
The SVS SoundPath balanced XLR audio cables feature 24K gold-plated pins for optimal conductivity. Cables should never be the weakest link in your system, nor should they cost more than your speakers and components. Through inspired engineering for outstanding performance, the SVS SoundPath balanced XLR audio cables ensure signal purity, secure connection, and rejection of interference with the innovative five-layer shielding system.
Q: What are the different components of the five-layer shielding system?
A: The five-layer shielding system consists of a braided shield, an aluminum foil shield, a tinned copper shield, a PVCjacket, and a braided shield. This system helps to protect the cable from interference and ensure signal purity.
Q: What is the compatibility of the SoundPath XLR Audio Cable?
A: The SoundPath XLR Audio Cable is compatible with preamps, power amplifiers, AV receivers, microphones, and other audiocomponents with balanced XLR inputs and outputs.
Q: What is the material of the insulator in the XLR audio cable?
A: The insulator material of the XLR audio cable is HDPE (High-Density Polyethylene).
Q: How long is the warranty on this cable?
A: The SoundPath 3.28' Balanced XLR Audio Cable (2-Pack) comes with a 5-year manufacturer's warranty on both parts andlabor. This warranty covers any defects in materials or workmanship.
Q: Is this cable suitable for connecting microphones to audio equipment?
A: The SVS SoundPath balanced XLR audio cables are suitable for connecting microphones to audio equipment. They feature 24Kgold-plated pins for optimal conductivity and a five-layer shielding system to reject interference.
Q: What is the material of the conductors in the XLR Cable?
A: The conductors in the XLR Cable are made of 99.99% OFC tinned copper.
Q: What are the genders of the connectors at each end of the XLR Cable?
A: The SoundPath 3.28' Balanced XLR Audio Cable (2-Pack) has a male XLR connector on one end and a female XLR connector onthe other end.
Q: How does the cable minimize signal loss?
A: The cable uses tri-balanced high-gauge 99.99% oxygen-free copper conductors, individually isolated in HDPE jackets, to ensure consistent flow, high purity, and minimal signal loss.