KBC Networks FDVA1-DB1-M1R-MSA 1-Channel 8-bit Point-to-Point Video Transmission with Bi-Directional Data, Multi-Mode Receiver

Engineered for security and surveillance projects that demand dependable video and control over fiber, the KBC Networks FDVA1-DB1-M1R-MSA video receiver delivers a simple, high-fidelity solution for CCTV monitoring. This media converter supports one analog composite video channel plus a bi-directional data channel—ideal for PTZ camera control—and uses 8-bit digitally-encoded, non-compressed transmission to preserve image integrity. Compatible with NTSC, PAL and SECAM, the unit works over multimode or singlemode fiber and supports distances up to 13,123.36 ft, making it suitable for distributed campus, perimeter, and critical infrastructure monitoring. Its plug-and-play design and wide optical dynamic range eliminate manual calibration, while LED status indicators speed up diagnostics and maintenance. Available as a compact wall-mount or as a 3U chassis card (with up to 14 receivers), the FDVA1-DB1-M1R-MSA scales with your deployment needs. Choose this KBC Networks video extender to simplify installation, improve uptime, and extend your surveillance reach—contact us to specify this receiver for your next security or monitoring project.

• Reliable long-distance CCTV over fiber: transmits one analog composite video channel plus bi-directional PTZ data up to 13,123 ft for extended surveillance coverage
• True plug-and-play installation: 8-bit digitally-encoded, non-compressed video with wide optical dynamic range requires no electrical or optical adjustments, reducing deployment time
• Flexible fiber choices: compatible with multimode and singlemode fiber for mixed-network environments and easy integration into existing infrastructure
• Rack and wall-mount options: compact receiver or 3U chassis card (up to 14 receivers) for scalable, space-efficient security systems
• Clear status diagnostics: front-panel LEDs provide instant operational feedback to minimize troubleshooting time and maintain continuous monitoring