AudioQuest - Rocket 22 - Bulk Speaker Cable (Spool)

AudioQuest - Rocket 22 - Bulk Speaker Cable (Spool)

AudioQuest's bulk Rocket 22 is an ideal Full-Range or Single Bi-Wire cable. Single Bi-Wire allows you to optimize performance when the speakers have Bass and Treble inputs.

Bi-Wiring reduces distortion in the cable — taking the big Bass energy out of the cable carrying the more delicate Treble is like taking the waves out of the water when you are trying to swim. The magnetic autonomy of the separate halves of the Rocket 22 maximizes the Bi-Wire advantage.

Rocket 22 uses a carefully finessed blend of Long-Grain Copper (LGC) and high-purity Perfect-Surface Copper (PSC). LGC has fewer impurities and fewer internal grain junctions than standard OFHC copper, while the even smoother, purer surface of PSC further eliminates harshness and improves clarity. All AudioQuest conductors are direction-controlled for optimum noise dissipation.

Use Rocket 22 as a full-range cable, with red (+) and black (-) conductors grouped together, or, when the speakers provide separate bass and treble inputs, further optimize system performance by Bi-Wiring.

Perfect-Surface Copper/Long-Grain Copper: LGC has fewer oxides within the conducting material, fewer impurities and fewer grain boundaries than standard OFHC copper. LGC is used for the Rocket 22’s conductors located within the central area of the Semi-Solid Concentric Conductor bundle. PSC, with its astonishingly smooth surface, is used for the outer-layer of conductors in Rocket 22’s Semi-Solid Concentric Conductor bundle. It is this outer layer of conductors that have the most effect on Rocket 22’s clarity and smoothness. Careful application of PSC and LGC enables performance closer to using only the more expensive PSC, while gaining the economic advantage of the superb LGC.

Semi-Solid Concentric conductors are a far-superior performance alternative to typical stranded conductors. Semi-Solid Concentric conductors use fewer, larger strands that do not change position down the length of the cable. The strands maintain their fixed, rigid relationships, reducing distortion, improving resolution and dynamics, and greatly minimizing harshness and confusion due to strand interaction.