YtseJamer
Headphoneus Supremus
Even the LCD-2F are MUCH better than the HE-560!
Jeez I now have tinnitus issues because of the fu&?%$ HE-560.
Jeez I now have tinnitus issues because of the fu&?%$ HE-560.
That's not a technical, mathematical explanation concerning why it would sound better on a portable device than a desktop amp, though.
My impression was very similar. I gave up on the 560 after just a few mins. Sounded dull and lifeless compared to the X. X's timbre quality was intoxicating. Can't agree with your classical music example though - even with classical I want to feel the dynamics and emotion!
You'd need to ask somebody a bit more audio science inclined for that. It isn't a purely electromagnetic explanation, and it involves the resonance and acoustics and engineering subtleties of Audeze's decisions with regards to this headphones. I have no answer to you, only what I heard.
Even the LCD-2F are MUCH better than the HE-560!
Jeez I now have tinnitus issues because of the fu&?%$ HE-560.
@Music Alchemist The same goes for me. All I know is that the EL-8 sounded more cohesive on less resolving DACs. Yes, the soundstage was narrower, but the bass was also more present, with more slam.
On my main rig, the soundstage was much wider but the bass was leaner and the mids and trebles were dominant. For whatever reasons, the more resolving dac/amp seemed to thin the sound quality as it added air and soundstage.
There is also the issue of some grain in the trebles on some songs. That has nothing to do with the above, but it did enter into my decision to sell my cans.
Based on the output impedance of 30 ohms and efficiency of 102db/1mW you can conclude that these are fairly efficient headphones (design parameters) which are similar to my V-Moda XS, 28.5 ohm / 105db/1mW. The XS does not scale with better amps because it was designed to be used with iphones/galaxy's/droid's and DAP's electronics which don't have much output voltage/current so using a high powered amp like my Lyr2 doesn't improve the sound since they are already being used at their optimal design parameters.
I think the main reason is that the design parameters that Audeze used was for a easily driven portable that the masses can use with their iphone/galaxy/droid/etc and feel like they got a really great sound headphone (large market share demographics). I don't think these were to be in the same class as LCD line or as kapanak and crixnet stated above they are for a different market segment.
That's not a technical, mathematical explanation concerning why it would sound better on a portable device than a desktop amp, though.
People keep mentioning the HE-560 to me and I'm like, "I don't plan on ever buying that headphone."
Too low amp output impedance.
http://www.innerfidelity.com/content/musings-headphone-amplifier-output-impedance
Don't buy them if you don't want to destroy your ears...
Based on the output impedance of 30 ohms and efficiency of 102db/1mW you can conclude that these are fairly efficient headphones
Bookmarked. ...but too long to read right now.
What is it about having low output impedance that would make a 30 ohm headphone sound worse on it? I've used low impedance headphones on low output impedance amps with no problems. In fact, I thought having too high output impedance was what you were supposed to look out for.
Except one of my reasons for ignoring the HE-560 is because I want the HD 800. My best Head-Fi friend is an HD 800 freak and always tells me how it's more neutral than anything else, and I really trust him, especially since he's heard most high-end headphones. But more often, I see comments about the HD 800 being bright and fatiguing, so I dunno. I'm listening to a Sony MDR-7506 right now that is fairly bright and fatiguing, yet it doesn't bother me much, so it may not be a problem for me.
Too low amp output impedance.
http://www.innerfidelity.com/content/musings-headphone-amplifier-output-impedance
Or tie a bunch of helium balloons to the top of your phones.
The impedance is irrelevant to efficiency. You already quoted the efficiency of 102dB/mW
Perhaps you are thinking of sensitivity, not efficiency, which is the relationship between input voltage and sound output.