High-Fidelity Unbalanced Signal Routing for Critical Audio Rigs

The Canare GS-Series OFC Line Cable family provides an advanced engineering solution for high-fidelity audio paths, operating as a specialized unbalanced audio instrument and line-level patch cable designed to connect guitars, bass instruments, keyboards, effect pedals, and high-end outboard studio gear. In busy live performance venues and recording facilities, low-grade audio wires can easily introduce thin tone, dull high-end, and frustrating handling noise. Canare’s oxygen-free copper architecture solves these issues by ensuring transparent, true-to-source audio transmission.

Dual-Barrier Shielding System Eliminates Stage Handling Noise

To completely isolate delicate, high-impedance audio signals from external electrical interference and mechanical hum, these cables feature a unique two-stage hybrid shielding matrix. The primary inner core is wrapped in a conductive carbon plastic shield that bleeds off physical friction noise caused by twisting or stomping. Directly over that layer is a dense, high-coverage braided shield made of fine $0.1\text{mm}$ OFC copper wires. This combined layout blocks hum from power transformers, nearby lighting dimmers, and wireless systems, keeping your noise floor incredibly low.

Optimized Gauges for Desktop Patches and Long-Haul Stage Leads

To meet the physical layout and structural needs of varying performance configurations, this high-fidelity master line is split into two specialized model sizes:

• GS-4 Compact Patch Class (22 AWG Core / 4.0mm O.D.): A highly flexible, thin-profile cable optimized for internal equipment rack connections, multi-pedal effects boards, and short patch bay links where space is tight.
• GS-6 Main-Stage Instrument Class (18 AWG Core / 5.8mm O.D.): A heavy-duty, large-gauge wire built around a massive 127-strand core. This structural framework offers ultra-low loop resistance ($1.8\text{ }\Omega\text{/100m}$), making it the top choice for long-run instrument leads, live stage performances, and master studio interconnects.