Bitcrusher Online

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Create a coarse digital texture by reducing effective sample precision. Choose a bit depth from 2 to 16 and hear the resulting quantization effect.

Reduce the number of amplitude steps

Lower effective bit depth gives each sample fewer possible levels. The resulting rounding introduces a deliberately rough digital texture.

Compare subtle and extreme settings

Higher settings retain more of the original waveform. Very low settings can make quiet material especially gritty or difficult to understand.

Keep the container distinction clear

The effect reduces effective signal precision, but the downloaded WAV container remains 16-bit PCM. It is not a smaller two-bit audio file.

Separate bit depth from sample rate

This effect changes amplitude quantization rather than intentionally lowering the sampling frequency. Those are different forms of digital degradation.

Technical references: Web Audio API specification

Audio Bitcrusher FAQs

No. Output remains stored as 16-bit PCM samples.
No. Bitcrushing intentionally removes precision rather than recovering information.
The effect reduces the effective sample precision, but the exported WAV container remains 16-bit PCM. The lower-resolution character is in the sound, not the container label. Begin with a mild setting and lower playback volume when testing strong distortion.
Audio Bitcrusher schedules a background render after a setting changes. The completed preview or analysis replaces the previous result automatically. Processing time depends on recording length and device performance; the status message shows when the new result is ready.