Viablue SC-2 Silver-Series speaker cable by the meter

Silver-plated speaker cable for self-assembly.

Viablue™ SC-2 Silver-Series speaker cables have a combination of silver-plated strands for the high frequency range and tinned strands for powerful reproduction of the bass range. SC-2 Silver-Series loudspeaker cables sound transparent, three-dimensional and shine with air in the high range. A clear and powerful reproduction of the basses round off the sound image homogeneously. Technically, all frequency ranges are mapped linearly and unadulterated.

Single-wire speaker cable with silver plating.
All frequency ranges are transmitted true to the original.

Both 4 mm2 wires of the SC-2 loudspeaker cables consist of seven stranded bundles each with a total of 448 individual strands. In order to specialize the sound range for the individual frequency ranges, 224 strands are silver-plated for a detailed reproduction of the treble range and 224 strands are tinned to emphasize the bass.
 

Dynamic Sound . Maximum quality. Perfect design.

NAME: • SC-2 SILVER-SERIES

EXTERNAL DIAMETER • 10.0 MM

LADDER CROSS SECTION: • 2X 4 MM2

ROHS DIRECTIVE / CONFORMITY: • ROHS COMPLIANT

FINISHINGS: • SILVER-PLATED / TINNED

INDUCTIVITY: • 0.49 µH / M

BREAK-IN TIME • APPROX. 25 HOURS

Viablue™ SC-2 Silver-Series speaker cables have a combination of silver-plated strands for the high frequency range and tinned strands for powerful reproduction of the bass range. SC-2 Silver-Series loudspeaker cables sound transparent, three-dimensional and shine with air in the high range. A clear and powerful reproduction of the basses round off the sound image homogeneously. Technically, all frequency ranges are mapped linearly and unadulterated. All frequency ranges are transmitted true to the original. Both 4 mm2 wires of the SC-2 loudspeaker cables consist of seven stranded bundles each with a total of 448 individual strands. In order to specialize the sound range for the individual frequency ranges, 224 strands are silver-plated for a detailed reproduction of the treble range an