Filter structures change themselves to a "best fitting" state along with corresponding band frequency changes, resulting in optimized sound quality in both low and high frequencies.Ĭlick here to know more about how Psychoacoustic Adaptive Filter Topologies work. However in real-world application, round-off errors make every filter structure sound differently: some better in low frequencies, some better in high frequencies.Ī technology called "Psychoacoustic Adaptive Filter Topologies" has been deployed in Kirchhoff-EQ. Psychoacoustic Adaptive Filter TopologiesĪll linear filter structures should have the same sound on paper. The internal processing of Kirchhoff-EQ is always in 64-bits (or 117-bits), regardless of host DAW's current working precision. High-Precision ProcessingĦ4-bits is mandatory and it's not negotiable. Frequency response of analogue prototype (blue) and Kirchhoff-EQ (red).
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