Interconnects are the group of cables which connect individual audio and video devices. Analog interconnects transfer analog waveforms, typically in the audio band of frequencies, between electronic devices. Analog interconnects allow a device such as a CD player to send information to a receiver or for a pre-amp to send information to a power amplifier.

The analog interconnects shown were created using Kimber Kable’s own OSCaR (Objective Subjective Correlation and Results) engineering process which makes the link between scientific measurements and listening impressions. For this purpose Kimber Kable has an exceptionally advanced test and research facility along with an extensive in house research library.

Analog interconnects are faced with the task of delivering a very delicate signal with relatively low voltage. Outside influences such as RF (radio frequency) interference can negatively affect the delivery of the signal. Kimber Kable’s well respected braided geometry is extremely effective at rejecting this RF interference.

Digital and video interconnect cables call for parameters that are unique when compared to analog audio cables. In digital and video applications, the solutions are geared towards and emphasis in wide frequency bandwidth, low dielectric loss, low parallel capacitance and low series inductance. Due to the higher frequencies involved in digital and video transfer such specifications are of critical importance.

Digital signals contain a wide range of encoded information which includes timing signals. These high frequency timing signals must be precisely communicated between components to ensure that information is properly decoded before conversion back to analog. Our digital cables are manufactured to strict standards, reducing variations that could induce signal degrading reflections.

The requirements surrounding the transfer of video signals are as similarly demanding as those of digital. If the parameters are not carefully engineered, the creation of colour shifts or imbalances, losses in brightness or contrast and loss of sharpness (detail), are common. Our digital/video cables have been optimized for both existing and emerging High Definition Television standards, and are available in component and RGB+HV configurations.

The part played by cables in an audio or video system is not to be underestimated. Loudspeaker cables must be able to handle and deliver, with poise, the relatively high voltages and larger currents associated with the amplifier to speaker interface. The quality of the dielectric and conductors in combination with intelligent cable geometries are the most important factors in determining desirable electrical parameters. Through our own OSCaR (Objective Subjective Correlation and Results) engineering process we are able to make the critical link between scientific measurements and listening impressions.