The new SR Black Fuses encompass Synergistic Research's latest understanding of passive Quantum Inductive Coupling and are their most powerful fuses to date.

 

The new SR Black Fuses encompass Synergistic Research's latest understanding of passive Quantum Inductive Coupling and are their most powerful fuses to date.

 

QED's multi-award winning toslink optical digital audio cable.

 

Synergistic Research Red Fuses employ a specially developed burn wire selected in blind listening tests for its ability to improve sound. Next they treat the fuse with a proprietary conditioning process followed by 1,000,000 volts of electricity in a process they call Quantum Tunneling that affects how electricity travels along the fuse for an unmistakable improvement in sound quality.

 

The revolutionary new SR BLUE Quantum Fuse was developed over a two year period and represents Synergistic Research's most advanced UEF Technology to date. At its heart is a completely new UEF / Graphene coating that delivers a dramatic increase in resolution and holographic realism over SR Black. And thanks to a new conditioning process, break-in time is cut in half.

 

The revolutionary new SR BLUE Quantum Fuse was developed over a two year period and represents Synergistic Research's most advanced UEF Technology to date. At its heart is a completely new UEF / Graphene coating that delivers a dramatic increase in resolution and holographic realism over SR Black. And thanks to a new conditioning process, break-in time is cut in half.

 

This cable is part of the Shawline cable range which includes loudspeaker cable and digital and analogue interconnects. Shawline cables have been designed to perform together. However, all Chord interconnects and speaker cables follow a similar design philosophy. This means that all Chord cable ranges are compatible with each other.

The sense of mechanical integrity of the Digiflux Hyper balanced Interconnect cable’s build is immediately apparent. Furutech Pure Transmission technology turns a macro lens on every element of power and signal transfer applying optimized engineering solutions to well-known problems such as contact resistance, grounding, EMI and RFI rejection, and using the best materials and processes available.

The brand new Purple Fuse is Synergistic Research's latest flagship fuse, surpassing the performance of the remarkable Orange fuses thanks to a new, three-stage conditioning process and a new premium graphene UEF compound to reduce the noise floor further than has ever been possible for Synergistic Research fuses. Slow-blow fuses are most commonly found in high-powered electrical equipment. They are more tolerant to high current passing through, meaning the fuse will withstand sudden high current flowing through the unit. Slow-blow fuses should be used where the equipment utilises large amounts of power, especially when switched on, like power amplifiers, integrated amplifiers or headphone amps. When installing your new fuse, please ensure you test the fuse in both directions as they are directional from left to right. When the fuse is inserted in the correct direction it will sound more detailed.

Please note: some configurations will be special-order.

The new ORANGE Quantum Fuse is a direct result of technology Synergistic Research first developed for their Limited Edition Galileo SX PowerCell. At its core are new UEF Technologies and a completely new multi-stage high voltage treatment process for the lowest noise floor of any fuse they have ever manufactured.

A 75 Ohm digital cable designed to perfectly complement Atlas' acclaimed Hyper Achromatic and Hyper DD Ultra RCA interconnects.

The brand new Purple Fuse is Synergistic Research's latest flagship fuse, surpassing the performance of the remarkable Orange fuses thanks to a new, three-stage conditioning process and a new premium graphene UEF compound to reduce the noise floor further than has ever been possible for Synergistic Research fuses. Slow-blow fuses are most commonly found in high-powered electrical equipment. They are more tolerant to high current passing through, meaning the fuse will withstand sudden high current flowing through the unit. Slow-blow fuses should be used where the equipment utilises large amounts of power, especially when switched on, like power amplifiers, integrated amplifiers or headphone amps. When installing your new fuse, please ensure you test the fuse in both directions as they are directional from left to right. When the fuse is inserted in the correct direction it will sound more detailed.

Please note: some configurations will be special-order.