Definitely, and for a number of reasons. This yields a dynamic range of over 120 dB, with outstanding noise and distortion specs. Second as you drop the level of the input signal, the noise and distortion scales down by the same amount. This is the way such things should work, but not all digital circuits do this. Third, the dejittering action may actually produce a signal that is better sounding than the original.
Many people believe that great specs mean great sound.
This is not necessarily true, though specs can often give you some good hints. There were two separate prototypes available for test, both built around the AD1890. It is reasonable to assume that production boxes will use a very similar circuit, since there are only a few ways to hook up this device. Most people will use the AD1890 as a sample rate converter, so the test converted audio from 48 kHz to 44.1 kHz, as will as the reverse. For a listening environment, I used our mastering facility, which includes two time-aligned monitor systems, custom amplifiers, tube electrostatic headphones, and similar tools of the trade.