Transparent Opus Balanced Interconnect

OPUS Balanced Interconnects go beyond the conventional to deliver a level of performance that redefines what a high-end audio cable can achieve. At the core of their design are high-quality XLR connectors with gold-plated contacts, paired with precision-wound OFHC stranding to effortlessly transfer power. This connection ensures not only that every bit of detail is faithfully preserved, but also that bass energy is defined and extended down to the lowest octave, providing a quieter, more transparent interface for low-level audio signals than the XL Balanced Interconnect.

The network components within OPUS Balanced Interconnects are meticulously chosen and matched to suit the electrical characteristics of the cable and its length. This precision ensures the network is finely calibrated to match the output characteristics of your source components or preamplifier. This extra level of care and attention to detail requires considerable time, but it results in extraordinary sonic clarity. From feeling the full weight of an orchestra’s power to hearing the intricate tonal shading and harmonic resolution that brings music to life, OPUS Balanced brings you closer to the music than ever before.

Vibration and resonance control have been taken to new heights with OPUS. Each OPUS Balanced Interconnect features two module housings per channel, further isolating the dual fully differentially balanced networks. This enhanced isolation not only reduces noise but also effectively damps any unwanted resonances, ensuring pure, undistorted signal transfer. The components within each network are encased in electrically neutral epoxy and housed in a carbon fiber network. This specially contoured carbon fiber housing is designed to minimize standing wave reflections, offering a material that is both nonmagnetic and exceptionally stiff. The result is a wider cavity for damping, allowing electromagnetic fields to expand freely, revealing the tiniest of dynamic nuances and harmonic details with unparalleled accuracy.