10 ms·
It is true that your ears do not perceive the higher frequencies in the same way (through pitch detection). However, if you put on a headset and apply only freq
by naltroc 2y ago
It is true that your ears do not perceive the higher frequencies in the same way (through pitch detection). However, if you put on a headset and apply only frequencies above 16kHz, you will distinctly notice a change in the pressure in your headset's ear cups.
Good point about the savings. I was using uncompressed format as the reference, but it is indeed unlikely that YouTube serves out lossless audio.
I also should have used the word "delivery" instead of data storage. Those are two separate problems: where the original asset is stored (and how, if they don't store raw originals), and also how the asset is delivered over the web.
- danadam 2y ago> However, if you put on a headset and apply only frequencies above 16kHz, you will distinctly notice a change in the pressure in your headset's ear cups. If you put something above 16 kHz at full scale and/or if you play it extremely loud then maybe. With typical music content at typical volumes, I doubt it.