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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 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 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 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

Mini Economy HDMI Fiber Extender with USB Port 1080P HDMI Over Optical Fiber Product Description This mini compact economical HDMI fiber optic extender comes with integrated USB port, realizing simultaneous HDMI audio-video transmission and USB signal extension. Mini lightweight body saves installation space, adopts cost-effective stable transmission solution, converts HDMI signals into optical signals for long-distance delivery, effectively avoids signal attenuation and

The 64-Channel Rackmount Telephone Fiber Optic Converter is a high-capacity voice transmission solution engineered for transporting up to 64 telephone channels simultaneously through a single optical fiber link. Utilizing advanced digital multiplexing and fiber optic transmission technology, the system provides crystal-clear voice communication, exceptional reliability, and ultra-low latency across long distances. Designed for telecommunications operators, government

The LED Display Fiber Optic Extender is specifically engineered to overcome the transmission distance limitations of conventional Ethernet cables in LED display projects. By converting Gigabit Ethernet signals into optical signals, the system enables reliable long-distance communication between LED sending cards, processors, and receiving cards through fiber optic networks. Designed with universal compatibility, the extender supports most leading LED display control systems

Gigabit Ethernet Fiber Switch 16SFP 2RJ45 1U Rackmount SFP Ethernet Switch for Fiber Optic LAN & Security Camera Project Product Description Our 16 SFP +2 RJ45 gigabit rack fiber switch is engineered to solve long-distance wiring limitations of traditional copper network switches, breaking 100-meter transmission restriction via SFP fiber module expansion. Built in standard 1U 19-inch metal chassis for server cabinet mounting, this unmanaged gigabit optical switch needs no

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