Galileo Discovery power cables are ten parallel geometries that evolved over 25 years of continual power cord development. We then add our highest performance Active EM Cell, first developed for SR25 and SRX power cords making this a high-resolution power cord and an active AC filter to eliminate cross-contamination between analog and digital components.
And for enhanced performance, Galileo Discovery’s shield can be optionally grounded to any Synergistic Research Active or passive Ground Block, including our Galileo Active Ground Block for an even lower noise floor with improved holographic realism.
Next, we use a Swiss-made power supply to improve the Galileo Discovery’s Active Noise Canceling EM Cell encased in carbon fiber. This powers the cable’s Active DC Biased Shield and UEF Technology first developed for Purple Fuses and the SRX cable loom. Usually cables as detailed and transparent as Galileo Discovery suffer from diminished musicality due to resolution that may be too much for some systems.
However, this is not the case with Galileo Discovery, thanks to a new Purple Fuse UEF Compound that fleshes out a harmonic richness. It also opens up the sound stage with extended high frequencies and bass for the most musical and detailed Galileo power cord to date. We then applied a new UEF Matrix Shielding Array first developed for SRX cables to interact with the surrounding EM Fields for the lowest noise floor possible. Finally, we treat each power cord with a new Multi-Frequency, Long-Duration High Voltage Conditioning Process from the SRX Development Program.
Galileo Discovery power cords are voiced to your system with included Gold and Silver SRX Carbon Tuning Circuits. The Silver option gives you a detailed and dynamic sound with pinpoint image placement. In contrast, the Gold variant sounds liquid and smooth but with excellent detail. For best performance, we recommend you allow these power cords to settle into your system for at least 72 hours before tuning. Then compare Gold and Silver SRX Tuning Circuits starting as high up the signal chain as possible on a cable-by-cable basis.