Premium High-Current Power and Signal Delivery

The Canare 4-Conductor Speaker Cable series represents an industry-leading structural solution, operating as a heavy-duty audio cable engineered for high-current power distribution from power amplifiers to loudspeaker systems. In live concert touring and permanent venue installations, routing low-impedance acoustic loads alongside sensitive signal lines can create severe magnetic fields. Canare’s specialized four-conductor geometry tightly contains this energy, allowing clean high-fidelity audio transmission across stadiums, performing arts spaces, and recording rooms.

Star Quad Interference Containment

Unlike traditional 2-conductor speaker lines that act like small loop antennas, Canare's cross-connected four-wire configuration matches diagonally opposed conductor pairs together. This cross-wiring effectively cancels out radiated magnetic fields that can induce hum into nearby mic-level lines or video links. Combined with a low-capacitance polyethylene insulation core array, this geometry preserves delicate high-frequency transient responses, delivering tight bass control and crystal-clear treble performance.

Targeted Sub-Series Architecture for Mobile Stage and Architectural Builds

To provide perfect field performance whether draped over stage trusses or hidden behind venue walls, this high-current audio line is split into two specialized sub-families:

• 4S6 / 4S8 / 4S11 Mobile Stage Series: The standard for touring PA networks and active stage monitors. Built with fine-gauge copper stranding (up to 50 wires per conductor) to resist physical fatigue. This layout ensures the cable remains soft and lays perfectly flat on the ground even in cold-weather settings.
• 4S10F / 4S12F / 4S14F / 4S18F Fixed Installation Series: Tailored strictly for installation pulls within structural building channels and conduits. These variants feature a specialized supple PVC jacket that slides effortlessly through internal facility walls, alongside massive gauge profiles to prevent signal loss over extra-long stadium runs.