Audiolab 9000CDT
The Audiolab 9000CDT is a dedicated CD transport built for listeners who want reliable, precise digital playback. It uses a high-precision optical transport with a read-ahead digital buffer to reduce disc-read errors and keep older or scratched CDs playing. The unit sends a low-jitter digital signal via coaxial and optical outputs to your external DAC, and also plays files from USB storage (MP3, WMA, AAC, WAV). A 4.3″ IPS display and simple GUI make browsing tracks and folders straightforward. Robust mechanical design—low-friction tray, aluminium chassis and an electromagnetically shielded transport—helps preserve signal integrity so your DAC receives a clean digital feed.
Key Features
- Purpose-built CD transport with a high-precision optical mechanism and read-ahead digital buffer for reliable disc reading.
- Coaxial and optical digital outputs driven from a differential line driver and a high-accuracy master clock to minimise jitter.
- Rear USB Type-A port for USB HDD playback; compatible with WAV, AAC, WMA and MP3 files (FAT12/16/32).
- 4.3″ IPS LCD with an easy, detailed GUI showing format, folder and track information.
- Mechanically isolated transport in a shielded enclosure, low-friction loading tray and dedicated power supply to reduce vibration and interference.
- Reference-level specifications (example: frequency response -0.01dB 20Hz–20kHz; THD <0.002%).
Why Buy
If you keep a CD collection or want a reliable disc source for a separate DAC, the 9000CDT focuses on accurate digital extraction and stable signal delivery. It combines durable mechanics with flexible digital outputs and USB playback so you can pair it with modern DACs and enjoy both discs and files without fuss.
- Dependable playback for worn or scratched discs thanks to the read-ahead buffer and precise transport.
- Simple integration with external DACs and systems via optical/coaxial outputs and USB file playback.
- Engineered to protect the digital signal — vibration control, shielding and a dedicated power supply keep jitter and interference low.<