0 Delta G simply means 0dBFS, or 0dB or less distortion. 0dBFS has a standard definition, meaning that the signal contains about 0dB of distortion. It can also take on a slightly more distorted definition. With a lot of compression this means that you can see the audio as if it were recorded to a DSD card—like using a very low-resolution audio recording and storing it on a digital recorder.
When it comes to the definition used for this value, it is important to note that the 0dBFS standard isn’t the only one out there. One could argue that there exist 0dBFS codecs for all codec types.
The 0dBFS standard applies to any audio signal, whether it’s raw digital (like analog audio in an MP3 file), or compressed audio that you hear through an amplifier with a 0dBFS DAC. In both cases, the higher that signal goes, the more that signal needs to be compressed in order for you to hear the original.
Some examples would be the following:
A recorded audio file contains about 20kHz of content. If you set the bit rate at 100 kbps, you get the equivalent of a bit rate of 32 kbps for the files that contain the 80-100 kHz of content. That’s the same as a digital file that contains 128 bytes per sample. If you’re recording a high resolution file such as an MP3, you could add up the bits in both data files and see if you see any of the extra compression.
The file contains 160 kHz of content. Assuming the audio sample rate is a 256kbps bit rate, that means it would contain an audio bit rate of about 10.5 Mbit/s. If you listen to a file containing that much data, you can get the same content out of your stereo system through the same level of compression with a higher bit rate and a lower bit depth.
An amplifier with a 0dBFS DAC has a bit rate of about 1 Mbit/s—the equivalent of 1/8 of a bit rate. An amplifier with a 100 Mbit/s DAC is the same as an audio signal that would be recorded with a digital format of 8,192 kbps. A DAC with a 300 kbit/s DAC is an equivalent of the equivalent of a digital file that contains a bit rate of 5,223 kb/s.
DSP processors have various compression algorithms that work in concert to ensure that the
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