Synergistic Research Galileo LUX Power Cables

The Galileo LUX power cables extend the loom’s design language with the same dual-geometry foundation: a pure silver ribbon laminate for tonal richness and harmonic density, paired with strategically gauged pure 6N silver monofilament conductors suspended in an air dielectric for speed, clarity, and effortless resolution. This architecture establishes the composure and liquidity that define the LUX experience, even before the first note is played.

Where the interconnects and speaker cables achieve their balance through asymmetric internal voicing, the Galileo LUX power cables offer the listener a more personal level of refinement. Each cord is designed to be user-voiced, allowing warmth, liquidity, air, and inner detail to settle into the proportion that best suits the system and the listener’s taste. This is not tuning for effect—it is tuning for alignment, shaping the electromagnetic field at the point where the component meets the AC supply.

Because the power cable sets the field conditions for the entire signal chain, its voicing becomes the foundation upon which the rest of the system organizes itself. Interconnects—analog or digital—and speaker cables naturally follow the harmonic and spatial balance created at the power interface.

Voice the power cord, and you have voiced all the cables associated with that component.

The system locks into coherence, the presentation stabilizes, and the music takes on the effortless flow and graceful clarity that define Galileo LUX.

The Galileo LUX tuning modules shape performance by influencing the electromagnetic field surrounding the cable—not the signal path itself. In a field-propagation framework, the signal is carried in the space around the conductor, guided by the boundaries formed by the conductor, dielectric, and shield. Small changes in this surrounding field can shift how energy launches, settles, and decays within the cable, subtly altering the balance of warmth, liquidity, air, and detail.

Each tuning module introduces a different UEF-defined field condition, adjusting dielectric polarization and the boundary-layer behavior that governs EM propagation. These changes affect how the field interacts with adjacent surfaces and components, reducing microscopic turbulence and altering how harmonics develop within the system. The result is a refined way to set the tonal and spatial equilibrium without ever touching the signal itself.

One module creates a field that is slightly more open and extended, encouraging greater resolution and spaciousness; the other settles the environment into a warmer, more liquid state with enhanced harmonic density. Neither option imposes itself—they simply guide the boundaries through which the signal travels, allowing the system to express the version of Galileo LUX that feels most natural in your room, with your components, and with your listening preferences.

This is field tuning executed with precision: a calm, intentional way to bring the entire system into balance through the quiet influence of the EM environment—fully aligned with the design philosophy of Galileo LUX.