Denon DCD-600NE with PMA-600NE 2 Channel 70W Integrated Amplifier with Bluetooth Black WWSDCDPMA6

This Package Includes DCD-600NE CD Player with AL32 Processing PMA-600NE 2 Channel 70W Integrated Amplifier with Bluetooth DCD-600NE CD Player with AL32 Processing Advanced CD Playback Listen to superior audio and masterfully reproduced songs with the Denon DCD-600NE CD Player. With Denon-proprietary AL32 Processing technology, combined with an innovative circuitry structure, ensure recordings are accurately reproduced and beautifully faithful to the original sound. More than a CD player, the DCD-600NE supplies even higher quality audio signals to the amplifier. Vibration-resistant design reduces adverse audio effects of heavy components within amplifiers, guaranteeing the sound quality meets rigorous Denon standards. And with a more than 100-year legacy of crafting audio components, trust Denon to achieve an amazing sound that exceeds your expectations. AL32 Processing The DCD-600NE is equipped with AL32 Processing, a proprietary analog waveform reproduction technology from Denon. AL32 Processing utilizes data interpolation algorithms, which add in the points that should exist before and after large quantities of data, smoothing out the waveform and restoring information that was lost during the digital recording. The resulting playback is highly detailed, free of interferences, richly expressive in the lower range, and beautifully faithful to the original sound. Listen to songs as the artist intended. CD, CD-R/RW, MP3, and WMA Support Enjoy extended disc support for your cherished music collection. The DCD-600NE plays back your CDs, CD-R/RW, MP3, and WMA formats. Listen to your favorite audio formats and feel the powerful fidelity DCD-600NE provides. Advanced Circuitry with Minimized Signal Paths The circuit patterns in the DCD-600NE are thoughtfully engineered to make signal paths as short as possible. With layered circuit boards and shorter circuits, the interference between circuits and left and right channels is reduced, and the adverse influences on audio sig