over fiber extender

HDMI/DVI/VGA/SDI Fiber Extender | USB KVM | Independent Audio | Local Loop-out | 1080P@60Hz | 20KM Long Range Product Description This product listing features 4 different fiber optic extender models with HDMI, DVI, VGA, and SDI interfaces respectively, all available for purchase under one convenient link. Simply select your required interface type from the dropdown menu above to get the perfect solution for your specific AV transmission needs. Each model in this series is a

4K HDMI Fiber Extender KVM with USB, Local Loopout & 3.5mm Audio, Single Fiber Up to 20Km Product Description This professional 4K HDMI over Fiber Extender kit consists of a transmitter and a receiver, supporting long-distance signal transmission. It reaches up to 20km over single-mode fiber and 300m over multi-mode fiber, delivering stable UHD video, USB and audio signals. The built-in HDMI local loopout on the transmitter enables real-time local monitoring during remote

The 8-channel bidirectional XLR audio fiber extender is engineered for mission-critical audio applications requiring long-distance, high-fidelity transmission without signal degradation. The system converts balanced analog XLR audio signals into optical signals and transmits them over fiber optic cable, effectively eliminating electromagnetic interference (EMI), radio frequency interference (RFI), ground loops, and signal attenuation commonly found in copper cable installatio

The 18 Channel Telephone + 4-Port Gigabit Ethernet Fiber Extender is a professional communication transmission solution that integrates analog voice and Gigabit Ethernet data into a single fiber optic link. The system supports up to 8 FXS telephone channels and 4 Gigabit RJ45 network ports, enabling simultaneous voice and data transmission over distances up to 15km via single-mode fiber. Using advanced PCM voice processing and optical multiplexing technology, the device

The 8-channel unidirectional XLR audio fiber extender is engineered for high-performance audio transmission in professional environments such as studios, live events, theaters, and broadcast stations. Each channel supports balanced XLR audio input, which is converted to optical signals for long-distance fiber transmission, eliminating electromagnetic interference (EMI) and radio frequency interference (RFI). Its rugged 1U rack-mount design provides secure installation in

The 4-channel bidirectional XLR Audio Fiber Extender (1U rackmount) is a professional-grade solution designed for high-performance audio transmission in demanding environments. It enables simultaneous two-way transmission of four independent balanced analog audio channels over a single optical fiber, significantly reducing cabling complexity and infrastructure costs. Housed in a standard 1U rackmount chassis, this device is ideal for centralized equipment rooms, broadcast

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 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 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