Aperion Audio Ultra High-Performance, Premium Balanced XLR Cables For High-End Audio/Home Theater Systems, Pure Copper Connectors And Heavy-Duty Shield - XLR Male To XLR Female (3FT - 16FT)
Aperion’s Ultra High Performance Unbalanced Subwoofer Cable delivers the purest low-frequency signals to your subwoofer and is an ideal addition to multichannel home theaters or high-end audio systems with active or passive subwoofers. The difference in specialty cables such as Aperion’s RCA sub cable and ordinary RCA cables is the quality of metals used and the insulation that protects it from noise. This unbalanced subwoofer cable includes double-shielded directional twisted pair center conductors, a Mylar foil shield and a copper braid grounded at the source end for 100% shielding.
99.99% 4N HIGH PURE OXYGEN-FREE COPPER (OFC)
Our XLR Cable is made of 99.99% oxygen-free copper, extremely provide low fidelity attenuation during the long distance transmission. Engineered to provide an enhanced dynamic range with a pin-drop quiet recording environment.
HIGH PERFORMANCE & HI-FI QUALITY
XLR cable double shielding (high density BC braid shielded + aluminium foil) can provide high stable performance and lowest loss during the transmission, high resistance tensile strength ROHS PVC insulation improves high frequency response, Pure Copper Connector increase durability , anti-oxidant, plugging and unplugging 5,000 times. Extreme resistance to high and low temperature 14℉ - 572℉（-10℃-300℃)
Heavy-duty Shielding
Extremely well shielded from RFI and EMI or “hum and buzz” that can invade even the most meticulously planned audio or surround sound systems, our premium low-level RCA male to RCA male sub cable includes a braided gold cotton outer jacket that is both durable and extremely flexible.
COMPATIBLE & FLEXIBLE
The Aperion XLR cable is compatible with equipment with 3-pin XLR connectors such as microphones, studio harmonizers, mixing boards, patch bays, preamps, speaker systems, stage lighting as well as other balanced audio connection.
