Loudness control and broadcast compliance • The Loudness Toolkit includes measurement and correction tools to meet international standards such as
EBU R 128 and
ATSC A/85. It is used by broadcast engineers to ensure consistent loudness across delivery platforms. • DialogCheck: Provides a real-time analysis of dialogue intelligibility using Fraunhofer’s Listening Effort algorithm to ensure speech clarity in broadcast and streaming mixes.
Stereo imaging and low-frequency control • Stereoizer: Expands stereo width while maintaining mono compatibility and the integrity of the original mix. • Monofilter: Aligns, balances, and re-centers low-frequency content for tight, defined bass. • Stereoplacer: Positions individual frequencies across the stereo field without compromising mono playback.
Mastering and streaming optimization • MasterCheck: Assists mastering engineers in preparing audio for specific delivery platforms, including
Spotify and
Apple Music, ensuring optimal playback across streaming services.
Modular processing • SigMod: Provides modular signal routing and processing options to customize workflows.
Reverberation and surround sound • Paragon: A
convolution reverb plug-in offering detailed control over decay, room size, and other spatial parameters for film, TV, and music production.
Bundles • Producer Bundle: Includes Stereoizer, Monofilter, Visualizer, ISLst, MasterCheck, SEQ-ST, Stereoplacer, SigMod, and ParagonST, offering a complete set of tools for mixing and mastering. • Post Bundle: Designed for film and television post-production, combining surround and loudness control with detailed analysis tools. • Surround Suite Bundle: Provides multi-channel support for immersive audio formats. • Modern Mastering Bundle: Focused on high-quality mastering with tools for precision equalization, limiting, and loudness optimization. • Focus Bundle: Targeted processing for low frequencies, stereo field, and frequency placement. • LoudnessToolkit DSP Bundle: Integrates loudness metering and correction in
DSP workflows. == References ==