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Advantages of 64-bit DAW over 32-bit float Digital audio ...
https://www.audiorecording.me/advantages-of-64-bit-daw-over-32-bit-float-digital-audio-workstation.html
The actual resolution of your audio when saved into your hard disk drive is actually using 24-bits. However when processed by your DAW, it can either process the 24-bit audio data as: a.) 32-bit float b.) 64-bit float. Even though your DAW processes audio at any of these floating point systems, the source audio is still 24-bit and nothing is changed.
When to consider double (64 bit) floating point for Audio
https://dsp.stackexchange.com/questions/6079/when-to-consider-double-64-bit-floating-point-for-audio
This number "dx" is about 1.2e-7 for 32-bit floating point and 2.2e-16 for 64 bit. If you algorithm includes adding or subtracting numbers that are that far apart in magnitude, you may run into problems. A good example for this is the Direct Form II filter mentioned earlier: The direct From II filter (see e.g. https://ccrma.stanford.edu/~jos/fp/Direct_Form_II.html) basically computes the …
64-bit floating precision - pros/cons? - Cubase ...
https://forums.steinberg.net/t/64-bit-floating-precision-pros-cons/99549
no need to convert between 32 bit and 64 bit float: 64 bit is needed by some plugins for their internal computations. 64 bit then means: small performance gain and no precision lost between succeeding 64 bit plugins. Better audio precision when mixing audio signals. I explain this at the end of this message. If audio devices ever go beyond 24 bit …
Advantages of 64-bit DAW over 32-bit float Digital audio ...
https://www.audiorecording.me/advantages-of-64-bit-daw-over-32-bit-float-digital-audio-workstation.html/2
Why 64-bit float DAW is an advantage compared to using 32-bit float system? Based on the analogy presented on the previous section, it is simply because “processing” and “calculation” of binary numbers in 64-bit float format results to less rounding error which would translate a much “realistic” audio that is closer to its analog sound.
Elixir - FLUX:: IMMERSIVE
https://www.flux.audio/project/elixir/
64-bit float audio processing 64-bit float audio processing mode has been engaged in order to allow for end to end 64 bit audio with DAWs/Hosts supporting this. Revamped optimized user interface The GUI has been completely modernized, with the workflow overhauled to enhance the user experience, and optimized to visually control the whole audio content.
64 bit double precision audio engine: does it sound better ...
https://gearspace.com/board/music-computers/1188979-64-bit-double-precision-audio-engine-does-sound-better.html
no need to convert between 32 bit and 64 bit float: 64 bit is needed by some plugins for their internal computations. 64 bit then means: small performance gain and no precision lost between succeeding 64 bit plugins. Better audio precision when mixing audio signals. I explain this at the end of this message. If audio devices ever go beyond 24 bit …
32bit and 64bit Floating Point. Why Audio in these bit ...
https://www.reddit.com/r/audioengineering/comments/dvms4z/32bit_and_64bit_floating_point_why_audio_in_these/
In floating point formats, you can easily describe numbers way below 1 and way above 1 ... with 1 beeing the 0dBfs mark. Floating point carves the 32 or 64 bits (depending on the type of float) up into two parts, one called the mantissa is a fixed amount of precision (24 bits for a 32 bit float), and one (called the exponent) is a scale factor.
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