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leblancfg | 1 year ago

Love his series, but you really have to keep in mind that his testing methodology is "reductionist": a microphone's quality can't just be distilled to its EQ response. Phase, transient response, clipping, etc. are also part of the equation.

edit: My "case in point" moment is Jim's (excellent!) DIY amp section in this video: https://youtu.be/wcBEOcPtlYk?si=jkehIfyo6AgeTLUo&t=918. Its EQ indeed sounds like the big names, but I'm sure you'll also notice how its dynamics also sound so thin. That's likely because solid state clipping != (saggy) tube overdrive.

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beAbU|1 year ago

The takeaway for me on all his videos is that yes, these things are different, and they make a difference. But the difference is so subtle and nuanced that its nigh on impossible hear it, especially in the mix, played on a CD, over a stereo in a less-than-ideal treated room.

In one of his amp cab videos he has the appiphany that all his tone chasing was for naught, because he failed to consider that each and every sound he hears has been recorded. He cannot replicate the tone of how an amp or cab or speaker or guitar sounded, because that sound was recorded, where the mic, preamp, console and recording medium all added their own influence, and him listening to an amp in the room is not how that amp actually sounded. And live sound is a completely different animal all together!

phkahler|1 year ago

>> solid state clipping != (saggy) tube overdrive.

Clipping tends to produce odd harmonics, and blocks highs entirely in the flat parts.

Nonlinearity across the signal range can produce even harmonics and doesn't delete portions of small signals.