RF & CATV Combiners

The HPC-8 is a Headend Passive Combiner, 8 Port, 5-1000 MHz, Low Loss, RFI Shielded HPC series consists of 5-1000 MHz passive RF combiners designed for use in a headend to combine the output of up to 32 single-channel devices such as modulators and processors. HPC is available in 8-, 12-, 24-, or 32-port models. All HPC models feature a compact design, high isolation between ports, low net combining loss, and RFI shielding for minimized egress/ingress interference. A front-panel...

The HPC series consists of 5-1000 MHz passive RF combiners designed for use in a headend to combine the output of up to 32 single-channel devices such as modulators and processors. HPC is available in 8-, 12-, 24-, or 32-port models. All HPC models feature a compact design, high isolation between ports, low net combining loss, and RFI shielding for minimized egress/ingress interference. A front-panel -20 dB test port (75-ohm "F" type connector) allows testing of the unit's output without interrupting...

The Channel Vision P-0321 is a 2x1 Modulation over Digital Cable Combiner with IR-4101 Features: The Only Answer to Modulating on Digital Cable -Guaranteed! Eliminates Interference No Filters Needed Easy Source Switching IR Modulation Solution

Easily allow modulated video signals to coexist with a digital cable system without requiring RF filters that eliminate cable channels. Switch between cable and modulated channels with the included remote control and share both on a single coax cable to one TV. Features: The Only Answer to Modulating on Digital Cable...Guaranteed! Eliminates cable interference without the use of filters Remote Control Included - offers simple push button selection between cable and modulated channels Eliminates...

HPC series consists of 5-1000 MHz passive RF combiners designed for use in a headend to combine the output of up to 32 single-channel devices such as modulators and processors. HPC is available in 8-, 12-, 24-, or 32-port models. All HPC models feature a compact design, high isolation between ports, low net combining loss, and RFI shielding for minimized egress/ingress interference. A front-panel -20 dB test port (75-ohm "F" type connector) allows testing of the unit's output without interrupting...

The HPC series consists of 5-1000 MHz passive RF combiners designed for use in a headend to combine the output of up to 32 single-channel devices such as modulators and processors. HPC is available in 8-, 12-, 24-, or 32-port models. All HPC models feature a compact design, high isolation between ports, low net combining loss, and RFI shielding for minimized egress/ingress interference. A front-panel -20 dB test port (75-ohm "F" type connector) allows testing of the unit's output without interrupting...

The OC Series includes professional quality, passive output combiners. These units are designed for use in headends to combine the outputs of multiple modulators and processors. The OC Series employs radiation-proof passive components that provide excellent signal reproduction and years of reliable service. Four models are available, including: OC-8d, 8 inputs; OC-12d, 12 inputs, OC-12f, 12 inputs, band filtered; and OC-16, 16 inputs.

The COMBINE4 IEM transmitter combiner brings together up to four in-ear monitor transmitter signals into a single rear panel mounted antenna connector. Any brand IEM may be used, as well as any type of directional antenna. It also provides DC power to up to four IEM transmitters to reduce cable clutter and wall warts. IEM transmitter combination is important for multi-channel systems to minimize intermodulation products arising from multiple adjacent transmitters interfering with...

The RF Venue COMBINE8 IEM combiner brings together up to eight in-ear monitor transmitter signals into a single rear panel mounted antenna connector. Any brand IEM set to transmit 50 mW or less may be used, as well as any type of directional antenna. It also provides DC power to up to 8 IEM transmitters with an external power supply, removing the need for wall warts. IEM transmitter combination is important for multi-channel systems to minimize intermodulation artifacts arising from...