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Hz = cycles per second. Bit Rate = 1/ (Tb), Where Tb is the bit duration. In general the minimal clock to transmit at a given Bit Rate, should be at least twice of the bit rate in frequency. In general form, Symbol Rate is the period symbol, for M-ary digital waveform where: k = log2 (M) Where M are the levels to represent k bits in a symbol. A Sample Rate of 44100 Hz and a Bit Depth of 16/Bit Rate of about 320 kbps is known as the Red Book standard for audio. Inputs are sample rate ( Hz ), bit depth (bits), and the number of channels (mono = 1, stereo = 2, multi-track > 2). ... on what is known as bandwidth-efficient digital communication that is based on The results will return. So our bit rate (kbps) is going to be [sample rate] * [bit depth] * [number of channels]. In our example using 16-bit audio at 44,100 hertz, that's 16 * 44,100 * 2 = 1411200 bits per second, or 1411 kilobits per second. That's why your standard lossless files are generally a.
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