( 01 / 01 )AudioQuest RedRiver XLR (1m)

The AudioQuest Red River XLR (1m) cable is a high-quality audio interconnect designed to deliver superior sound experience. Crafted with meticulous attention to detail, this cable is built using solid Long-Grain Copper conductors (LGC), which help in achieving a smoother and clearer sound compared to cables made with regular oxygen-free high-conductivity copper. The Red River XLR employs AudioQuest's exclusive triple-layered noise-dissipation system. This innovative technology shields the signal from external interference, preserving the purity of the audio signal from the source to the receiver or amplifier. Each conductor in the cable is insulated with hard-cell foam insulation, a technology that improves signal stability and reduces harshness in the audio output. The connectors are cold-welded, providing a superior connection that's free from solder distortions. Additionally, the cable is equipped with silver-plated connectors which enhance its durability and ensure a precise connection with minimal loss. AudioQuest's Red River XLR is ideal for audiophiles and professional audio setups where maintaining signal integrity is crucial. With its advanced technologies and robust build, the Red River XLR offers a significant upgrade over standard audio cables, ensuring every detail and nuance in the music is faithfully reproduced. It's perfect for both studio recordings and home audio systems who demand high performance and reliability.
( Specifications )
| Impedance | Low |
| Frequency response | Wide |
| Brand | AudioQuest |
| Cable Flexibility | High |
| Cable Outer Diameter | Variable |
| Cable Series | River Series |
| Cable Type | XLR Cable |
| Color | Black/Red |
| Common Comparisons | Other XLR cables in similar price range |
| Company Headquarter Location | Irvine, California |
| Competitive Advantage | High purity copper |
| Conductor Material | Solid Perfect-Surface Copper (PSC) |
| Conductor Technology | Solid-core conductors |
| Connection Integrity | RF Stopper for EMI and RFI rejection |
