EAW Jumpstart MX8600 is a professional-grade loudspeaker system that offers a range of features and capabilities to meet the demands of various applications.
With its advanced equalization (EQ) capabilities, the MX8600 allows for precise control over the frequency response of each input and output channel. The unit features multiple PEQ (parametric EQ) bands per channel, enabling users to adjust the gain, Q-factor, and frequency of specific frequency bands.
The MX8600 also provides comprehensive crossover functionality, allowing users to divide the audio signal into multiple frequency bands and route them to different output channels. This allows for flexible signal routing and optimization for various speaker configurations.
EAW Jumpstart MX8600 is a professional-grade loudspeaker system that offers a range of features and capabilities to meet the demands of various applications.
With its advanced equalization (EQ) capabilities, the MX8600 allows for precise control over the frequency response of each input and output channel. The unit features multiple PEQ (parametric EQ) bands per channel, enabling users to adjust the gain, Q-factor, and frequency of specific frequency bands.
The MX8600 also provides comprehensive crossover functionality, allowing users to divide the audio signal into multiple frequency bands and route them to different output channels. This allows for flexible signal routing and optimization for various speaker configurations.
EAW Jumpstart MX8600 is a professional-grade loudspeaker system that offers a range of features and capabilities to meet the demands of various applications.
With its advanced equalization (EQ) capabilities, the MX8600 allows for precise control over the frequency response of each input and output channel. The unit features multiple PEQ (parametric EQ) bands per channel, enabling users to adjust the gain, Q-factor, and frequency of specific frequency bands.
The MX8600 also provides comprehensive crossover functionality, allowing users to divide the audio signal into multiple frequency bands and route them to different output channels. This allows for flexible signal routing and optimization for various speaker configurations.
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