All our cables are built over proprietary or best proven technologies that allow much better performance over competition. We do not believe in empirical cable construction and everything we invented in our cables is based on pure physics. Better and more pure conductors with more phase stable insulation in configuration with higher stable impedance and more effective shielding combined with lower capacity and lower resistance connectors makes always better cable. Of course there is more, but we need to keep something in the kitchen. Here we will try to explain the basics so You could understand the differences in our lines.
Construction made of solid conductors eliminate internal reflections and higher conductivity and precision.
Conductors made solely of high 4N purity Japanese Oxygen-Free Copper (OFC) free of any magnetic residue.
Fitted with custom HollowTip RCA or XLR connectors, lowering internal reflections and filtering.
Cables made of low stranded conductors have good balance between high conductivity and pleasant warm feel.
Conductors made solely of ultra high 7N purity Japanese Oxygen-Free Copper made by special patented process called Ohno Continuous Cast (OCC) are state-of-the-art of contemporary high-end cables.
Fitted with special ultra low resistance connectors, cables are clearer and more precise.
Geometry of conductors that are tight together in twisted pairs or threes by dedicated layer that keeps distance between wires absolute so impedance will not change even when cable is bended.
Grounding conductors use higher gauge lowering resistance, so all the distortion generated by electronics always go to the ground.
Complex design using twisted pairs or twisted threes with precise impedance to filter high frequency noise from the signal.
First comes the quality of raw material. Best audio signal carrier is definitely purist copper You can get. Although silver is very little better conductor, it is never so pure as copper and carries much more magnetic residues, but what is even more important it does not carry all the frequencies the same way. Sound is then more bright and phase shifted in high frequencies. Silver has its place in cheaper cables that filter a lot and need to sound brighter to retain some level of detail, but it has no place in real hi-fi and hi-end cables that need to be as coherent and precise as possible. For now only copper has it all. In all our cables there are only two types of copper from only single source used. Grey, Clear, Black and SuperBlack series use only "hi-fi" grade Japanese Oxygen Free Copper (OFC) with highest 4N purity on the market. White and Reference cables have even higher quality "hi-end" grade 7N purity copper made with special patented process called Ohno Continuous Cast (OCC) that allows copper to form much longer grains in it's atomic structure and eliminate cracks in wires. That all create even more perfect conductivity for audio signals with less distortion and therefore more natural sound.
Second, but not less important is the way how wires are created. There are basically two different approaches: solid and stranded wires. Stranded wires are most common in audio cables as those can have higher gauge, easy to bend and very durable. Problem is stranded cables have lower conductivity and a lot of internal reflections. In most our cables we only use solid wires that are better in pretty everything, just need to be soldered more precise and protected with more layers inside cables. The only series with stranded wires is Clear, but we decided to use low stranded concentric wires that use smaller gauge but substantial solid wires with diameter of 0.36mm that combine high conductivity with much better precision than common high stranded wires. It also gains more classic feel with warmer sound than other series.
Last but not least in importance is insulation used. We use wide range of insulations for different cable types. Starting with "hi-fi" grade polyethylene (PE) in lower end cables to softer low density polyethylene (LDPE) for more precise phase through demagnetizing polyethylene (DMPE) in some higher end cables and XLPE thermoset in all installation and some special cables. Right insulation is not only important for its dielectric properties but as mentioned before for the way how it alters of slows the signal and for its ability to maintain its size to keep impedance stable.
First comes the quality of raw material. Best audio signal carrier is definitely purist copper You can get. Although silver is very little better conductor, it is never so pure as copper and carries much more magnetic residues, but what is even more important it does not carry all the frequencies the same way. Sound is then more bright and phase shifted in high frequencies. Silver has its place in cheaper cables that filter a lot and need to sound brighter to retain some level of detail, but it has no place in real hi-fi and hi-end cables that need to be as coherent and precise as possible. For now only copper has it all. In all our cables there are only two types of copper from only single source used. Grey, Clear, Black and SuperBlack series use only "hi-fi" grade Japanese Oxygen Free Copper (OFC) with highest 4N purity on the market. White and Reference cables have even higher quality "hi-end" grade 7N purity copper made with special patented process called Ohno Continuous Cast (OCC) that allows copper to form much longer grains in it's atomic structure and eliminate cracks in wires. That all create even more perfect conductivity for audio signals with less distortion and therefore more natural sound.
Second, but not less important is the way how wires are created. There are basically two different approaches: solid and stranded wires. Stranded wires are most common in audio cables as those can have higher gauge, easy to bend and very durable. Problem is stranded cables have lower conductivity and a lot of internal reflections. In most our cables we only use solid wires that are better in pretty everything, just need to be soldered more precise and protected with more layers inside cables. The only series with stranded wires is Clear, but we decided to use low stranded concentric wires that use smaller gauge but substantial solid wires with diameter of 0.36mm that combine high conductivity with much better precision than common high stranded wires. It also gains more classic feel with warmer sound than other series.
