Adaptive Resonance Filter

Applications :

The Sonalksis TBK adaptive resonant filter is efficient, intuitive and direct - and therefore very simple to use, providing great results with minimal effort.

It can be used to obtain slow, gentle sweeps; massive screaming distorted sounds, and just about everything in between. TBK is designed to be flexible enough to fulfil your needs whenever you reach for a filter, but without forcing you through a complex interface, or requiring time spent calibrating fine detail. TBK adaptively calibrates itself for you.

So whether you want a filter to correct a sound, or to make a sonic statement, it can be done in just four mouse clicks with TBK.

Adaptive Resonance Technology

Standard filters require the alteration of resonance with frequency to maintain stable sonic attributes, particularly when resonance or saturation levels are elevated. This can make setup complex, adjustments difficult, and makes obtaining a perfect filter sweep very demanding. However the TBK ‘adaptive resonance’ system uses a psychoacoustic model to ensure a faultless sound regardless of filter style, frequency settings or sweep motions.

‘Adaptive Resonance’ is the technology in the Sonalksis TBK that controls the interaction between frequency, resonance and circuit saturation with respect to this psychoacoustic model, in order to give an improved sonic aesthetic in any circumstances.

Features :

• Adaptive Resonance Technology with adaptive saturation algorithm
• Four available ‘modes’ of adaptive resonance
• Multi-mode filter response types
• High quality, analogue-modelled minimum phase filters
• 64bit floating point precision internal processing throughout
• Ultra efficient processing, with specific optimisations for native processors
• Zero latency throughput – absolutely no internal signal delay whatsoever

Minimum System Requirements :

PC:
• Windows 2000/XP *
• Pentium III 600 MHz
• 64 MB RAM
• XVGA [High Colour 1024x768]
  
  Mac:
• Mac OS X
• G4 400 MHz
• 64 MB RAM
• XVGA [High Colour 1024x768]
• Universal Binary