HDMI KVM Extender 4K 60Hz USB 300m Fiber Optic OM4

The LNK-109KVM represents a cutting-edge fiber optic extension system engineered to deliver

uncompressed 4K/60Hz video and USB peripheral control over extended distances. This advanced

extender utilizes wavelength-division multiplexing technology to transmit pristine HDMI 2.0 signals

alongside USB HID commands through LC OM4 multimode fiber infrastructure, supporting transmission

distances up to 300 meters while maintaining full 4:4:4 chroma sampling quality. The sophisticated

transmitter unit incorporates intelligent signal distribution technology, enabling simultaneous local

output and remote fiber transmission through advanced photoelectric conversion engines.

Featuring a compact form factor and industrial-grade construction, this professional KVM extender

ensures zero latency transmission for mission-critical applications in broadcasting, control rooms,

and digital signage environments. The integrated signal processing technology guarantees perfect

synchronization between video content and peripheral commands, making it ideal for interactive

displays, medical imaging systems, and command center applications where both visual quality

and responsive control are essential. The receiver unit precisely reconstructs original HDMI signals

with complete fidelity, preserving color depth and image integrity throughout the maximum transmission

distance.

Designed for modern AV installations, this versatile solution supports comprehensive USB HID

compatibility including keyboards, mice, and touchscreen devices, while the enhanced fiber optic

architecture provides complete immunity to electromagnetic interference. With plug-and-play

operation and automatic signal optimization, this mini extender establishes new standards for

compact, high-performance KVM extension in corporate presentation systems, educational facilities,

and industrial monitoring applications requiring reliable long-distance signal transmission without

compromising on 4K visual quality or peripheral responsiveness.