I try not to get involved in these discussions anymore, because so many people just don't want to hear it. But, the truth is that modern transistor power amplifiers functioning within their operating limits (not driven into clipping, for example), having adequately low noise and distortion (routine), and having flat frequency response into the load across the audible band (also routine) are completely transparent. (All they do, fundamentally, is take a small voltage and make it bigger by a fixed ratio, so ...) If you do a careful comparison, you'll find they sound the same unless something is wrong somewhere. All the flowery prose you read about the sounds of various amplifiers is pretty much just that. Tube amplifiers can be a different story, but that's usually because they have high output impedances that result in frequency-response errors when they are connected to a load whose impedance varies substantially with frequency, such as a typical loudspeaker.







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This has been proven a number of times already and that site I linked to also agrees with this as do many others. Now when it comes to talking about performance that is another thing entirely. Remember we are talking about listing to amps that are at matched levels and comparing their sonic signature or lack there of as the case should be, and when they are not driven beyond their limits. When you start pushing amps everything changes. Nobody is saying all amps preform the same.


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