Prior to 2007, the thrust of MIT Cables’ engineering focused on optimizing a cable’s ability to transport an audio signal octave-to-octave. In 2007, MIT introduced Maximum Articulation technology which built upon previous Oracle designs to include the optimization of harmonics outside the octave. In 2010, this technology was expanded to allow the user to fine tune system articulation, helping to further optimize the articulation of harmonics that reside outside the octave, preserving pitch and ensuring the consonance or integrity of the musical experience.

Fractional Articulation Technology was born of a test and measurement technique called Fractional Octave Analysis, going another step in optimizing and maintaining the harmonic structure of the audio signal. Instead of concentrating only on harmonics outside the octave, interval optimization within the octave is achieved, improving the natural textures and density of the music. Simply put, by combining both Maximum Articulation and Fractional Articulation technologies, more of the audio signal is properly transported through the interface. Further, the user has more control of his or her entire listening experience as F.A.T. is activated or deactivated by the use of a simple switch.