The C 338 adds big sound to your favourite music sources and brings incredible flexibility to any stereo system. With Spotify Connect®, Bluetooth®, and the first-ever hi-fi amplifier to have built-in Chromecast®, the C 338 allows you to stream and cast music directly from any music streaming app, letting you enjoy your music wirelessly. Add a turntable using the phono input and experience the warmth of vinyl collections with the room-filling sound of NAD’s HybridDigital™ amp technology. Power, volume, source selection, and device settings are all controlled using the intuitive interface of the NAD Remote App for iOS and Android.
Introducing the NAD C338
Getting the Basics Right
Built with NAD’s renowned music-first approach to audio architecture and amp design, the C 338 is equipped with the most advanced components commonly found in NAD’s class-leading line of amplifiers. Always starting with the details you can hear and advancing from there, NAD develops low-noise circuitry with the precision and stability to deliver incredible, near-zero distortion sound for the most difficult speakers.
HybridDigital™ Amp Technology
The search for a high-performance Class D solution led NAD to HybridDigital™, an innovative amplifier technology that uses a variable modulation frequency to bring out the life-like qualities of music, while reducing distortion under every operating condition. This highly optimized design gives phenomenal performance to the C 338 amplifier, both measured and subjective.
Efficient Class D Power
NAD has worked tirelessly to create the best performing Class D amplifiers that are energy efficient and produce beautiful sound—not heat—regardless of basic design principles. Using advanced measurements and data, NAD developed the C 338’s highly efficient power supply with a customised Hypex® UCD output stage to pump out 50 watts continuously and over 200 watts instantaneously to meet the demands of the most dynamic music. This new design is very linear over a wide bandwidth and provides consistent, noise-free performance for the amplifying stages with near perfect regulation of voltage.
