AudioQuest - Q2 Speaker Cables (Bananas,10ft, Pair)

• Long Grain Copper (LGC) solid-core conductors
• Hybrid design, mixing stranded and solid-core conductors for great sonic performance
• Smooth midrange, extended highs and solid bass,
• Compact, square bodied cable
• Excellent imaging and a neutral tonal balance with just a touch of warmth

AudioQuest Q2 Speaker Cables AudioQuest Q2 Speaker Cables Improve Your Speaker's Performance for a Song, Q2 delivers the sonic goods at a fraction of what you'd normally pay for great speaker cables.

Delivering high performance and maximum bang for the buck, Q2 speaker cables are the real deal. Q2 incorporates the same Long Grain Copper (LGC) solid-core conductors that made AQ's budget models Stereophile Recommended Components, but with a twist. Q2 is a hybrid design, mixing stranded and solid-core conductors for great sonic performance without the big price tag. Q2 offers smooth midrange, extended highs and solid bass, everything you'd expect from an AudioQuest cable. This compact, square bodied cable offers excellent imaging and a neutral tonal balance with just a touch of warmth.

Q2 works great with any size bookshelf speaker and small to medium sized towers. We think Q2 is a very special cable and a real bargain. AudioQuest has long been known for excellent reasonably priced speaker cables, a number of them are considered "must-haves" and "recommended components" by reviewers and connoisseurs world-wide.

Q2 is built around a Semi-Solid Concentric design, which means a solid-core conductor has stranded wire woven around it. This design delivers much of the benefit of solid-core designs (high-current capability and incredible focus) and adds the benefits of stranded designs (flexibility, lighter weight, larger gauge size). While the ultimate result isn't quite as transparent as AudioQuest's Solid-Core Conductor designs, Semi-Solid Concentric wire is significantly more resolving than conventional stranded wire.

Q2 uses Long-Grain Copper (LGC) conductors. LGC is high purity copper with vastly lower distortion than Oxygen-Free High Conductivity (OFHC) copper.