KopaneDePooj
Headphoneus Supremus
And that's why I own 5 Sennheiser headphones
To exclude with certainty that the noise don't come from the source, If you haven't done so yet, try another device (perhaps a different brand)....My only working theory is that this has to do with the amplifier powering down, which would explain why it doesn't happen with ANC on (since it would remain on to amplify the "anti-noise" being sent to the drivers), but I'm no expert.
That's what I thought initially, but it can happen when I'm at home, or when I'm out of the house too!Never experienced that before. Does the static popping happen at a common place. Maybe some external influence is disturbing the BT transmission?
all my BT headphones with the exception of the Aonic 50 are heavily eqed. There are still things they bring that are unique to each one with sq in mind, but companies could definitely bring more to the table when it comes to BT overears.Well they're different in one regard, they measure like sh...t across the entire frequency range ! At least the M3 has the good taste of measuring reasonably well above 200hz.
The state of current ANC BT headphones is disheartening to me. You'd figure that after more than a decade of research into FR target curves and with the inclusion of built-in DACs, amps and DSPs it would be easy peasy to get FR curves that don't look like the Himalayas and correspond to Harman or Harman-like targets (ie ones that try to emulate what a good pair of speakers sound like in a good listening room - that still leaves quite a bit of room for individual preferences and variation in users' anatomy) but alas we're even going backwards. It's weird that it's the more recent passive headphones that are actually better at matching these targets than the active / DSPed ones and that quite a few older BT headphones measure better than the current crop of ANC BT HPs.
I mean just looking at these curves gives me hearing damage : https://www.rtings.com/headphones/graph#813/4011
And now for the part where most traditional audio companies should be flat out ashamed of themselves : when you're a decades old audio company and you release something that measures like this : https://www.rtings.com/headphones/graph#12049/4011, while Beats (ie, Apple) of all companies has headphones that measure like this : https://www.rtings.com/headphones/graph#1626/4011.
Which is why I think that when it comes to audio the puck is increasingly moving in the possession of tech companies, not traditional audio ones.
Oops, sorry for the rant.
We have found that Sennheiser's HD-350BT, HD450BT, and CX350BT seem to have connectivity issues with our Trasmitter Adapters.
Common complaints include:
Our testing results have shown that the connectivity issues and the audio lag issue often disappear after a few reconnections.
- Hard to reconnect
- Connects but takes a while for sound to come through
- Transmitter shows it's connected via LL but there's still significant audio lag
- Clicking noise
Nonetheless, other customers have contacted Sennheiser about this, and Sennheiser have admitted that they have some firmware issues (further confirmed on the three headphones' Amazon reviews).
If you encounter issues mentioned above, please also contact Sennheiser's customer support and let them know.
Mine does the same thing, it's quite annoying, but I only turn off ANC while charging so I won't hear that "transformer" noise.So I've owned these headphones for a while and while I really like them, I've got a weird issue.
Whenever I use them with ANC turned off (which I usually like to do when I'm at home since I think it sounds better), I hear a quiet but high-pitched noise whenever I pause or switch songs.
It's either a sine wave-like noise at a sustained frequency, or it sometimes oscillates in pitch, and it takes about a second to stop. It's not loud - my room averages less than 40dB and it's still barely audible - but it is irritating.
Has anyone else experienced this? I've tried searching the site/thread, to no avail.
My only working theory is that this has to do with the amplifier powering down, which would explain why it doesn't happen with ANC on (since it would remain on to amplify the "anti-noise" being sent to the drivers), but I'm no expert.