bit D/A Converter Digital recordings beautifully faithful to the original sound

DAC Master Clock circuit design Jitter-free audio reproduction

Direct mechanical ground construction Minimizes unwanted vibration

Carefully designed construction, minimum signal paths and selected Hi-Fi parts Preserves audio signal purity

Denon original drive mechanism with S.V.H. loader Accurate pickup and decoding from all discs

Playback of CD and Super Audio CD; DSD (2.8 MHz / 5.6 MHz) ﬁles

and PCM ﬁles up to 192 kHz / 24 bits recorded on DVD R/RW

Extended disc support for modern high-res audio

Separated digital and analog power supply Preserves audio signal purity

Pure Direct Mode Ensures clean audio output and accurate, detailed sound

Available in Black Sleek design that complements the PMA-1600NE Integrated Ampliﬁer

Engineered with a more than 100-year Denon legacy in audio excellence Trust this high-quality and durable system to deliver the ultimate audio experience

SUPER AUDIO CD PLAYER

DENON DCD-1600NE

PRODUCT INFORMATION

Summary of content (2 pages)

PAGE 1
PRODUCT INFORMATION DENON DCD-1600NE SUPER AUDIO CD PLAYER TAKE DISC PLAYBACK PERFORMANCE TO REMARKABLE HEIGHTS HIGHLIGHTS YOUR BENEFITS Advanced AL32 Processing and Ultra Precision 192kHz/32bit D/A Converter Digital recordings beautifully faithful to the original sound DAC Master Clock circuit design Jitter-free audio reproduction Direct mechanical ground construction Minimizes unwanted vibration Carefully designed construction, minimum signal paths and selected Hi-Fi parts Preserves audio sign
PAGE 2
Advanced AL32 Processing Plus The DCD-1600NE is equipped with Advanced AL32 Processing Plus, the latest version of Denon analog waveform reproduction technology which utilizes unique data interpolation algorithms and also supports high-resolution sound sources. These algorithms interpolate points that should exist before and after the points in large quantities of data to achieve a smooth waveform that is close to that of the original signal.