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Gain structure: input and output levels - Biamp Cornerstone
https://support.biamp.com/General/Audio/Gain_structure%3A_input_and_output_levels#:~:text=dBFS%2C%20or%20decibels%20relative%20to%20Full%20Scale%2C%20is,level%20possible%2C%20also%20known%20as%20the%20clipping%20point.
Understanding Digital Audio Levels - Radio World
https://www.radioworld.com/rw-contributors/20482
Audio levels in digital are measured in dBFS (decibels relative to full scale). The highest possible level in digital equipment is 0 dBFS. All other measurements expressed in terms of dBFS will always be less than 0 dB (negative numbers). 0 dBFS indicates the digital word (representing the analog waveform) with all digits = “1,” the highest possible sample.
Understanding Digital Audio Levels | ALABAMA …
https://al-ba.com/wp2/understanding-digital-audio-levels-2/
Audio levels in digital are measured in dBFS (decibels relative to full scale). 0 dBFS represents the highest possible level in digital equipment. All other measurements expressed in terms of dBFS will always be less than 0 dB (negative numbers). 0 dBFS indicates the digital word (representing the analog waveform) with all digits =”1″, the highest possible sample.
Audio Levels 101 – All You Need Is LUFS | Audiodraft
https://www.audiodraft.com/blog/audio-levels-101-all-you-need-is-lufs/
dBFS – Decibels relative to Full Scale. This scale is used for amplitude levels in digital systems (e.g. your DAW). 0 dB FS is the maximum level. The scale refers to the amplitude of a signal compared with the maximum which a device can handle before clipping occurs. LUFS – Loudness units relative to Full Scale.
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