Audion Cables
Understanding High-End cables
If you’ve gone to the effort of auditioning and purchasing high-quality Audion equipment, it would be a foolish act to cable the system with cheap interconnects and power cords. The extra detail, emotion and musical involvement you’ve just paid to enjoy can often be lost with a poor cable.
There are two key areas in cable design: conductor and dielectric. The conductor carries the audio signal and is therefore a critical factor for good performance. The conductor material is obviously important but so also is the purity of that material. Copper and Silver are by far the most popular, but it is also important to be aware of the quality. The dielectric is the material that is used to insulate the conductors. It is important to use high-quality materials because of the complex negative effects that inferior dielectric can have on the signal. Good dielectric possesses low dielectric constance. Non-conductive materials which do not retain an electrical charge are better dielectric and have less detrimental effect on the transmitted signal.
Naturally better conductors and dielectric cost more than standard copper/silver or rubber (poor dielectric). This has a knock-on effect to basic cable costs, but these increases are more than justified when you compare the increases in audio performance and musical enjoyment.
“Why Isn’t Regular Copper Good?”
To obtain the best from your audio system we should avoid putting barriers in the way of the signal. In its basic form (TPC) copper contains many impurities with small crystals. Small crystals make it hard for fragile audio signals to pass because of the inclusion of hydrogen and oxygen that typically surround each grain. Imagine trying to cross a river on small stepping stones. It would be much easier if there were a bridge. Purer copper, for example OFC, PC-OFC, PCOCC with larger crystals reduces distortions which are commonly described as ‘harshness’.
Choosing A High Fidelity Cable
Maximise your investment, start with the best loudspeaker cable and interconnect cable you can afford. If you can only afford one good length of interconnect, use this on your highest performance source component, be it a CD player or turntable.
We strongly recommend using the same technology of cable throughout your system. In most applications you may use either shielded or unshielded interconnect, but for longer runs (10 ft plus) we’ve found shielded is best. Make sure your connections are good. Clean connectors regularly with a contact enhancer.
Don’t order too short. Before you order measure the distances between your components carefully. Allow enough length for the cables to gracefully bend around corners. Don’t fold cables as this will only damage the conductors. Once installed keep your cables clean and static free.
How we construct our cables
All our cables are hand built requiring about 8 hours of skilled crafting for mounting and assembly. The Electron range cables are constructed from a highly complex proprietary molecular structure of 6 alloys and three dielectrics
Both ranges provide extremely good signal to noise rejection. They provide a very stable image, and are designed to complement the speed, tonal presence, transparency and dimensionality of our amplifiers.
With over 15 years of metallurgical examination, research and development of cable properties and construction techniques, we believe that our current combination of alloys and complex manufacturing processes gives you the opportunity to own one of the finest cables available to the market today.
Once again, your Audion cable is a sound investment.
Power cables
Every audiophile who has experimented with better power cables has heard the performance advantage they offer. Indeed, the amount of improvement can be astounding, often transforming a system from good to amazing. As audiophiles, we trust our ears but it’s hard to understand how replacing just one short link in a long chain of the power delivery system can have such a dramatic impact
There are a lot of misconceptions about power transmission and power quality that make it difficult for some people to understand why a power cord makes a sonic difference –in fact the question is do power cords make any difference at all? Most of the people that use our power cords started out as skeptics and have answered that question for themselves.
Shielding can also represent a problem. Insulation can reduce radiated fields from impacting other components. On the other hand, the shielding may induce re-radiated fields onto the cable or component that it is being used in. Sometimes the cure may be worse than the illness. This is where experience and knowledge pays off - to make a good cable of any description you need to apply intelligence with a small dose of intuition to create a world class product
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