Choosing a Sample Rate
Sample rate sets the highest frequency you can capture, and the file size and workflow that follow.
Related
The problem
Sample rate sets the highest frequency you can capture, and with it file size and processing load. 44.1, 48 and 96 kHz are not better or worse; they either match the job and workflow, or they do not.
Signal chain
The microphone signal passes through the preamp into the converter's anti-aliasing filter, then is sampled at the chosen rate. The converter's oversampling and filter design often matter more than the number on the session.
Placement and settings
Use 44.1 kHz for music releases, 48 kHz for film and video, and 88.2 or 96 kHz for heavy pitch shifting. Keep one rate for the whole project and avoid repeated conversion. Confirm the delivery requirement before mastering.
What to listen for
Compare material rich in cymbals and sibilance. At a low rate the top above roughly 15 kHz dulls first; at a high rate the edge survives repeated pitch shifts. The difference is subtle, so when you cannot hear it, choose by delivery format.
Common misconceptions
- 96 kHz always sounds better → most playback systems cannot show it, and it costs space and CPU.
- The rate can be changed at any time → every conversion is another filter.
- 44.1 and 48 are almost the same → what differs is compatibility along the chain.
Listen in the library
All tracks from midicn-lib — inline badge is the license tier (C1 commercial / C2 non-commercial / C3 study only).
Sources
- Pohlmann, Principles of Digital Audio, sampling and conversion chapters
- AES recommended practice for sampling frequency and studio interchange
Used for fact-checking only; all prose is original.