Featuring advanced ultra-high current single-push-pull circuit power with Schottky barrier diodes and Advanced AL32 Processing, the Denon PMA-1600NE integrated amplifier delivers music thats faithful to the original recording. With two digital inputs, a rear USB-B input, MM and MC Phono inputs and equalizer, enjoy impeccable sonic quality from your vinyl collection, and during playback of high-resolution files up to 384kHz/32bit and DSD up to 11.2MHz from a computer. Quality construction and unique Denon technology provides unmatched performance for your cherished music collection from a brand with a more than 100-year legacy of audio innovation.
HIGH-POWER 140W INTEGRATED AMPLIFIER
Power your loudspeakers with the Denon PMA-1600NE integrated amplifier. The PMA-1600NE delivers 140 Watts of power-per-channel into 4 Ohms. This integrated amplifier offers compatibility with the widest range of speaker types and impedances for operational stability.
Advanced Ultra High Current MOS
Provided in a single push-pull configuration, the PMA-1600NE features Advanced UHC-MOS technology that eliminates deviations in the amplification stage and balances high power with delicate musical details. This circuit masterfully reproduces the full sonic range, from the delicate musical nuances to the powerful peaks of rich musical expression. Advanced UHC (Ultra High Current)-MOS technology utilizes a minimum number of high-current amplifier elements to balance advanced speaker drive capabilities and improve sound quality. Advanced UHC-MOS is an ideal amplifier whose power supply performance is superior to that of bipolar transistors and incorporates the sound quality advantages of MOSFETs.
Advanced AL32 Processing Plus
Supporting 384-kHz/32-bit PCM input
The PMA-1600NE is equipped with Advanced AL32 Processing Plus, the latest in analog waveform reproduction technology from Denon. Advanced AL32 Processing Plus utilizes data interpolation algorithms, which support high-resolution 384 kHz/32-bit audio sources. The algorithms 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.