Originally Posted By: Andrew
Originally Posted By: CV
Originally Posted By: Andrew
Technology races on and there are new and far more sophisticated devices available today that were unheard of 6 years ago, and these are incorporated into all of the new amplifiers.


I'm curious to read more on what this statement entails, and what it means for real-world performance.


Here's a shortlist of the "big ones":

Lower distortion, particularly at low power outputs where the amplifier spends most of its time operating.

Higher efficiency.

Cooler idling temperature.

Better control of output stage switching = excellent long term reliability.

Extremely robust and instantaneous protection circuitry for major fault conditions.


I have a question about #2. Lower distortion at lower output levels. This and possibly in combination with other parameters in the amps design. My question is.

Have you found through either the development phase, comparisons to other amplification (like receivers which we all use) or just living with the product in your home testing different source material and more importantly different speakers, if this amp can provide sound quality benefits even at low to moderate listening levels?








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