How does the parallel conductor design minimize phase distortion and crosstalk in long cable runs?

The precisely spaced parallel conductor geometry ensures that the magnetic fields surrounding each conductor interact in a controlled, symmetrical manner, yielding low loop inductance and uniform characteristic impedance. This reduces phase shift across the audio spectrum, preserving correct timing between low and high frequencies. Additionally, the tight parallel lay limits electromagnetic coupling between adjacent conductors, inherently suppressing crosstalk and common‑mode noise pickup. For installations where cables may run tens of meters, this design ensures that the loudspeaker receives a signal that is a faithful copy of the amplifier’s output, without the smearing effects typically introduced by higher‑inductance cable configurations.