Mixvisor

Sample Rate & Bit Depth Reference

A quick reference for choosing the right sample rate and bit depth for recording, mixing, mastering, and delivery.

Sample Rates

44.1 kHz Recommended
44,100 Hz samples per second · Max frequency: 22.05 kHz
CD audio, streaming, most music distribution

The standard for music. Captures the full range of human hearing. Use this unless you have a specific reason not to.

48 kHz Recommended
48,000 Hz samples per second · Max frequency: 24 kHz
Video, film, broadcast, game audio

The standard for video and broadcast. If your music will be synced to video, use 48 kHz to avoid sample rate conversion.

88.2 kHz
88,200 Hz samples per second · Max frequency: 44.1 kHz
High-resolution music production

Double 44.1 kHz. Useful during recording and mixing for headroom, then downsample to 44.1 kHz for delivery. Converts cleanly.

96 kHz
96,000 Hz samples per second · Max frequency: 48 kHz
High-resolution recording, mastering

Double 48 kHz. Common in professional studios. Higher CPU load and file sizes. Benefits are debatable for most production workflows.

176.4 kHz
176,400 Hz samples per second · Max frequency: 88.2 kHz
Archival, specialist recording

Rarely needed. Massive files, heavy CPU usage. No audible benefit over 96 kHz for virtually all production purposes.

192 kHz
192,000 Hz samples per second · Max frequency: 96 kHz
Archival, specialist recording

The highest common rate. Used in some mastering workflows and scientific applications. Overkill for music production.

Bit Depths

16-bit
Dynamic range: 96 dB
Final delivery (CD, streaming, MP3/AAC source)

The delivery standard. Enough dynamic range for finished, mastered audio. Do not record or mix at 16-bit.

24-bit Recommended
Dynamic range: 144 dB
Recording, mixing, stem delivery, mastering input

The production standard. Always record and mix at 24-bit. The extra headroom means less risk of clipping and more flexibility in processing.

32-bit float Recommended
Dynamic range: ~1,528 dB (effectively infinite)
Internal DAW processing, some recording interfaces

Used internally by most DAWs. Some interfaces record at 32-bit float, which makes clipping essentially impossible. Excellent for recording, but files are 33% larger than 24-bit.

Delivery Format Quick Reference

Streaming (Spotify, Apple Music)
44.1 kHz · 16-bit or 24-bit · WAV or FLAC
CD
44.1 kHz · 16-bit · WAV
Video / Film
48 kHz · 24-bit · WAV
Stem delivery
Match session · 24-bit · WAV
Mastering input
Match session · 24-bit or 32-bit float · WAV
Podcast / Voice
44.1 kHz or 48 kHz · 16-bit · WAV or MP3

The short version

For most music producers, the right choice is simple: record and mix at 44.1 kHz / 24-bit. This gives you excellent quality, manageable file sizes, and no sample rate conversion needed for music distribution.

If your music will be used in video or film, use 48 kHz / 24-bit instead.

Higher sample rates (88.2, 96 kHz) can be useful during recording if your interface and CPU can handle them, but the audible difference is negligible for most production. The extra file size and CPU load rarely justify the theoretical benefits.

Common mistakes

Mixing sample rates in one project. If your session is at 44.1 kHz and you import a 48 kHz sample, the DAW will convert it — sometimes introducing artefacts. Match your session rate to your source material when possible.

Recording at 16-bit. Always record at 24-bit minimum. The extra dynamic range costs very little in storage but protects against clipping and gives you far more flexibility in mixing.

Upsampling for "quality." Converting a 44.1 kHz file to 96 kHz doesn't add information — it just makes the file bigger. Always work at the native rate of your source material.

For managing projects with different sample rates across your DAW library, try Mixvisor — it organizes your entire project collection automatically.

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