This does involve a cutoff point in the “maximum” frequency of a signal. Actual sound contains a much larger frequency spectrum than our audio file formats are designed to handle.
Actual sound also contains a larger frequency spectrum than our ears are designed to handle. Not throwing shade, our audio file formats also contain a narrower frequency spectrum than we can hear generally speaking.
This does involve a cutoff point in the “maximum” frequency of a signal. Actual sound contains a much larger frequency spectrum than our audio file formats are designed to handle.
Actual sound also contains a larger frequency spectrum than our ears are designed to handle. Not throwing shade, our audio file formats also contain a narrower frequency spectrum than we can hear generally speaking.
I speak incompletely because I expect others to argue and complete the conversation. No shade perceived at all.
Sure but human hearing tends to cap out at around 24khz so a sample rate of 48khz is going to contain everything that we can hear.
Tends to, key word. Some are outliers in every dimension, including maximum perceptible frequency.