A high bitrate and high sampling has been achieved with Denon's unique data interpolation algorithm. 16 bit audio signals are converted to a high bitrate of 32 bit and 44.1 kHz sampling signals are up-sampled by 16x to achieve smoother recreation of sound waves. Data interpolation is also used, predicting interpolation points from a large number of surrounding points to provide audio as close as possible to the original sound. This elaborate restoration of data lost during digital recording achieves fine, distortion-free rendering, accurate sound localizing, rich bass and recreation that is faithful to the original sound.

DAC Master Clock Design for the Ideal Clock

To make full use of the properties of this unit's semiconductor, it was important to use a highly accurate clock signal for the semiconductor's operations. This model contains 2 new oscillators, one for each frequency. These oscillators are developed to dramatically decrease phase noise caused by frequency displacement, achieving a more stable and more accurate clock than ever before. The master clock is near the D/A converter, reducing jittering to achieve faithful playback.

Advanced S.V.H. Mechanism & Direct Mechanical Ground Construction

Each part of the newly developed Advanced S.V.H. Mechanism is made from a different material to suit its purpose, including an aluminum die cast tray. The high weight of these parts improves damping, and the resonance points are also decentralized to provide a high level of damping. The center of gravity of the mechanical parts has been lowered. In addition to reducing internal vibration caused by the rotation of the disc, this also makes the structure resistant to external vibration. A Direct Mechanical Ground construction is also used. Through measures such as placing the power transformer near the feet, this construction thoroughly removes the effects of internal and external vibration and thoroughly prevents transmission of unnecessary vibration and emission of noise.

Part names and functions