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Advantages: Digital systems often require less complex hardware. Disadvantages: Analog systems may require specialized equipment which can be expensive.

Advantages: Analog signals do not have encoding or decoding delays. Disadvantages: Digital systems experience latency due to signal processing and buffering.

Advantages: Analog signals match the natural continuity of sound waves. Disadvantages: More susceptible to noise and degradation over distance.

Advantages: Digital signals are easy to store and replicate without loss of quality. Disadvantages: Digital storage requires encoding and can be limited by data format compatibility.

Advantages: Digital devices can easily interface with computers and networks. Disadvantages: Analog signals often require specific connectors and are not universally compatible.

Advantages: Digital signals are easier to process with computers. Disadvantages: Requires analog-to-digital conversion which may introduce quantization errors.

Advantages: Analog signals can theoretically provide infinite resolution. Disadvantages: Digital signals are limited by bit depth and sample rate.

Advantages: Digital signals can include more information within the same bandwidth. Disadvantages: Analog signals may experience bandwidth limitations.

Advantages: Digital signals are less affected by noise due to discrete values. Disadvantages: Analog signals can degrade due to noise throughout the signal path.