Unlock the full potential of your digital audio with the MAAT LINpro, a cutting-edge dithering tool designed for precision and creativity. As your final step from production to delivery, this stereo two-channel plugin offers exceptional flexibility with optional word length reduction and a selection of seven noise shaping spectra. Tailored for both analog and digital asset delivery, LINpro empowers you to craft a signature sound that stands out.

At the heart of LINpro is a blend of the latest auditory and psychoacoustic research, moving beyond outdated dithering engines. By integrating a mathematically refined approach, it supports your artistic vision whether you're mastering a 16-bit Red Book track, a 24-bit high-res file for streaming, or multichannel stems for video production. LINpro’s advanced noise shaping options, including innovative fifth, eighth, and ninth-order choices, preserve critical audio details even at reduced word lengths. With visual plots of each noise shape, you gain real-time insight into the dithering process, ensuring your audio maintains its integrity.

Beyond mere technical prowess, LINpro offers user-friendly features like automatic muting, variable bit depth outputs, and a choice between rounding and truncation. These options make it an ideal tool for both educational exploration and professional-grade production. Experience the power of dither to make your digital audio sound less “digital” and more alive with MAAT LINpro.

Key Features:

• Redithering: Triangular, High Passed Triangular, Rectangular
• Noise Shaping Bypass/Defeat
• Word Length Reduction: 24, 16, 8 Significant Digits
• Round, Truncate
• Spectrum & Weighting: 1st to 9th Order Noise Shaping
• Choice of 7 noise shapes
• Choice of 8, 16 or 24 bit words
• 4 factory presets for quick setup
• Integrated visual noise shaping plots
• Auto-blanking to prevent background contamination

Compatible with macOS 10.9 or newer (64-bit), Windows 7 and newer (32 & 64 bit), supports AAX Native, AU, VST 2, VST 3, and sample rates from 44.1 to 384 kHz.