Max Minimum
500+ Head-Fier
- Joined
- Apr 19, 2004
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Quote:
Actually, I understood your point, but I didn't express myself clearly enough. I agree that it's the decreased resistance at play here. But, I've heard this same phenomenon when increasing bass or decreasing everything else while increasing volume. I'm suggesting that no matter how it is that the bass becomes larger in the mix, it's the presence of it that counts. Well, I shouldn't overstate this. There aren't very many situation in the world where one solitary factor is THE cause of something - I just think it plays a large part.
And I agree with you that sound shaping can easily be done using a variety of methods. But that still doesn't resolve the matter of specifically getting at the decay rather than just any quiet sound. The decay of a guitar note or a cymbal crash (which is there in the recording and causes electrical force to reach the driver unit) is different than the decay of a driver movement. Ideally you would have no driver-induced decay - when the signal stops, the driver stops.
Now, it also occurs to me that there is another possibility. A driver that seems to exhibit truncated decay could have exaggerated dynamics. In other words, when it receives a signal relatively more powerful than what came previously, it's delivery of this is disproportionate to what it was being 'told' to do. And then the drop in volume is consequently more drastic. Since the attack often happens more quickly than we can resolve (I'm talking tiny fractions of a second), the impression one gets would come mostly from the decay. If you were to graph the volume across time of such a driver, it would appear spikey when compared to something more accurate. At the same time, it could still give you the impression of accuracy by exagerrating details through dynamics.
So, which one is more accurate as a whole? I think it'd be hard to say. The whole process of empirically determining relative accuracy among close rivals, as I think you, Lindrone, have stated before, is way too complicated to really accomplish today. How much does frequencey range count? How much does conforming to true life levels across that spectrum count? How much do transients count? How much does s/n count? And on and on...
And I'm glad people seem to have calmed down. The good points made on all sides are much more readily accepted that way.
Originally Posted by lindrone Well, you're missing the key point... the reason why I brought it up is not to track down why ER-4P sounds worse than ER-4S in terms of detail.. but the "reason" as to why that happens. The important issue is that ER-4P and ER-4S has absolutely no differences in their driver design whatsoever. The only difference is the resistor used in the y-joint, hence shaping the sound differently. This is also the reason why you can get a P=>S adaptor, which is simply a resistor that adds the resistance to match that of the ER-4S. The decrease of the resistance allowed the driver to be more "active" by picking up more bass resonance as well as other resonance, which in terms will increase the perceived decay as well (since resonance is a part of the equation). Which in term also made people think they sound muddy as well. Overall though, ER-4P was a retrofit of a finely tuned earphone for its specific purposes, and retrofit never work quite as well as what was originally designed to do certain things. This goes to prove the point that sound shaping can easily be done using a variety of methods, as simple as presenting extra resistance in the signal pathway will change the sound signature. Which also means such issues as decay can be controlled using a variety of methods as well. |
Actually, I understood your point, but I didn't express myself clearly enough. I agree that it's the decreased resistance at play here. But, I've heard this same phenomenon when increasing bass or decreasing everything else while increasing volume. I'm suggesting that no matter how it is that the bass becomes larger in the mix, it's the presence of it that counts. Well, I shouldn't overstate this. There aren't very many situation in the world where one solitary factor is THE cause of something - I just think it plays a large part.
And I agree with you that sound shaping can easily be done using a variety of methods. But that still doesn't resolve the matter of specifically getting at the decay rather than just any quiet sound. The decay of a guitar note or a cymbal crash (which is there in the recording and causes electrical force to reach the driver unit) is different than the decay of a driver movement. Ideally you would have no driver-induced decay - when the signal stops, the driver stops.
Now, it also occurs to me that there is another possibility. A driver that seems to exhibit truncated decay could have exaggerated dynamics. In other words, when it receives a signal relatively more powerful than what came previously, it's delivery of this is disproportionate to what it was being 'told' to do. And then the drop in volume is consequently more drastic. Since the attack often happens more quickly than we can resolve (I'm talking tiny fractions of a second), the impression one gets would come mostly from the decay. If you were to graph the volume across time of such a driver, it would appear spikey when compared to something more accurate. At the same time, it could still give you the impression of accuracy by exagerrating details through dynamics.
So, which one is more accurate as a whole? I think it'd be hard to say. The whole process of empirically determining relative accuracy among close rivals, as I think you, Lindrone, have stated before, is way too complicated to really accomplish today. How much does frequencey range count? How much does conforming to true life levels across that spectrum count? How much do transients count? How much does s/n count? And on and on...
And I'm glad people seem to have calmed down. The good points made on all sides are much more readily accepted that way.