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Cake day: October 23rd, 2023

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  • Examples of what I mean. Amplification types that have an associated sound: OPAMP’s, NFCA’s, Tube amp’s, discrete topology amp’s, Forward Feedback amp’s, THX, non-negative feedback amp’s, Class A amp’s, Class A/B amp’s, Class D amps, current mode amps (Questyle), etc. Amp differences are easiest to spot based on the shape of the soundstage and how well sounds/effect/instruments are separated and layered. Amp performance is reasonably easy to gauge on an audition.

    Just because a low-level implementation detail differs doesn’t mean it has a “sound”. Your AAC audio doesn’t sound different depending on whether it was encoded by an ARM or x86 processor.









  • I don’t use Android or Samsung phones but it’s possible they have some DSP audio enhancements turned on that you like the sound of? iOS doesn’t really do anything like that.

    If the Samsung’s headphone jack has high output impedance, it’ll give the Sennheisers a bit of a bass bump, which many people like. EQ (unfortunately not many options for that on iOS, besides an outboard device like the Qudelix5K) or an impedance adapter between the dongle and headphones can produce the same effect.



  • I feel like people always feel attacked when you point out that a difference probably isn’t real. But I think we need to stop saying you don’t hear it. Human hearing is clearly not merely the process of tranducing sound pressure. You cannot separate objective “sound pressure at the ear drum over time” from whatever other post-processing happens in your brain, and the latter has been repeatedly established to be a significant factor, which you can test for yourself easily enough if you doubt it. This makes it easy to make the attribution error that something is producing a different sound wave, rather than merely changing the cognitive aspect of “hearing”.