Last but not least in importance is insulation used. We use wide range of insulations for different cable types. Starting with "hi-fi" grade polyethylene (PE) in lower end cables to softer low density polyethylene (LDPE) for more precise phase through demagnetizing polyethylene (DMPE) in some higher end cables and XLPE thermoset in all installation and some special cables. Right insulation is not only important for its dielectric properties but as mentioned before for the way how it alters of slows the signal and for its ability to maintain its size to keep impedance stable.
HollowTip RCA connector used in Grey and Black series. Gold plated tellurium copper center pin and beryllium copper ground contacts. Ground contacts feature special multi-contacts arrangement that works as a spring to fix connector securely on it's place and has large tolerance for various phono RCA sockets. Both contacts have one piece design and have very low contact resistance. Aluminum shell is CNC machined and agonized for perfect look and durability. All parts are completely nonmagnetic and aluminum shell provides very good shielding for soldered connections inside.
Carbon design HollowTip RCA connector with perfectly balanced (equal) weight if central pin and ground pin is used in Black, White and SuperBlack series. Gold plated tellurium copper center pin and beryllium copper ground contacts. Ground pin feature single point contact arrangement that due to naturally higher impedance works phenomenally as digital SPDIF RCA connector and also reduces terminal reflections. Both contacts have one piece design and have very low contact resistance. Aluminum shell is CNC machined combined with carbon for perfect look and durability. All parts are completely nonmagnetic and aluminum/carbon shell provides even better shielding for soldered connections inside.
Carbon design large HollowTip RCA connector specially designed for use with large diameter cables is used in Clear and SuperBlack series. Gold plated tellurium copper center pin and beryllium copper ground contacts. Ground contacts feature special multi-contacts arrangement that works as a spring to fix connector securely on it's place and has large tolerance for various phono RCA sockets. Both contacts have one piece design and have very low contact resistance. Aluminum shell is CNC machined combined with carbon for perfect look and durability. All parts are completely nonmagnetic and aluminum/carbon shell provides even better shielding for soldered connections inside.
By using highest quality of design techniques and materials our partner company in Taiwan created ultimate RCA plug with lowest possible resistance (<0.3 mOhm). By reducing the size of the conductor and path the resistance, capacitance and inductance reaction lowered significantly. Using non-coaxial single point conduction with single ground contact also made it possible to be used as perfect digital RCA plug. Special star arrangement of the front body is made of fiber glass reinforced nylon composite material which provide sufficient flexibility and clamping force to connect tightly with RCA jack. Central pin is made from high-purity tellurium copper (>99% copper) and ground contact from high-purity copper (>99,5% copper) with 10u" gold plating.
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Lorem ipsum dolor sit amet, consectetur adipiscing elit. Nunc eget sem quis arcu rutrum ullamcorper nec sed nulla. Aliquam erat volutpat. Morbi id rhoncus felis, sed ultrices tortor. Etiam a turpis vitae nunc commodo facilisis quis in metus. Proin hendrerit faucibus magna, a rhoncus elit aliquam a.
Lorem ipsum dolor sit amet, consectetur adipiscing elit. Nunc eget sem quis arcu rutrum ullamcorper nec sed nulla. Aliquam erat volutpat. Morbi id rhoncus felis, sed ultrices tortor. Etiam a turpis vitae nunc commodo facilisis quis in metus. Proin hendrerit faucibus magna, a rhoncus elit aliquam a.
Lorem ipsum dolor sit amet, consectetur adipiscing elit. Nunc eget sem quis arcu rutrum ullamcorper nec sed nulla. Aliquam erat volutpat. Morbi id rhoncus felis, sed ultrices tortor. Etiam a turpis vitae nunc commodo facilisis quis in metus. Proin hendrerit faucibus magna, a rhoncus elit aliquam a.
Lorem ipsum dolor sit amet, consectetur adipiscing elit. Nunc eget sem quis arcu rutrum ullamcorper nec sed nulla. Aliquam erat volutpat. Morbi id rhoncus felis, sed ultrices tortor. Etiam a turpis vitae nunc commodo facilisis quis in metus. Proin hendrerit faucibus magna, a rhoncus elit aliquam a.
Lorem ipsum dolor sit amet, consectetur adipiscing elit. Nunc eget sem quis arcu rutrum ullamcorper nec sed nulla. Aliquam erat volutpat. Morbi id rhoncus felis, sed ultrices tortor. Etiam a turpis vitae nunc commodo facilisis quis in metus. Proin hendrerit faucibus magna, a rhoncus elit aliquam a.
Lorem ipsum dolor sit amet, consectetur adipiscing elit. Nunc eget sem quis arcu rutrum ullamcorper nec sed nulla. Aliquam erat volutpat. Morbi id rhoncus felis, sed ultrices tortor. Etiam a turpis vitae nunc commodo facilisis quis in metus. Proin hendrerit faucibus magna, a rhoncus elit aliquam a.
Level of details retained in transmitted signal explains how bright and clear sound will be.
Level of dynamics shows how well mid and lower frequencies are defined and separated.
Level of coherence explains balance between all frequencies in dynamic range and size of that range.
Effectivity of overall shielding to all frequencies from outside and between wires.