Satellite TV Splitter ShiverPeaks maximum connectivity 5–860 MHz / 950–2250 MHz with DC pass

The ShiverPeaks Satellite TV Splitter provides combined distribution of terrestrial and satellite signals in one compact device. It supports terrestrial frequencies from 5–860 MHz and satellite bands from 950–2250 MHz while allowing DC pass to feed a satellite LNB or inline amplifier. Designed for home or small commercial coaxial installations, the splitter enables reliable splitting of incoming antenna or dish signals to multiple receivers without requiring separate devices for terrestrial and satellite distribution.

Advantages

This ShiverPeaks SAT‑TV splitter covers both VHF/UHF terrestrial ranges and the full satellite intermediate frequency range, removing the need for separate terrestrial and satellite splitters. The DC pass feature allows a receiver or multiswitch to supply power to an LNB or active device downstream, simplifying installation and reducing cable runs. Its compact design and straightforward F-connector interface make it suitable for wall plates, distribution boxes, or rack-mounted setups in small installations.

Suitable for

• Home installations combining terrestrial antenna and satellite dish signals
• Small commercial or office coaxial distribution
• Setups where remote powering of LNBs or amplifiers via DC pass is required
• Split distribution to multiple satellite or terrestrial receivers

Key specifications

• Frequency range (terrestrial): 5–860 MHz
• Frequency range (satellite): 950–2250 MHz
• DC pass: supported for powering LNBs or inline amplifiers
• Connector type: coaxial F-type interfaces
• Application: combined SAT and TV signal splitting

How to use

Connect the incoming antenna or satellite dish feed to the splitter input using coaxial cable with F-type connectors. Attach the receiver or downstream distribution cables to the splitter outputs. If remote powering of an LNB or amplifier is needed, ensure the receiving device is configured to supply DC and that cabling is rated for DC pass. Verify signal levels at each receiver and, if necessary, use appropriate attenuation or amplification downstream to maintain signal quality. Follow local electrical and safety regulations when making connections.

Recommendations

Use RG6 or equivalent low-loss coaxial cable for runs where signal attenuation matters, keep cable lengths as short as practical, and avoid excessive bends. Check polarity and connector tightness to prevent ingress and signal loss. For larger distributions or long cable runs consider using a distribution amplifier or multiswitch designed for combined satellite and terrestrial systems.