About the FSR RGB-6 - RGB-HV Video Distribution Amplifier
The FSR RGB-6 is a professional video distribution amplifier designed specifically for high-resolution analog RGB signals, commonly used in computer video and presentation systems. This device accepts one RGBHV input (separate Red, Green, Blue, Horizontal Sync, and Vertical Sync signals) and distributes it to six identical, buffered outputs. Its primary function is to take a single high-quality video source, such as a computer or high-end graphics workstation, and drive multiple displays or recording devices simultaneously without signal degradation. By using individual buffers and amplifiers for each output, the RGB-6 prevents signal loading and ensures that each destination receives a full-strength, stable signal, which is critical for maintaining sharpness and color accuracy over varying cable lengths.
The unit is engineered for reliability in commercial AV installations, control rooms, and digital signage networks where consistent video quality across multiple monitors is essential. It typically features BNC connectors for all inputs and outputs, which are standard in professional video environments for their secure locking mechanism and superior shielding. The amplifier includes individual gain and DC offset adjustments for each color channel (Red, Green, and Blue), allowing a technician to fine-tune the color balance and level at the amplifier to compensate for long cable runs or to match different display characteristics. This level of control ensures a uniform visual experience across all displays in a multi-screen array.
Housed in a compact, rack-mountable metal chassis, the RGB-6 operates on standard AC power. Its straightforward design focuses on a single, critical task: flawless distribution of analog RGB signals. The FSR RGB-6 Distribution Amplifier represents a fundamental, high-performance component in the signal chain for systems that rely on legacy or specialized high-resolution analog video, providing a robust solution for expanding a single source to multiple destinations.