Photography by Unknown
Fascia - Anodised Aluminium or Black Acrylic
Level One Red Book CD player. The CD 2.1x/II is essentially a component upgraded version of the CD1.1x, equipped with better parts such as our own custom produced Audio Note (UK) tantalum resistors, Cerafine capacitors and Audio Note (UK) copper foil capacitors, making for a more open, detailed and lively performance in comparison with its more affordable stable mate.
Whilst the rest of the audiophile world continues it delusional and ultimately doomed love affair with the currently fashionable crop of what are claimed to be 'high resolution' computer sources, we at Audio Note (UK) continue to extract even greater degrees of information and quality from Red Book CD, which is still the best, currently available digital music format.
Audio Note (UK) is highly critical of the digital medium as presented by compact disc; we sincerely hope that you too will find this transport breaks free from the 'digital mould' that we are all so accustomed to, and so opens a new window on your CD collection.
It has been specifically engineered for sonic performance rather than technical specification, and fulfils all Audio Note (UK) Level 2 criteria.
Digital, done right
The CD 2.1x/II uses an in-house modified Philips L1210 dedicated Red Book CD mechanism and a simple yet revealing DAC based around the Philips 1543 16 bit multi-bit digital to analogue converter chip. The analogue output stage is equipped with the quite exceptional 6111WA miniature triode and our own in house designed and manufactured Audio Note (UK) copper foil capacitors. This player, like its bigger brothers, features no oversampling and no digital filtering, making for a highly effective sonic combination all housed in a small and robust chassis.
OPTICAL PICK UP
MAX. POWER CONSUMPTION
3 beam laser
Less than 2 KOhm
3.0V RMS (approx.)
Less than 0.25dB
96mm (h) x 445mm (w) x 270mm (d) - CDT
AC 100-120V / 220-240V 50/60Hz
Due to Audio Note (UK)'s ongoing research and development program, specifications are subject to change without notice.