- DIDRC (Dynamic Intermodulation Distortion Reduction Circuitry)
- Separate Digital/Analog Circuitry and Transformers
- Thermally Regulated Super-Precision Clock
- PLL (Phase Locked Loop) Ultra-Low Jitter Technology
- Silent Disc Mechanism with Die-Cast Tray
Find help here!
Compact Disc Player
Superb Playback Solution for Two Channels of Pure Audio Pleasure
CDs have been with us for decades now and continue to provide a convenient, high-quality listening experience. The C-7000R brings together features and refinements to bring the very best out of your audio CDs and CD-R/RWs, and even any MP3- or WMA-encoded discs you may have made on your computer. To ensure minimal signal interference, the C-7000R employs a thermally regulated high-precision clock, PLL ultra-low jitter technology, and a new circuit board construction. All of this highly sensitive componentry is housed in anti-vibration casing, with separate aluminum panels for the top, front, and sides. In keeping with the zero-tolerance approach to interference, digital circuitry and analog circuitry are physically separated, and you have the choice of operating the C-7000R in either digital-only or analog-only mode. The silent disc mechanism and solid die-cast aluminum tray epitomize the unit’s audiophile build quality.
A firmware update enabling Spotify Connect on 2014-model network-ready Onkyo A/V receivers, controllers, and HTiB packages… morePress Release dated: 4 Nov 2014
OSAKA, JAPAN (9/29/14) -- Onkyo is pleased to announce the firmware update enabling Dolby Atmos® sound on the Onkyo… morePress Release dated: 29 Sep 2014
Onkyo CorporationPioneer Corporation For Immediate ReleaseSeptember 12, 2014 Notice with Respect to Basic… morePress Release dated: 12 Sep 2014
OSAKA, JAPAN. Home theater specialists Onkyo announce Spotify Connect integration on selected 2014-model Wi-Fi®-enabled… morePress Release dated: 3 Sep 2014
OSAKA, JAPAN. A firmware update enabling Dolby Atmos® sound on the Onkyo TX-NR636, TX-NR737, and TX-NR838 network A/V… morePress Release dated: 3 Sep 2014