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32-bit floating point [43] Pro Tools 11 DAW by Avid Technology: 16- and 24-bit or 32-bit floating point sessions and 64-bit floating point mixing [44] Logic Pro X DAW by Apple Inc. 16- and 24-bit projects and 32-bit or 64-bit floating point mixing [45] Cubase: DAW by Steinberg: Allows audio processing precision to 32-bit float or 64-bit float ...
Digital audio with undithered 20-bit quantization is theoretically capable of 120 dB dynamic range, while 24-bit digital audio affords 144 dB dynamic range. [6] Most Digital audio workstations process audio with 32-bit floating-point representation which affords even higher dynamic range and so loss of dynamic range is no longer a concern in ...
WavPack compression can compress (and losslessly restore) 8, 16, 24, and 32-bit fixed-point, and 32-bit floating-point PCM audio files in the . WAV file format. It can also handle DSD input in DSDIFF or DSF format. [2]
The dynamic range is much larger than fixed-point but at a cost of a worse signal-to-noise ratio. This makes floating-point preferable in situations where the dynamic range is large or unpredictable. Fixed-point's simpler implementations can be used with no signal quality disadvantage in systems where dynamic range is less than 6.02m.
At the heart of both Dolby Digital and DD+ is a modified discrete cosine transform (MDCT), which is used to transform the audio signal into the frequency domain; within each block up to 256 frequency coefficients may be transmitted. Coefficients are transmitted in a binary floating-point format, with exponents transmitted separately from mantissas.
Media-accelerated Global Information Carrier (MaGIC) is an audio over Ethernet protocol developed by Gibson Guitar Corporation in partnership with 3COM. It allows bidirectional transmission of multichannel audio data, control data, and instrument power. Revision 1.0 was introduced in 1999; the most current revision 3.0c was released in 2003. [1]
The monitor supports horizontal scanning rates of 15, 24, and 31 kHz and functions as a cable-ready television (NTSC-J standard) with composite video input. It was a high quality monitor for playing JAMMA -compatible arcade boards due to its analog RGB input and support for all three horizontal scanning rates used with arcade games.
The YMF289B is paired with a YAC513 or YAC516 companion floating-point DAC chip. The YMF289 is fully register-compatible with and retains the feature-set of the YMF262, with a number of differences: [12] Supports 5 or 3.3 volt operation. The registers can be read or written by the host CPU, whereas on the YMF262 they are write-only.
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