JAX SPECTRO SERIES : Isolate 與 Multiband Haas Effect 使用情況與統計

Note: AudioUnits (AUv3) require a supporting host application to perform. JAX SPECTRO SERIES AudioUnits (AUv3) are special spectral processors, which divide the audio stream in 128 frequency bands. These bands are chromatically mapped and visualized consequently in the scale of musical semitones across the entire MIDI notes range. These tools are useful for musical analysis and processing. JAX Isolate is able to filter the audio stream in realtime based on specialized FFT algorithms with ultra sharp slope up to a single isolated semitone. Tonal ranges can be filtered out of the audio stream (bandstop) or isolated (bandpass) this way. The tools come with a graphical 128 sliders frequency control and a precise tonal range selector. This build is truly 'universal', meaning, unit is available for: - MacOS (Apple Silicon) - iOS (iPhone) - iPadOS (iPads) - visionOS (Apple Vision Pro) Please note, that the MacOS Catalyst (Intel) versions may be sold separately, as the AppStore does not allow to bundle none-silicon apps.

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Multiband Haas Effect

Haas effect is a micro-delay applied to either the left or right channel of audio (but not both). This simple effect creates a realistic and natural-sounding increase in the width of the stereo field that still sounds good when mixed back to mono. It is the most simple and effective way to take a mono input and make it sound like stereo. But Haas effect has some problems. First, it can create phase cancellation problems in the bass frequencies, causing them to loose volume. Second, it can sound a bit artificial at high frequencies. This multi-band Haas effect plugin is a simple way to get the stereo width you need in the midrange frequencies without loosing the impact of the bass or making the treble sound phasey. You select any number from one to four bands, each with its own separate Haas delay setting and adjustable crossover frequencies. This makes mono audio sound wide and spacious while preserving the original tone and spectrum transparently.