Magnets Made For Music


Speaker Cables

Reveal CT-2 CT-2 Double Helix Signature Orchestral Helix Orchestral Double Helix Signature

Ultimate Reference Helix Ultimate Reference Double Helix Signature Professional Series Professional Elite

Available with either banana or spade connectors. The connectors are not interchangable like our other speaker cables.

Over the last several years we have heard constant pleas from audiophiles to offer our truly high-end technology at prices that are more accessible. So the goal was set to build our speaker cables to shatter the preconceived notion that ultra-high-end products have to be uber expensive. To get our benchmark our speaker cables were compared against products up to and exceeding 20 times its price point. The idea was to better all of these competitive products in clarity, musicality, dynamics, and realism. We believe that a great cable technology gets you closer to the truth of the original sound. One inspiring advantage is that cable technology itself has not changed in two hundred years. Although there are many different types of materials, dielectrics, stranding capabilities, gauge sizes, et cetera, they still work off the same 200-year-old electrical conduction model. High Fidelity Cables are the first and only cables ever developed to further conduction, adding to its magnetic-based conduction as well as electrical conduction. This is important because electromagnetism is the key energy used. Today, to keep it simple we call electromagnetism "electricity," dropping off the magnetic element. And although you can change the wording to obscure the magnetic element, it is impossible to separate electricity from magnetism. Whenever you conduct electricity you create magnetism. Failing to do so stops us from having electricity.

Because speaker cables carry critical signals and require current, the waveguides help the signal travel further and mimic larger gauge wire for better bass without losing any high-end fidelity, which is typical of audio cables made from wire. In wire, you can have either fidelity in the high frequencies using smaller cables or bass by using large conductors. However, due to the skin effect, you cannot have both. In traditional cable, the best we can hope for is a more even loss of both bass and high frequencies to offer a more matched, linear sound. The magnetic conduction waveguides mixed with the CT-1 magnetic conductors offer much more resolution and much more control simultaneously. Magnetic conduction based cables simply do not have the same problems.

It may be correct to conclude that the advantage of magnetic conduction is the lack of problems in comparison to the wire for signal transfer. Magnetic conduction-based cables simply have fewer issues transferring critical AC signals and therefore do it more accurately than cable and wire regardless of design or cost. Even network boxes common on very high-end cables are designed to eliminate unwanted frequencies, but network boxes simply eliminate all frequencies audio or non-audio. Only magnetic conduction actually helps to encourage more signals. The difference is evident to even the most novice audiophiles. To the experienced audiophile, the differences are tantamount to being at a live performance.

So with this distinct advantage designer and inventor Rick Schultz has used magnetic conduction to rise to the challenge of a true budget type absolute reference audio cabling product. We promise it will beat any conventional audio cable regardless of cost. | 1-844-348-6292

Magnetic Conduction technology developed and patented by Magnetic Innovations LLC
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