Introducing dB Smooth – A New Era in Dynamics Processing
Experience unparalleled audio control with dB Smooth, the cutting-edge dynamics processor engineered with Finite Impulse Response (FIR) technology. Unlike traditional analog level detectors, dB Smooth’s FIR detectors provide razor-sharp precision, enveloping each audio sample for a distinctively smooth output, regardless of settings.
Key Features of dB Smooth:
- Unity Gain Threshold: Automatically adjusts boost and cut around a central threshold, simplifying the process of changing compression/expansion ratios without the need for constant makeup gain readjustment.
- Versatile Dynamics Control: From 10:1 compression to 1:2 expansion, dB Smooth handles extreme settings without introducing distortion, maintaining a pristine sound quality that is perfect for professional applications.
- Multiple Modes for Enhanced Flexibility: Operate in various modes including Wide Range Compression, Expansion, Upward and Downward Dynamics, catering to all your audio dynamic needs.
- Advanced Configuration Options: Includes external side chain input, mix control for parallel compression, and an oversampled output soft clipper/limiter for additional sound shaping.
- Stereo Operation Choices: Choose from Peak Linked, Average Linked, Independent Left/Right, and Mid/Side configurations to perfectly match your stereo imaging requirements.
Suitable for diverse audio environments like mixing studios, mastering facilities, film post-production, and broadcasting, dB Smooth is your go-to solution for achieving the perfect sound dynamics without compromises.
System Requirements
Ensure your system meets the following requirements to fully harness the power of dB Smooth.
Plugin Activation: Requires internet for initial activation and periodic validation.
- MAC: OS X 10.13 or higher. Compatible with VST-2, VST-3, AU, AAX.
- Windows: Windows 64-bit, Windows 7 or higher. Compatible with VST-2, VST-3, AAX.
Compatibility and performance have been thoroughly tested to ensure seamless operation across supported platforms.
