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32-Bit Float Files Explained - Sound Devices
https://www.sounddevices.com/32-bit-float-files-explained/
The dynamic range that can be represented by a 32-bit (floating point) file is 1528 dB. Since the greatest difference in sound pressure on Earth …
Best 32-Bit Float Audio Recorders in 2021 — Acoustic Nature
https://acousticnature.com/journal/best-32-bit-float-audio-recorders
32-bit float recording is a groundbreaking innovation in audio recording. With over 1,500dB of dynamic range, clipping is impossible and setting gain levels doesn’t matter. Having debuted in 2019, 32-bit floating point recording is a relatively new feature and there are few recorders on the market that offer it.
What Is 32 Bit Floating? (Explained) - Whipped Cream …
https://www.whippedcreamsounds.com/32-bit-floating/
With 32-bit Float, you also have the decimal values between 1 and 0, which end up creating some massive numbers Unlike 16 and 24-bit recorded audio, where the bits represent actual values, 32-bit float uses it’s bits in a different manner. 32-bit float is more complex, since it’s meant more for computers, rather than human eyes.
32-BIT AUDIO - The End of Audio Clipping - MediaTech …
https://mediatech.edu/32-bit-audio-end-audio-clipping/
If you go past “0”, the audio is clipped and distorted. With 32-bit audio, if the signal recorded is “clipped” or past”0 dBFS”, you can go into your DAW after the fact and turn it down and the signal will be as pristine as if you never “clipped”. Because with 32-bit audio, you have 770 dB of more headroom. Just writing that made me pause!
How is a 32-bit float file recorded? - Sound Devices
https://www.sounddevices.com/how-is-a-32-bit-float-file-recorded/
The important point to remember is that a 32-bit floating point representation of an audio signal exceeds 1500 dB of dynamic range, so virtually any amount of gain can be added to or subtracted from the signal. Said another way, it is impossible to clip the signal or bury the signal in the noise floor.
20-bit, 24-bit, and 32-bit Float Files
https://steinberg.help/wavelab_le/v11/en/wavelab/topics/audio_files_editing/audio_files_float_20_bit_24_bit_32_bit_c.html
20-bit, 24-bit, and 32-bit Float Files. You do not need a 20-bit or 24-bit audio card to take advantage of the fact that WaveLab LE can handle 20-bit and 24-bit audio files. Any processing or editing performed on the files is always done at full precision (64-bit float), even if your card does not support the full precision.
32-bit float recording depth vs. 24-bit: Complete Beginner ...
https://www.audiorecording.me/32-bit-float-recording-bit-depth-vs-24-bit-complete-beginner-guide.html
The answer is no. 32-bit recording is 32-bits fixed point (not using float system) while a 32-bit float has a 24-bit resolution with additional 8 bits for headroom/dynamic range. For example Sony Sound forge differentiates these two clearly when you are creating a new recording project (File – New); see screenshot: Sony Sound forge 32 bit recording
What is bit depth in audio? 16 bit, 24 bit and 32 bit ...
https://www.mixinglessons.com/bit-depth/
The benefit of bouncing to 32 bit float is that if there’s any clipping, the audio can be attenuated when it is imported into a DAW and ‘unclipped’. 32 bit float also doesn’t require dither. When you bounce your final track for release, choose 16 bit. 16 bit provides you with more than enough dynamic range to represent even really dynamic music.
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