Light clipping (peak 0.0 to 0.5 dBFS)
- Input
- Pico medido: +0.2 dBFS
- Expected output
- Reduzir ganho para -1 dBFS — pode mascarar artefatos menores
Files with only a few clipped peaks may sound acceptable after gain reduction.
detect and fix audio clipping
Digital clipping occurs when the signal amplitude exceeds 0 dBFS — the maximum representable in binary. Samples exceeding this limit are "clipped" to the maximum value, creating a square wave at the peaks. The auditory result is a characteristic distortion, especially noticeable in vocals and acoustic instruments.
Files with only a few clipped peaks may sound acceptable after gain reduction.
The waveform information that was clipped is permanently lost.
Peak normalization increases or reduces the overall gain of an audio file so that the maximum peak amplitude reaches a defined target level — usually -1 dBFS to avoid clipping on playback systems. It is the simplest and most direct normalization method.
No. Reducing the gain only makes the clipped samples fall below 0 dBFS, but the distortion of the original waveform is still present. The only way to "fix" clipping is through waveform reconstruction (algorithmic declipping) in specialized tools — or re-recording the original audio without clipping.
No. It helps explain the scenario and use the tool more safely, but real decisions should consider official sources, full context and qualified guidance when needed.
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