analog audio extender

The 4-channel unidirectional RCA audio fiber optic extender converts four analog RCA audio signals into optical signals for long-distance transmission over fiber. Ideal for professional audio systems, this device ensures minimal signal loss and EMI/RFI-free transmission, delivering high-fidelity audio across distances up to 20 km (single-mode fiber) or 300 m (multi-mode fiber). Designed for broadcast studios, conference rooms, home theaters, and live sound systems, this

The 2-channel unidirectional XLR Audio Fiber Extender is designed for professional audio transmission over long distances. It converts two independent channels of balanced analog XLR audio signals into optical signals for transmission through fiber optic cables. Compared with traditional copper-based audio transmission, this device eliminates signal degradation and electromagnetic interference, ensuring stable and high-quality audio delivery even over distances up to 20km.

The 4-channel unidirectional XLR Audio Fiber Extender is engineered for professional multi-channel audio transmission over long distances. It converts four independent balanced analog XLR audio signals into optical signals, enabling stable and interference-free transmission through a single fiber optic cable. Compared with traditional copper-based XLR cabling, which suffers from signal attenuation and electromagnetic interference over long distances, this fiber optic solution

The 2-channel bidirectional XLR Audio Fiber Extender is engineered for professional audio systems requiring simultaneous two-way transmission over long distances. It supports two independent channels of balanced analog audio input and output over a single optical fiber, significantly reducing cabling complexity. Unlike traditional copper-based XLR cabling, which is limited in distance and vulnerable to interference, this fiber-based solution ensures stable, noise-free, and

The 2-channel unidirectional RCA audio fiber optic extender is designed to transmit two channels of analog RCA audio signals over optical fiber while maintaining exceptional audio quality and reliability. Utilizing advanced digital optical transmission technology, the system converts stereo RCA audio into optical signals for long-distance transmission and then restores them at the receiving end with minimal distortion and latency. Unlike traditional copper-based transmission

The 2-channel bidirectional RCA audio fiber optic extender is a professional audio transmission solution designed to simultaneously transmit and receive two channels of stereo analog audio signals over a single optical fiber cable. Utilizing advanced digital optical transmission technology, the system ensures crystal-clear audio quality, ultra-low latency, and exceptional reliability even over long transmission distances. Unlike conventional copper cabling, fiber optic

The 1-channel Bidirectional RCA audio fiber optic transmitter converts analog RCA audio signals into optical signals, delivering ultra-clear sound over long distances. Equipped with dual RCA input connectors, it allows stereo audio transmission while maintaining high fidelity. Built with broadcast-grade fiber optic technology, it eliminates electromagnetic interference, preserving audio integrity for professional studio recording, live performances, or high-end home theater

The 1-channel bidirectional XLR Audio Fiber Converter is designed for professional audio systems requiring simultaneous two-way transmission over long distances. It allows balanced analog audio signals to be transmitted and received over a single optical fiber, significantly reducing cabling complexity and cost. Unlike traditional XLR copper cables, which are limited in distance and prone to interference, this device uses advanced fiber optic technology to deliver stable,

The 8-Channel Unidirectional RCA Audio Fiber Optic Extender converts eight stereo RCA audio signals into optical signals for long-distance fiber transmission. This high-performance device is ideal for professional audio setups, ensuring minimal signal loss and EMI/RFI-free operation, maintaining the original audio quality across all channels. Designed for studios, broadcasting facilities, conference systems, live performances, and home theater systems, this extender supports