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Cubase 9.5 - 64-bit double precision audio processing ...
https://helpcenter.steinberg.de/hc/en-us/articles/115001716324-Cubase-9-5-64-bit-double-precision-audio-processing
With Cubase 9.5 we have introduced internal 64-bit processing, also known as "double precision". That is, all channels are being processed and mixed in 64-bit floating point instead of previously 32-bit. By default, Cubase 9.5 will continue to use 32-bit precision. You can change to 64-bit processing precision in the "Studio Setup" > "VST Audio ...
Logic Pro 8 - Technical Specifications
https://support.apple.com/kb/SP533?locale=en_US
Audio file and I/O resolution up to 24-bit/192kHz; Internal audio resolution: 32-bit floating point; 64-bit precision where required; Comprehensive surround support up to 7.1, with flexible surround mixing facilities; Extended project length: 6 hours at 96kHz; 13 hours at 44.1kHz.Mac backup and sharing of preferences and settings
Logic Express 8 - Technical Specifications
https://support.apple.com/kb/SP527?locale=en_US
Internal audio resolution: 32-bit floating point; 64-bit precision where required Extended project length: 6 hours at 96kHz; 13 hours at 44.1kHz .Mac backup and sharing of preferences and settings
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
On x86, when using the x87 style floating point instructions, you get the full 80-bit internal precision and the same processing time - whether you are working with single or double precision. But when using the SIMD instructions, you can get twice more work done using 32-bit floats than 64-bit floats. That's a big deal.
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