AudioQuest - Big Sur 3.5mm Mini M > M 6.6' Analog Audio Interconnect Cable - Brown on Black

AudioQuest Rocket 44 Bi-Wire shares several outstanding design elements with its award-winning sibling, the smaller-gauge Rocket 33, but improves overall performance with higher-purity conductor metal. Appropriate for biwireable speaker systems and terminated with high-quality silver-plated banana plugs, AudioQuest Rocket 44 Bi-Wire is a versatile high-performance speaker cable resolving enough for high-end audio systems and practical enough for most home entertainment systems. Rocket 44 uses a carefully finessed combination of AudioQuest’s excellent Perfect-Surface Copper (PSC) and the company’s very best copper, Solid Perfect-Surface Copper+ (PSC+), in a Double Star-Quad configuration designed to reduce distortion for cleaner, clearer, more naturally detailed sound. Further, Rocket 44 features AudioQuest’s effective Carbon-Based Noise-Dissipation, and, as with all AudioQuest cables, the conductors in Rocket 44 are Direction-Controlled to minimize the damaging effects of radio-frequency noise. Whenever possible, running separate cables to the treble and bass portions of a biwireable loudspeaker significantly reduces distortion. For these applications, an AudioQuest cable like Rocket 44 Bi-Wire keeps the large magnetic fields associated with bass energy out of the treble cable, allowing the delicate upper frequencies to travel a less disturbed path, like taking the waves out of the water when you swim. The result is smoother, clearer, more natural sound. With its thoughtful, time-tested combination of high-quality materials and design elements, AudioQuest Rocket 44 is an outstanding choice for all types of music, movies, and listening environments.

Connectivity. FosPower premium 3.5mm male to 3.5mm female auxiliary stereo audio extension cable allows you to connect your iPhone, iPod, audio streaming device (e.g. ChromeCast Audio, Bluetooth audio receiver), MP3 player, CD player, smartphone, tablet or any audio device with a 3.5mm headphone jack to your car, office or home audio system. Beveled Plugs. Beveled step down design plugs ensure FosPower premium stereo audio cable to be fully seated into audio port and compatible with most cases in the market. 24k Gold Plate Connectors. FosPower premium stereo audio cables are made from high quality 24k gold plated connectors that resist corrosion and reduce tarnish. Dual Layer Braided and Foil Shielding. FosPower stereo audio cables are copper braided with aluminum foil shielding provides cable flexibility and reduces unwanted EMI/RFI interference. PF Insulator. The core of the FosPower stereo audio cables are covered with polyethylene foam (PF) dielectric insulator which greatly minimizes signal loss. Tin plated Copper Core. The tin plated copper core of the FosPower stereo audio cables reduces oxidation and increases the wire life. Model: 6FT: FOSCBL-2170; 10FT: FOSCBL-2448PC; 15FT: FOSCBL-2171; 25FT: FOSCBL-2172.

Enhanced Audio Connectivity:. FosPower's Premium 3.5mm male to 3.5mm male auxiliary stereo audio cable connects your iPhone, iPod, wireless audio devices (e.g., ChromeCast Audio, Bluetooth audio receiver), MP3 player, CD player, smartphone, tablet, or any audio device with a 3.5mm headphone jack to your car, office, or home audio system. Beveled for Convenience:. The beveled step-down design ensures FosPower's premium stereo audio cable is fully seated into audio ports, remaining compatible with the majority of cases in the market. 24k Gold Standard Connectors:. High-quality 24k gold-plated connectors resist corrosion and reduce tarnish for optimal signal transmission. Shielded for Clarity:. Dual-layer braided and foil shielding, with copper braiding and aluminum foil, provides cable flexibility and effectively minimizes unwanted EMI/RFI interference. Optimized Insulation:. The core of the stereo audio cables is covered with a polyethylene foam (PF) dielectric insulator, significantly minimizing signal loss. Durable Copper Core:. Tin-plated copper core reduces oxidation, ensuring a longer wire life and maintaining signal integrity over time.