Chyżwar
Active Member
- Joined
- Jun 11, 2021
- Messages
- 157
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- 200
You're talking nonsense, there's no point having a conversation with someone who is ignoring the facts being shown. Your additional points re DF curve and it needing to be a specific DF tailored to your own physiology is also a nonsense as of course it's different for everyone.....so of course a headphone manufacturer doesn't have visibility of that (as they're not designing a headphone just for your own particular little ears with nothing inbetween) so has to target something so your argument is null & void and an unrelated tangent.....same would apply for Harman Curve. Fact is the HD600 fits the Harman Curve more than the Diffuse Curve. I'm done talking with you as you're not adhering the to "integrity of posting/discussion/logic". Night night.
Some nonsense from Sennheiser. I'm sure they don't know how their headphones are designed and you know better. But there's good news, Axel Grell has left Sennheiser, you can become their chief engineer!
"Explanations on the diffuse-field frequency response curve
In an anechoic chamber, 8 highly linear loudspeakers emit noise signals inde-
pendently of each other. In the central area of the chamber, the various sound
data meet and are superimposed on each other to form a diffuse field, in which
it is no longer possible to determine from which direction the sound is coming.
This noise is then varied in distances of a third and reproduced alternately
over the speakers and the headphones to be measured. A large number of test
persons then evaluate the difference in volume between the room noise and
the noise in the headphones.
The ideal state is when the volume impression between the diffuse field and
the headphones is the same. Diffuse-field equalized headphones provide
a clearly more spatial impression and make it easier to determine whether
sounds are coming from the front or rear. Put simply: The sound events take
place outside the head and are not confined to the space between the ears."