OPTICUM SUMATOR RTV/SAT IN Signal Combiner / Diplexer – 5-862 MHz & 950-2150 MHz, F-Type, 75 Ohm, Die-Cast Metal

With insertion loss kept below 2.0 dB on both terrestrial and satellite paths, the OPTICUM SUMATOR RTV/SAT IN preserves signal integrity while merging two feeds onto a single cable. This diplexer handles RTV frequencies from 5 to 862 MHz and SAT frequencies from 950 to 2150 MHz, making it a robust choice for compact installations.

Overview

The OPTICUM SUMATOR RTV/SAT IN is a high-performance signal combiner engineered to merge terrestrial TV (RTV) and satellite (SAT) signals onto one coaxial line. It features two F-type female inputs and one F-type female output, all with a 75-ohm impedance. The die-cast metal housing ensures durability and effective shielding, while the DC pass function on the SAT input (up to 500 mA) allows powering of inline devices like LNBs or amplifiers.

What stands out

• Low insertion loss: < 2.0 dB on both RTV and SAT paths, preserving signal quality.
• Wide frequency coverage: 5-862 MHz for terrestrial, 950-2150 MHz for satellite.
• High isolation: > 20 dB between RTV and SAT ports, minimizing interference.
• DC pass on SAT input: supports remote powering of satellite equipment (max 500 mA).
• Robust die-cast metal housing: suitable for indoor or protected outdoor use.
• Standard F-type connectors: easy integration with existing coaxial infrastructure.

Technical details

• Product type: RTV/SAT signal combiner / diplexer
• Inputs: 2 (1x RTV, 1x SAT)
• Output: 1 (combined RTV/SAT)
• RTV frequency range: 5 - 862 MHz
• SAT frequency range: 950 - 2150 MHz
• Insertion loss (RTV): < 2.0 dB
• Insertion loss (SAT): < 2.0 dB
• Isolation (RTV to SAT): > 20 dB
• Isolation (SAT to RTV): > 20 dB
• DC pass: Yes, on SAT input to output (max 500 mA)
• Connectors: F-type (female)
• Impedance: 75 Ohm
• Housing material: Die-cast metal
• Operating temperature: -20°C to +50°C
• Installation: Indoor or protected outdoor use

Our verdict

A reliable and efficient diplexer that combines terrestrial and satellite signals with minimal loss, ideal for compact setups requiring DC pass-through.