Description
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Square shaped Supra Ply speaker cable. The cable consists of braided, tin-plated copper conductors. Tin-plated conductors reduce electron jumps between strands, which cause phase shift and distortion. The sound image and stage are clearer and more transparent with Ply cable than with traditional cable. The tin coating also prevents oxidation of the cable, especially when used outdoors or in cars.
Supra Ply concept
In a square speaker cable, the conductors remain in a flat shape next to each other. The flat structure keeps the braided copper strands in a precise order, close to each other. When the conductor strands are packed into a flat shape, insulated with a thin insulator and placed with the wide sides next to each other, the capacitance of the cable increases significantly. Mathematically calculated theory shows that the capacitance increases at the expense of inductance, which has a much greater effect in the speaker circuit. The + and - conductors placed next to each other therefore increase the capacitance of the speaker, which has a small effect on the speaker's reproduction, which in turn reduces the inductance of the cable, which has a greater effect on the reproduction. In addition, tin-plated conductors reduce electron hopping between the conductors, i.e. prevents distortion due to phase shift.
Shielded Ply cables also include a protective ground, which prevents interference from potential differences in the cable. This can also prevent electromagnetic radiation, which also affects electrical sensitivity.
The difference you notice in the sound
Unlike many of today's speaker cables, the advantage of Ply is scientifically proven and can be seen with measuring devices. In the pictures you can see the amount of loss in decibels with Ply cables and normal speaker cables where the conductors are separated from each other.
Both cables were fed a demanding square wave, which best corresponds to the transient signal in music. Such rapid and dynamic variations are found in piano, jazz and acoustic music, for example. The end result speaks for itself: while using Ply there is very little attenuation, the generic cable attenuates the 20 kHz range by a significant 10 decibels, which is more than three times the attenuation.
Supra Ply elevates old, familiar favorites to a whole new level, unearthing both micro- and macrodynamic variations, conjuring a three-dimensional soundscape in the listening room in an unprecedented way.
Features
Square shaped Supra Ply speaker cable. The cable consists of braided, tin-plated copper conductors. Tin-plated conductors reduce electron jumps between strands, which cause phase shift and distortion. The sound image and stage are clearer and more transparent with Ply cable than with traditional cable. The tin coating also prevents oxidation of the cable, especially when used outdoors or in cars.
Supra Ply concept
In a square speaker cable, the conductors remain in a flat shape next to each other. The flat structure keeps the braided copper strands in a precise order, close to each other. When the conductor strands are packed into a flat shape, insulated with a thin insulator and placed with the wide sides next to each other, the capacitance of the cable increases significantly. Mathematically calculated theory shows that the capacitance increases at the expense of inductance, which has a much greater effect in the speaker circuit. The + and - conductors placed next to each other therefore increase the capacitance of the speaker, which has a small effect on the speaker's reproduction, which in turn reduces the inductance of the cable, which has a greater effect on the reproduction. In addition, tin-plated conductors reduce electron hopping between the conductors, i.e. prevents distortion due to phase shift.
Shielded Ply cables also include a protective ground, which prevents interference from potential differences in the cable. This can also prevent electromagnetic radiation, which also affects electrical sensitivity.
The difference you notice in the sound
Unlike many of today's speaker cables, the advantage of Ply is scientifically proven and can be seen with measuring devices. In the pictures you can see the amount of loss in decibels with Ply cables and normal speaker cables where the conductors are separated from each other.
Both cables were fed a demanding square wave, which best corresponds to the transient signal in music. Such rapid and dynamic variations are found in piano, jazz and acoustic music, for example. The end result speaks for itself: while using Ply there is very little attenuation, the generic cable attenuates the 20 kHz range by a significant 10 decibels, which is more than three times the attenuation.
Supra Ply elevates old, familiar favorites to a whole new level, unearthing both micro- and macrodynamic variations, conjuring a three-dimensional soundscape in the listening room in an unprecedented way.
Features