
Any of the DSP functions can be recorded onto tape by selecting "Process to Tape". For instance, by selecting the Compressor mode, this can be used to decrease the dynamics of the music for tapes to be used with
To make optimal use of the dynamic range of the A to D converter each analogue input's input sensitivity can be set in four different steps, catering for virtually any
The Model 118 will automatically switch to any of the standard sampling frequencies (32, 44.1 and 48kHz). Each digital input has its own input transformer with accurate 75Ω termination.
Apart from the digital output for use with a digital recorder, the Model 118 also has a digital output for use with external D to A converters or loudspeakers with a D to A converter integrated.
Design
Volume, Balance, Polarity and Mono/Stereo are all controlled in the Digital domain. Many volume controls which work in digital domain (with some CD players, for instance) offer only poor resolution at very low levels. The DSP processor works with 24 bits words, maintaining the music signal's integrity, at even the very lowest of volume settings.
With 20 bit resolution for the Bitstream Digital to Analogue converter and a Bitstream Analogue to Digital converter with 18 bit resolution, sampling at 48kHz, analogue sources will loose nothing of their original quality either.
A large "Holmgren" Toroidal transformer with 10 separate power regulators is used to supply power to the various circuits. This faeture combined with the optimised PCB
Only the highest quality components have been used throughout; metal film resistors, glass fibre PCB boards, Audiophile grade opamps, etc.
With the Model 118 NAD shows that it thinks ahead. Rather than opting for a outboard A to D converter which only has limited use and facilities, the engineers have taken one step further and exploited the benefits of digital technology to the fullest, regardless of whether the source is digital or analogue. The Model 118 despite its very reasonable price deserves to be teamed up with the very best of ancillaries in order to realise its full performance potential.
Anyone considering adding a quality