NAD C379 - HybridDigital DAC Amplifier
C379
NAD Electronics, Integrated Amplifiers, Integrated Amps
BRILLIANT MUSICALITY AND DETAIL
The C379’s digital architecture is built around the critically acclaimed ESS SABRE ES9028 DAC, one of the industry’s highest performance 32-bit digital-to-analogue converts with unprecedented dynamic range and ultra-low distortion. It provides ultra-high-quality music playback, free from clock jitter common in digital audio systems. The results are an exceptionally wide dynamic range, ultra-low distortion, accurate sound stage and unparalleled clarity.
Features & Details
C379 Data Sheet ![]() |
C379 Quick Start Guide (coming soon) ![]() |
C379 Owner's Manual (coming soon) ![]() |
When integrated with an AVR, Dirac Live measures the acoustic characteristics of your space using a calibrated microphone, analysing how sound interacts with the room. It then adjusts the speaker’s output to ensure that the sound is balanced and true-to-source, regardless of the room’s shape, size, or materials. This process includes aligning the timing and phase of the speakers to provide a cohesive, immersive sound field—something that would be impossible to achieve with just speaker placement alone.
Contrary to basic EQ systems that mainly flatten the frequency response, Dirac Live corrects both the frequency and impulse response. This means it not only addresses tonal balance but also ensures that transient sounds (like a clap or a drum hit) are reproduced cleanly without smearing or delay. With its capability to adjust for phase issues between speaker drivers, Dirac Live creates a more accurate and immersive audio experience that feels more natural and more true to the recording . By using Dirac Live, you’re essentially enhancing the performance of your sound system by making the sound more realistic and detailed, even in challenging spaces.
Select Bluesound and NAD products are compatible with Dirac. |
Want to learn more? Check out this video about room correction:
Ready to go? Check out the official Calibration Guide to see how it's done: