Dave- If you play a lot of gigs, you can probably tell the difference between Zildjians and Sabians when listening to a good system. Likewise- Can probably appreciate a soundman that knows what a Les Paul(or Strat, etc.) are supposed to sound like(w/o effects) when fed direct, so he can EQ the channel. It takes a love/desire for, a dedication to, and a familiarity with, the real thing to train oneself to recognize the nuances of individual instruments(not to mention- years). The venues are another story altogether. The bottom line is this though: What makes us happy and what makes someone else happy are never going to be about "right" and "wrong". It's all subjective. Some people like Chef Boy-R-Dee pizza(which I'll NEVER understand). But- If we all had the same tastes this would be a really boring world. NOW- It's different if you hire me to do your group's sound, or correct the acoutics in your concert hall. If I don't know what I'm doing/can't hear: Your group will sound lousy, the venue may be an acoustic nightmare. That's wrong and there are a bunch of those out there that need their fingernails extracted with.... Oh never mind! But- I'll never tell someone what pleases him in the privacy of his listening room is wrong, even though I find some notions really bizarre.
Ultra high resolution
Hi folks, I suppose this is a question none could answer appropriately. How come that some (there are to my knowledge only two of them) amplifier brands are building such ultra high resolution solid state amplifiers without having a treble that sounds shrill or piercing or artificial? It is of course proprietary info if you ask those manufacturers.
Is it because of very tight selection of matched transistors? Is it because lack of global but high level of local feedback? Is it because of the use of very expensive military grade parts? Is it because of the power supply? Is it because of the application of special circuit design? Is it because all of the above?
Chris
Is it because of very tight selection of matched transistors? Is it because lack of global but high level of local feedback? Is it because of the use of very expensive military grade parts? Is it because of the power supply? Is it because of the application of special circuit design? Is it because all of the above?
Chris
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- 100 posts total
- 100 posts total