I took these measurements wearing rather thick glasses and, unlike the E.A.R.S., I’ve got hair, so the roll off seems plausible. I’ll have to do some more experimentation with my other ear and maybe my wife if she’ll play ball to see how much of this feature is me and how much of it is the mic.īoth headphones look even more severely rolled off in the bass than what my E.A.R.S. Adding some EQ boost at 6700 KHz does (tentatively) seem to make stuff sound clearer/less grainy for me, so perhaps part of this feature is actually my own ear shape. The mic sits in my concha, so it makes sense that I’m not benefiting from concha gain, but this is even worse because it’s dipped. Please see shortened video for non-verbal. There’s a big dip at 6700 KHz, which is the center point of concha gain. Complete DIY binaural dummy head kit Build your own 3D Binaural Microphone - Can lead to Professional Sound. You don’t see the boosted 1-5 KHz region that you see on HATS, I think because that’s mostly ear canal gain which doesn’t come into play here. Thread starter sax512 Start date 3:00 pm Prev. DIY Binaural Microphone Ears With Anatomically Accurate Ear Canals. There’s no weird 4 Khz dip like on my MiniDSP E.A.R.S. DIY Binaural Microphone Ears With Anatomically Accurate Ear Canals. The HE4XX has noticeably more 8.5 KHz than the HD58X, which agrees with other measurements I’ve seen Type 4101-B provides binaural sound recording at the entrance to the human ear canal. The binaural microphones are lightweight and do not affect normal hearing capabilities or influence test results. ![]() ![]() This makes the HD58X look warmer, slightly bassier and darker than the HE4XX, all of which agrees with my hearing. Binaural Microphone Type 4101-B is designed for binaural in-ear sound recording, when testing on a human subject is preferred.
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