Triax SCS 8 - 8 Way Splitter

Triax SCS 8 is an 8-way splitter used in signal distribution systems, commonly employed in cable television (CATV), satellite TV, or other audio/video applications. It allows you to split a single input signal into eight separate outputs, enabling multiple devices to receive the same signal simultaneously.

Here are some key features and details about the Triax SCS 8:

Signal Distribution: The splitter takes a single input signal and divides it evenly among eight output ports, allowing you to connect up to eight devices or distribution points.

Frequency Range: The Triax SCS 8 is designed to operate within a specific frequency range, typically used for TV signals, satellite signals, or other RF (radio frequency) applications. The exact frequency range may vary depending on the model and version of the splitter.

Signal Loss: It's important to note that every time you split a signal, there is some loss in signal strength. The Triax SCS 8, like any splitter, will introduce a certain amount of signal loss, usually measured in decibels (dB). The specification for signal loss should be provided by the manufacturer and may differ based on the frequency range.

Power Pass: Some splitters, including the Triax SCS 8, may feature power pass functionality on one or more ports. Power pass allows you to send DC power (typically used to power devices like amplifiers or preamplifiers) through the splitter to the connected devices. This can be useful in setups where devices require power from the main source.

Build Quality: The Triax SCS 8 is typically designed with durable materials to ensure signal integrity and long-lasting performance. The connectors are often threaded F-type connectors, which are commonly used for coaxial cables in audio/video applications.

When setting up a system with the Triax SCS 8, you would connect the incoming signal to the input port of the splitter and then use coaxial cables to connect the output ports to the devices or distribution points you want to feed with the signal.