Galileo UEF Interconnect Cables
Perfection perfected. RCA and XLR.

Galileo UEF Interconnect Cables
Imagine taking your listening experience to a place you have never been before. Your familiar music at once, becomes brand new. New Galileo UEF Interconnects, a culmination of 25 years of research and development will take you there. Representing the highest echelon of signal transfer available in high-end audio cables and building upon a quarter century of award winning designs, the Galileo UEF Interconnects push the envelope to unprecedented levels of performance. By incorporating advanced materials such as Graphene, Pure Monocrystal Silver conductors in air dielectrics, as well as UEF and Ground Plane technologies, Galileo UEF Interconnects break the barrier from “Hi Fi” into live, real music with the highest resolution and lowest noise floor. These amazing interconnects have been engineered to beat the world’s best cables regardless of cost and are ready for an immediate in-home audition.
Galileo UEF Interconnect specifications
- Uniform Energy Field Cells: Count- 2 UEF Cells per pair · Internal Conductor Material- 99.999 Pure Silver, 99.9999 Pure Copper · Dielectric- Teflon / Silk · Chassis Material- Carbon Fiber
- Air Strings: Silver Air Strings- 99.999% pure silver signal conductors in a sealed Air Dialectric with separate ground conductors from shield
- Graphene: a near super conductor at room temperature used in signal propagation, shielding and UEF Filtration
- Dielectric: Air (sealed)
- Shielding: UEF Ground Plane System with seperate conductors from ground conductors for a lower system noise floor
- Geometry: three channel single ended / five channel balanced geometry
- Cable Count: Each Pair of Galileo UEF Interconnects are actually 3 separate pair of cables for RCA and 5 separate pair of cables for XLR
- Connectors: Synergistic Research Silver SR20 RCA or XLR
- Ground: High Definition Ground Plane UEF Filter System
- UEF Filtration: UEF Filter made from Precious Metals / Graphene / Silk and Teflon dielectrics