MFreeformEqualizer
Price history
- On sale
- 8 of the last 90 days
- Lowest in 90 days
- $27.00
- Highest in 90 days
- $54.00
About this plugin
MFreeformEqualizer stands as a sophisticated FFT-based linear-phase equalizer designed for engineers who require surgical control over the frequency spectrum. Its core strength lies in the ability to draw arbitrary frequency response curves rather than relying on fixed filter architectures, making it invaluable when conventional parametric or graphic equalizers prove inadequate for problem-solving or creative reshaping of audio material.
The plugin's linear-phase processing ensures zero phase distortion across the frequency range, critical for mastering work and situations where phase coherence matters. The freeform interface accommodates adjustments spanning +/- 64dB, providing both subtle surgical corrections and dramatic spectral transformations. Rather than relying solely on visual feedback, the integrated spectral analyzer includes genuine refinements like super-resolution bass analysis and deharmonization to isolate fundamental frequencies, though Melda correctly emphasizes that critical listening remains paramount.
Read more
MFreeformEqualizer accommodates up to eight channels, accommodating surround and immersive mixes alongside conventional stereo and mono work. The Melda Production Envelope System (MES) enables dynamic parameter modulation, while MIDI learn functionality allows real-time controller mapping and automation integration into standard DAWs.
The plugin benefits from aggressive processor optimization targeting SSE and SSE2 instruction sets, supporting processing up to 384kHz without limiting or aliasing artifacts. Its resizable, stylable interface adapts to various workflow preferences, and the global preset management system facilitates cross-project consistency.
Best suited for mastering engineers, post-production specialists, and experimental producers, MFreeformEqualizer occupies a distinct niche where absolute frequency response control justifies its learning curve and computational overhead.