21B Cubed 3 Channel Amplifier

Achieving this starts with a number of design approaches:

1. Complete freedom from low-level crossover, zero-crossing, artifacts: Typically, class-AB amplifiers feature ample bias to mitigate primary crossover distortion. However, secondary crossover distortion can arise from slower driver transistors. In the Cubed Series, Bryston addresses this issue with exceptionally swift drivers and proprietary technology. Their Quad Complementary Output design significantly reduces the capacitance experienced by the driver transistors, effectively eliminating storage delay in the output stage. This innovation minimizes nonlinearities in the zero-crossing region, ensuring cleaner and more accurate audio reproduction.
2. Continuing efforts to reduce low-level noise. The clarity of level noise: Bryston's designs achieve enhanced clarity at low listening levels by lowering the noise floor well below the signal level. This improvement heightens the silence between musical notes and enhances the overall clarity of the music, particularly at low power levels.
3. Concentration on reducing distortion at all levels, especially high frequencies: Bryston amplifiers uniquely prioritize minimizing high-frequency distortion artifacts, resulting in exceptionally flat THD-vs-frequency curves. These curves demonstrate minimal tendency for distortion to increase with rising frequency. This meticulous approach reduces overall haze, effectively bringing out the subtlest passages from the background.