The NAD C368 Hybrid Digital DAC Amplifier delivers clear, powerful audio performance with the flexibility to easily integrate into your home audio system. Equipped with NAD’s Hybrid Digital amplification technology, the C368 offers an outstanding listening experience with greater efficiency and sound quality. Featuring an integrated DAC (digital-to-analog converter), this amplifier allows you to enjoy high-definition audio from digital sources while maintaining the natural characteristics of analog sound. Whether you're using it for streaming, vinyl, or other audio sources, the C368 ensures every detail of your music is heard with precision.Key Features Hybrid Digital amplification for high-performance, energy-efficient audio Integrated 24-bit/192kHz DAC for high-quality sound from digital sources Advanced ESS Sabre32 Ultra DAC for improved detail and clarity Built-in Bluetooth aptX for wireless music streaming High-current output to drive demanding speakers Expandable modular design for flexibility (with optional MDC modules) Intuitive interface and robust connectivity for easy system integration Why BuyThe NAD C368 Hybrid Digital DAC Amplifier is a perfect choice for audio enthusiasts looking for a high-performance amplifier with modern digital conveniences. The inclusion of the ESS Sabre32 Ultra DAC ensures enhanced detail and clarity, while Bluetooth aptX allows for seamless wireless streaming from compatible devices. Whether you're playing analog sources or streaming digital music, the C368 provides a balanced, rich audio experience. Its modular design lets you easily upgrade and expand functionality, ensuring it will serve as the heart of your system for years to come. High-Quality DAC: Built-in 24-bit/192kHz DAC from ESS delivers crisp, clear sound across both digital and analog formats. Powerful and Efficient: Hybrid Digital amplification ensures impressive sound while consuming less energy, making it an environmentally conscious choice. Flexible Expansion: The C368’s modular design lets you customize the amp by adding optional MDC modules to support future technologies.
