Cables

99.999% Oxygen Free Copper conductors Provide a low resistance pathway for the audio signal Low density polyethylene dielectric Because of its low dielectric constant this material has been used to cut down on the amount of audio signal energy lost...

99.999% Oxygen Free Copper conductors Provide a low resistance pathway for the audio signal Low density polyethylene dielectric Because of its low dielectric constant this material has been used to cut down on the amount of audio signal energy lost...

99.999% Oxygen Free Copper conductors Provide a low resistance pathway for the audio signal Low density polyethylene dielectric Because of its low dielectric constant this material has been used to cut down on the amount of audio signal energy lost...

Solid Complementary Conductor technology Beneath the PVC jacket, braided foil shield, ferrite jacket and foamed polyethylene dielectric are two solid, electrically isolated and oxygen-free copper conductors of different diameters. Using two wholly...

Solid Complementary Conductor technology Beneath the PVC jacket, braided foil shield, ferrite jacket and foamed polyethylene dielectric are two solid, electrically isolated and oxygen-free copper conductors of different diameters. Using two wholly...

Solid Complementary Conductor technology Beneath the PVC jacket, braided foil shield, ferrite jacket and foamed polyethylene dielectric are two solid, electrically isolated and oxygen-free copper conductors of different diameters. Using two wholly...

Solid Complementary Conductor technology Beneath the PVC jacket, braided foil shield, ferrite jacket and foamed polyethylene dielectric are two solid, electrically isolated and oxygen-free copper conductors of different diameters. Using two wholly...

99.999% Oxygen Free Copper conductors Provide a low resistance pathway for the audio signal Low density polyethylene dielectric Because of its low dielectric constant this material has been used to cut down on the amount of audio signal energy lost...

99.999% Oxygen Free Copper conductors Provide a low resistance pathway for the audio signal Low density polyethylene dielectric Because of its low dielectric constant this material has been used to cut down on the amount of audio signal energy lost...

99.999% OFC conductors These provide a low resistance audio path Crosstalk minimizing geometry The signal return path is optimized to reduce cross-talk between audio channels   Gold plated close tolerance 3.5 mm connectors Features a 3.5...

99.999% OFC conductors These provide a low resistance audio path Crosstalk minimizing geometry The signal return path is optimized to reduce cross-talk between audio channels   Gold plated close tolerance 3.5 mm connectors Features a 3.5...

99.999% OFC conductors These provide a low resistance audio path Crosstalk minimizing geometry The signal return path is optimized to reduce cross-talk between audio channels   Gold plated close tolerance 3.5 mm connectors Features a 3.5...

FEATURES AND BENEFITS Polymethyl Methacrylate (PMMA) acrylic glass optical fibre This new optical fibre boasts half the signal attenuation per metre of the previous Performance model, which means 'Performance Graphite' comfortably transmits the...

FEATURES AND BENEFITS Polymethyl Methacrylate (PMMA) acrylic glass optical fibre This new optical fibre boasts half the signal attenuation per metre of the previous Performance model, which means 'Performance Graphite' comfortably transmits the...

FEATURES AND BENEFITS Polymethyl Methacrylate (PMMA) acrylic glass optical fibre This new optical fibre boasts half the signal attenuation per metre of the previous Performance model, which means 'Performance Graphite' comfortably transmits the...