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Multi-chip decoding chip refers to an audio decoder that uses multiple decoding chips to process audio signals. Compared with the single chip decoding chip, the multi-chip decoding chip has the following advantages:
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Higher processing power: Multiple decoding chips can process more audio signals at the same time, which improves the processing power and speed of the decoder.
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Better audio quality: Multiple decoding chips can process different audio signals separately, thus improving the accuracy and accuracy of audio decoding, making the audio sound clearer and more natural.
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Lower distortion rate: Multiple decoding chips can process different audio signals separately, thus reducing the distortion rate and making the audio sound more real and natural.
Better anti-interference ability: multiple decoding chips can process different audio signals separately, thereby reducing the possibility of signal interference and cross interference, thereby improving the stability and reliability of audio decoding.
96KHZ decoder, this is A very cost-effective DAC,DAC is the classic D\/A chip TDA1543, each piece of TDA1543 is dual channel,DAC-AH is 8 pieces in parallel. The receiver is the CS8414 known to many enthusiasts.\"
If it's a simple decoding
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Personally, in general, the use of multiple chips is mainly to complete the D\/A conversion and some places need A\/D conversion, plus some machines are balanced, so the number will be doubled in parallel.
Usually, A DAC chip will have several cores, the so-called \"core\" means that there are multiple D\/A and DSP inside, so these \"cores\" are not used for manufacturers, so there is no lack of commercial hype elements.
However, for enthusiasts, whether you use 8 pieces, 16 pieces, 32 pieces, all to sound good as the ultimate principle. If you can make the sound good, even if only one piece, I will recognize you! On the contrary, the sound is not good, and the 100 pieces are not good!