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What you should know about RCA plugs:

The cables you now use are made from high-conductive, annealed copper or silver wires - terminated with low-conductive, gold-plated brass RCA plugs.

Annealed copper has a conductivity rating of at least 100% IACS (International Annealed Copper Standard). Brass has a conductivity rating of 28% IACS.

Because of this low conductivity, we believe brass RCA plugs act as a bottleneck to electron flow. Brass plugs may also cause phase errors and smearing through mass and skin effect.

Another problem is the return/ground collar - which can impair electron flow through:

• Eddy current distortion - as electrons proceed to and from the RCA socket into the collar through multiple contact points.
• Capacitive distortion - where gaps exist between the socket and collar.
• Micro-arcing distortion - an electrical short that can occur where gaps exist between the socket and collar.

Additionally, RCA plugs are coaxial designs (metal return/ground surrounding signal pin) that have an impedance effect. This impedance can have a varied and adverse impact on performance.

The solution:

The new Bullet Plug® connector solves the problems of standard and audiophile grade RCA plugs by providing a faster, cleaner signal of high purity and detail.

To achieve this we have designed the Bullet Plug® as a miniature cable - with high-conductive, gold-plated tellurium copper (CuTe) pins providing a rapid transfer of electrons to/from RCA sockets.

In our patent-pending design, the return pin of the Bullet Plug® makes single point contact with the side wall of an RCA socket - concentrating electrons to one point thereby reducing distortion. This is a similar approach to “star earthing” used in amplifiers.