
Easily connect devices with a 3.5mm interface using this AudioQuest Evergreen interconnect cable that features solid long-grain copper conductors and cold-welded terminations to help minimize distortion for clear signal transfer.
Q: What is the design of the Evergreen cable's connectors?
A: The Evergreen cable's connectors are 3.5mm stereo mini-phone connectors with cold-welded terminations to preventdistortion.
Q: What is the warranty period for the interconnect cable?
A: The AudioQuest Evergreen EVERG08M interconnect cable comes with a limited lifetime warranty on both parts and labor.
Q: How long is the limited lifetime warranty offered by AudioQuest for the Evergreen cable?
A: The limited lifetime warranty offered by AudioQuest for the Evergreen cable covers both parts and labor.
Q: What type of connector does the interconnect cable have on each end?
A: The Evergreen 26.2' 3.5mm-to-3.5mm Interconnect Cable has a 3.5mm stereo (mini-phone) connector on each end. This allowsyou to connect two devices with a 3.5mm interface, such as a smartphone to a speaker or a laptop to a projector.
Q: What is the purpose of the Evergreen interconnect cable?
A: The Evergreen 4.9' 3.5mm-to-3.5mm Interconnect Cable is designed for use with most devices with a 3.5mm interface. Itfeatures asymmetrical, double-balanced geometry to provide low impedance, ensuring vibrant, dynamic sound quality.
Q: What is the warranty for the Evergreen cable?
A: The Evergreen 4.9' 3.5mm-to-3.5mm Interconnect Cable comes with a limited lifetime warranty on both parts and labor.
Q: With what devices can the Evergreen cable be used?
A: The Evergreen 4.9' 3.5mm-to-3.5mm Interconnect Cable is designed for use with most devices that have a 3.5mm interface.This includes smartphones, tablets, laptops, and MP3 players. The cable's asymmetrical, double-balanced geometryprovides low impedance, ensuring vibrant, dynamic sound quality.
Q: Is the Evergreen cable designed for high or low-impedance performance?
A: The Evergreen cable is designed for low-impedance performance. This is because it features asymmetrical, double-balancedgeometry.