Description
Key Product Features：
1.8-Channel DMX Signal Distribution
Distributes one DMX512 signal input into eight independent DMX output channels, ideal for connecting multiple stage lighting fixtures such as moving heads, dimmers, LED pars, color changers, and other DMX receiving devices.
2. Electrically Isolated Outputs
Each DMX output channel is electrically isolated to help reduce ground-loop interference and improve signal stability in complex lighting systems, especially in star-topology installations.
3. Signal Amplification and Reshaping
The CA8802-S amplifies and reshapes DMX data to support more stable and reliable signal transmission over multiple branch lines, helping reduce data loss and communication errors.
4. 1 Input + 1 Thru Output + 8 Outputs
Designed with 1 DMX signal input, 1 isolated thru output, and 8 distributed DMX outputs. The thru output allows the original DMX signal to be passed to another device or distribution stage.
5. Standard 19-Inch 1U Rack Mount Design
Built in a standard 19-inch 1U rack mount chassis, making it easy to install in professional lighting racks, control rooms, theaters, live-event setups, clubs, studios, churches, and touring systems.
Product Description
The CA8802-S 8-Channel DMX Signal Amplifier is a professional DMX512 signal distribution amplifier designed for stable and reliable stage lighting control. It is suitable for star-topology DMX wiring systems and helps expand a single DMX control line into multiple isolated output branches.
A standard RS-485/DMX line can be limited by the number of connected devices and cable conditions. The CA8802-S helps solve this by providing signal amplification, signal reshaping, and electrically isolated DMX outputs. This makes it a practical solution for professional lighting systems where multiple fixtures need stable DMX data transmission.
The unit includes 1 DMX input, 1 thru output, and 8 isolated DMX outputs. With a universal AC 90-240V power input and a standard 19-inch 1U rack mount housing, it is suitable for fixed installations and mobile event use.
