The Waves CA2000 DSP Engine is a powerful, professional-grade audio processor designed to dramatically improve sound quality, speech intelligibility, and system performance across a wide range of Dante®-based AV installations. Ideal for corporate, commercial, government, educational, and house of worship environments, the CA2000 ensures reliable, consistent, and high-quality audio in even the most demanding spaces.
Equipped with an advanced DSP engine and 19 professionally curated presets, the CA2000 solves common audio challenges such as playback clarity, feedback control, speech enhancement, and voice processing without tonal loss. These presets are powered by over two dozen low-latency Waves premium plugins, providing integrators with studio-grade processing in a scalable installation environment.
System integrators can customize and lock-in presets for individual channels, groups, or zones to achieve optimal results tailored to the unique acoustic needs of each installation. With 64x64 bidirectional audio channel processing over Dante®, the CA2000 integrates seamlessly into both new and existing AV infrastructures, delivering unmatched flexibility and sonic performance.
Key Features
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Advanced DSP Engine: Designed for maximum stability and rock-solid performance.
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19 Built-In Presets: Professionally curated to address common installation audio challenges.
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Waves Premium Plugins: Powered by over two dozen world-class low-latency processors.
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Customizable Processing: Integrators can fine-tune and save presets for any room or zone.
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Versatile Applications: Optimize sound for wireless mics, lecterns, pulpit mics, playback systems, and streaming setups.
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Dante® Network Integration: Supports up to 64x64 bidirectional audio channels for seamless system connectivity.
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Reliable and Consistent: Engineered to perform under demanding AV installation environments.
Ideal For
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Corporate meeting rooms & conference centers
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Houses of worship
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Government facilities
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Universities and classrooms
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Commercial AV installations
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Broadcast and streaming environments
