over fiber extender

The 16-Channel Unidirectional XLR Audio Fiber Optic Extender is a professional-grade audio transmission solution designed to transport multiple channels of high-quality balanced analog audio over long distances through optical fiber. Featuring 16 independent XLR audio channels, the system delivers crystal-clear audio transmission without signal degradation, electromagnetic interference, ground loop noise, or crosstalk commonly found in traditional copper cabling. Utilizing

The 4-Channel Telephone Fiber Optic Multiplexer is a professional voice transmission solution designed to extend multiple analog telephone circuits over optical fiber. The system supports four independent telephone channels and converts analog voice signals into optical signals for secure, stable, and long-distance transmission. Using advanced digital fiber optic technology, the device effectively eliminates electromagnetic interference (EMI), radio frequency interference

The 2-channel Telephone Fiber Converter is a professional communication device designed to extend two independent telephone (PCM voice) channels over long distances via fiber optic cable. It converts analog voice signals into optical signals, enabling reliable and interference-free transmission. Featuring dual RJ11/RJ45 ports (P1 & P2), the device supports simultaneous connection of two telephones or PBX extensions. It is ideal for enterprise communication systems, campus

Product Description The 1-channel Telephone Fiber Converter is designed to transmit analog telephone (PCM voice) signals over long distances using fiber optic technology. It converts standard telephone signals into optical signals for transmission through fiber cables, ensuring reliable and interference-free communication. Unlike traditional copper telephone lines, which are limited in distance and susceptible to electromagnetic interference, this fiber-based solution

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,

HDMI over Fiber Optic Extender 1080P@30Hz, USB KVM, HDMI Local Loop, Stereo Audio TX RX Kit Product Description This professional HDMI over Fiber Extender kit realizes long-distance transmission of Full HD video, USB and audio signals. Equipped with transmitter and receiver, it reaches 20km over single-mode fiber and 300m over multi-mode fiber. The transmitter comes with HDMI local loopout for real-time local monitoring during remote signal extension. Built-in USB 2.0 KVM

HDMI Fiber Optic Extender 4K@30Hz, SFP Port, USB KVM Function, Long Distance Signal Extender Product Description This professional 4K HDMI fiber extender set includes transmitter and receiver, built with a universal SFP slot to match various SFP modules for flexible deployment. It stably transmits 4K video and USB KVM signals, reaching 20km over single-mode fiber and 300m over multi-mode fiber. It features USB 2.0 KVM function to extend keyboards, mice and other USB

The 4-Channel Bidirectional RCA Audio Fiber Optic Extender is designed for professional audio transmission applications requiring reliable, high-quality audio transport over long distances. The system simultaneously transmits and receives four channels of analog stereo RCA audio through a single optical fiber, significantly reducing cabling requirements while ensuring pristine audio quality. Utilizing advanced digital optical transmission technology, the extender eliminates

The 8-Channel Bidirectional RCA Audio Fiber Optic Extender is a professional-grade solution for high-quality audio transmission over long distances. This device supports simultaneous two-way transmission of eight stereo RCA channels over a single optical fiber, reducing cabling complexity while preserving audio fidelity. Utilizing advanced optical technology, it eliminates signal loss, ground loops, and EMI/RFI interference, ensuring clear, undistorted audio even in