Signal splitter Corab 35354, 5–2400 MHz, 8 outputs, power pass

Corab 35354 is an RF signal splitter with eight outputs designed for distribution of broadband coaxial signals from 5 to 2400 MHz. The device allows a single input feed to be divided across multiple receivers while providing power pass capability on the input, enabling supply of power to upstream equipment through the coaxial line when system topology and connected devices support it. The splitter is intended for installations where reliable signal distribution and minimal insertion loss across a wide frequency range are required.

Advantages

The splitter supports a wide frequency range (5–2400 MHz), making it suitable for terrestrial TV, DVB-T/T2 and many satellite and cable signal scenarios where the frequency band overlaps. With eight outputs it enables distribution to multiple tuners or set‑top boxes without the need for additional active amplification in short-run setups. Power pass on the input simplifies powering of compatible LNBs or amplifiers from a single source. The housing and connectors are designed for standard coaxial installations and for stable mechanical and electrical connections.

Suitable for

• Distribution of terrestrial and DVB-T/T2 signals to multiple receivers
• Multiswitch and multisatellite distribution systems where broadband splitting is required
• Small residential or business installations needing eight coax outputs
• Systems where power pass is required to feed compatible upstream devices via coax

Key specifications

• Frequency range: 5–2400 MHz
• Number of outputs: 8
• Function: passive RF splitter with power pass on input
• Connector type: F-type coaxial connectors (standard for TV/SAT systems)
• Application: distribution of TV, DVB-T/T2 and compatible satellite/cable signals

How to use

Connect the incoming coaxial feed to the splitter input and attach receiver cables to the eight outputs, ensuring tight, secure connections on each F-type connector. Verify that the upstream power source and connected equipment are compatible with the splitter's power pass capability before enabling power through the cable. Avoid using the splitter with incompatible two‑way powered devices that may create loops or backfeed. Position the unit within a dry, ventilated environment and route cables to minimize bending and strain on the connectors.

Usage recommendations

For optimal signal quality, use good‑quality coaxial cable and properly shielded connectors; if signal levels are low after splitting, consider adding a low‑noise amplifier or a distribution amplifier upstream. Confirm compatibility of any powered LNBs or inline amplifiers with power pass functionality to prevent damage to equipment.