Waves Dugan Speech Automixer Software for eMotion LV1 and SuperRack (Download)

Experience seamless audio mixing with the Waves Dugan Speech Automixer Software, designed specifically for the eMotion LV1 and SuperRack platforms. This innovative plugin offers automatic real-time gain control for up to 64 microphones, making it the ideal solution for live sound engineers, AV professionals, and worship tech teams managing multi-mic environments. With its sophisticated gain-sharing algorithm, the Dugan Speech plugin ensures smooth level balancing without the unwanted artifacts associated with traditional gating, allowing for crystal-clear speech intelligibility during panel discussions, corporate events, and broadcast scenarios.

The Dugan Speech Automixer stands out with its intuitive interface, featuring adjustable channel sensitivity and clear input and gain meters for every channel. Users can easily toggle between Automix and manual mixing modes, providing flexibility for any situation. The host mic override function allows you to prioritize key speakers, ensuring that moderators or lead presenters are always heard above the crowd. With Recall Safe mode, critical settings remain protected from snapshot changes, giving you peace of mind during live performances. Embrace the power of this plugin to enhance your audio workflow and deliver professional-grade sound quality in any live setting.

Key Features

• Automatic gain control for up to 64 microphones in real time
• Gain-sharing algorithm balances levels smoothly—no gating artifacts
• Host mic override lets you prioritize key channels, such as moderators or lead speakers
• Recall Safe mode protects critical settings from snapshot changes
• Adjustable channel sensitivity for fine-tuned mixing control
• Input and gain meters provide clear visual feedback for every channel
• Toggle between Automix and manual mixing modes
• Perfect integration with Waves eMotion LV1 console
• Compatible with SuperRack SoundGrid and SuperRack Performer setups
• Reduces comb filtering, feedback, and crowd noise in multi-mic environments