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DCD-A110
The DCD-A110 features Ultra AL32 Processing, Denon's audio signal processing technology. Ultra AL32 Processing technology uses an algorithm to interpolate the incoming data stream to get a smoother waveform close to the original analog signal.
This algorithm increases data sampling, allowing for a more analog waveform and improving audio reproduction. In Ultra AL32 Processing, doubled the sampling rate of the data stream compared to the previous generation - from 384kHz to 1.5 MHz. The resulting sound is reproduced in high detail, without interference, precisely localized, expressive in the lower range, and exactly matches the original analog signal.
Four digital-to-analog converters based on Burr Brown PCM1795 chips, working in parallel mode, provide a qualitatively different level of sound reproduction with the highest accuracy, magnificent scene and the best signal-to-noise ratio.
The DCD-A110 does not use a traditional op-amp as a post-filter. The player features a fully discrete filter stage with carefully selected and individually tuned components selected by Denon engineers to achieve outstanding sound performance and a wide and deep sound stage.
The design of the disk drive uses the proprietary Advanced S. V. H. technology, which, due to the use of a powerful cast chassis and damping inserts made of various materials, is completely devoid of internal resonances and internal vibrations caused by the rotation of the disk. The low center of gravity of the mechanism also suppresses any vibration that occurs inside the mechanism due to the rotation of the disk.
The turntable design is also resistant to external vibration by applying measures such as lowering the center of gravity and placing the power transformer near the legs. Eliminating unwanted vibration minimizes errors when reading information from the disk, improving the clarity and accuracy of sound reproduction.
The DCD-A110 circuits have been carefully designed to adhere strictly to the "straight and short path" philosophy and make the paths of electrical signals as short as possible. This ensures that the source sound is reproduced as accurately as possible over the entire audio range. As a result, interference between the circuits, as well as interference between the left and right channels, is minimized, providing a clear and very transparent sound.
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