fiber extender with independent audio

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.

1080P DVI Fiber Optic Extender with Audio USB Local Loop Out Up to 20KM Product Description The 1080P DVI Fiber Optic Extender with independent audio and USB local loop out is designed for professional long-distance signal transmission applications. It supports Full HD 1080P video, separate audio channels, and USB local loop output for real-time local monitoring and control. Using advanced fiber optic technology, it transmits uncompressed digital signals up to 20KM with zero

VGA Fiber Optic Extender with Audio Long Distance Transmission up to 20KM Product Description The VGA Fiber Optic Extender with independent audio is designed for reliable long-distance analog video transmission. It supports high-resolution VGA signal extension combined with separate audio channel transmission for synchronized multimedia output. Using advanced fiber optic technology, it enables uncompressed signal transmission up to 20KM with zero electromagnetic interference

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

Rackmount 1080P 4x DVI Fiber Optic Extender with Audio Long Distance up to 20KM Product Description The rackmount 1080P 4-channel DVI Fiber Optic Extender is a professional-grade solution for high-density video transmission systems. It supports 4 independent DVI channels with separate audio output, enabling synchronized high-quality multimedia delivery across multiple displays. Built with advanced fiber optic transmission technology, it provides uncompressed Full HD 1080P

1080P HDMI Fiber Optic Extender 4x HDMI 4x Audio 4x USB KVM Loop Out Up to 20KM Product Description This professional 1080P HDMI Fiber Optic Extender is designed for complex multi-source video distribution environments. It supports 4-channel HDMI input/output, 4-channel audio transmission, and 4 USB ports for full KVM (keyboard, mouse, and control devices) functionality. With advanced fiber optic transmission technology, it delivers uncompressed Full HD 1080P video up to 20KM

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 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

1080P HDMI Over Fiber Optic Extender Kit with Local HDMI Loopout Product Description This HDMI to fiber optic extender adopts professional optical fiber transmission solution, effectively solves the problem of HDMI signal attenuation and interference in long-distance wiring. Equipped with practical local HDMI loopout design, users can connect local display equipment on the transmitter end to check video signal synchronously during equipment debugging and formal use, greatly