Brilliant Engineering Behind AirPods

[@Klemmi.]

Hallo Robert, thanks for having me, it was fun talking with you! I just showed a few insights, which I could re-engineer from disassembling devices, so feel free to comment your ideas! :) I'd like to add a little correction: 56:00 the slide was initially correct, but that does not change the message.

[@RobertFeranec]

Thank you very much Markus. I learned so much when creating this video.

[@deniz-akkaya-x]

I want to write here so you can see Markus as well. This presentation is pure gold for who are interested in audio but dont know much in details about technical stuff. Excellent work Markus and thanks Robert for having him.

[@KarthikArumugham]

Incredible video, thank you Markus and Robert. It’s truly amazing to see so many advanced technologies packed into such a tiny footprint.

[@germangeraskin2944]

Thank you so much for such videos. I learned a lot of new things!

[@gaborm4767]

brilliant engineering would be a replaceable battery

[@JeromeDemers]

wow, they create an impedance circuit model of our ears. Crazy

[@janakabasnayake4643]

Brilliant ! Thanks Robert, Thanks Markus !

[@kilosierraalpha]

Awesome! TY Robert.

[@hedleyfurio]

super interesting - thanks ! . I cut open my AirPods 2 pro to see what was inside , but was none the wiser.

[@TaunoErik]

He uses the US resistor symbol for the inductor?

[@CoreyYin-dl7ox]

how different is this from the new airpods pro?

[@SequoiaAlexander]

Oooh this is gonna be good. Sending this to my friend who used to be an EE for Apple!

[@ashwin372]

itrash