HIGH FIDELITY CABLES
High Fidelity Cables are an exciting range of audio cables featuring greater clarity and lower distortion.
MAGNETIC CONDUCTION TECHNOLOGY
Magnetic Conduction is a patented method of signal transfer for electrical energy. It uses a controlled magnetic field as the pathway for the signal. Testing at the University of Toronto show dramatically reduced distortion and increased signal to noise ratio compared to typical cables. The conductor is a unique and proprietary alloy specifically designed to work with this technology.
PINLOK RCA CONNECTOR
Traditional RCA connectors cause the signal to micro arc across the resistive pathway of the connection. Our patent pending PinLoK RCA connector has an oversized pin that will compress to enter a normal RCA socket. Spring tension then continues to push and expand the inserted pin for maximum contact pressure. This increase in surface contact lowers the amount of micro arcing and reduces distortion.
MAGNETIC WAVE GUIDE
Skin effect in a cable is created by opposing magnetic forces which cause the signal to push to the extreme outer edges of the conductor. Our magnetic wave guide technology creates a tunnelling effect focusing the magnetic force into the middle of the conductor. This eliminates the cause of skin effect and preserves the time and phase aspect of the original signal.
MECHANICAL VIBRATION DECOUPLING
Micro vibrations are introduced into an audio system by a multitude of sources and will follow the signal path looking to dissipate to a larger mass or point of stress. Each of our cables feature extensive mechanical vibration decoupling. Multiple conductive plates made with a specialized powdered material are used to dampen the vibration transfer within the connector itself.
High Fidelity Cables uses a dual shielded coaxial design that has extremely high rejection capability. This coaxial design is combined with Magnetic Conduction's patented ability to control unwanted electro magentic interference. This particular geometry gives all our cables a class leading ability to filter out unwanted radio waves (RFI) and stray magnetic fields (EMI).
MICRO SIGNAL TRANSFER
Quiet passages of music and subtle audio details are represented by lower power electrical signals. In conventional cables these micro signals are easily prone to loss and distortion because they lack enough current to move through the conductor. Lab testing has shown Magnetic Conduction technology to preserve and keep these micro signals intact, resulting in large performance gains for audio system reproduction.
6moons - December 2013
Audiophilia - September 2013
Dagogo - May 2013
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