What audio processing technologies does DSP Pro Subwoofer Amplifier provide?

1. DRC (Dynamic Range Compression):
Dynamic range compression technology is used to adjust the dynamic range of the audio signal to make the loudness of the sound more balanced. It can reduce the difference between the peak and average volume while maintaining the clarity of the audio signal, thereby avoiding distortion or overly abrupt sound.

2. EQ (Equalizer):
DSP Pro Subwoofer Amplifier allows users to adjust the gain of different frequency components in the audio signal to improve the sound quality or achieve specific sound effects. By adjusting the equalizer, users can enhance or weaken the sound of certain frequencies to make the audio signal more in line with personal preferences or the needs of specific application scenarios.

3. Level adjustment:
The level adjustment function allows users to control the overall volume level of the audio signal. By adjusting the level, users can ensure that the audio signal is within the appropriate volume range to avoid hearing discomfort or distortion caused by too loud or too quiet sound.

4. Noise Gate:
Noise gate technology is used to eliminate background noise or noise in the audio signal. When the volume of the audio signal is below a certain threshold, the noise gate will mute or weaken it, thereby improving the sound quality and clarity.

5. AD-DA analog-to-digital conversion and digital-to-analog conversion:
AD-DA technology involves analog-to-digital conversion and digital-to-analog conversion of audio signals. In the analog-to-digital conversion process, the audio signal is converted into a digital signal for digital processing; in the digital-to-analog conversion process, the processed digital signal is converted back to an analog signal for playback or output.

6. Delay:
The delay effect allows the user to add a certain time delay to the audio signal, thereby creating sound effects such as echo and reverberation. This effect is very useful in recording, mixing and live performances, and can enrich the layering and spatial sense of the audio signal.