Coax & Ethernet Wall Jacks

Coax jacks, or coaxial jacks, serve as a lined transmission of radio signals. Our coax jacks, link coaxial cables to devices like TVs, cable boxes, and any modems. They ensure secure reliable high-frequency signal connections. There are three main types of coaxial jacks, F-series, N-series and the BNC connectors.

We currently only offer F-series connectors within our selection. F-series coaxial connectors are usually known for their threaded collars and are primarily used to connect satellites and cable television.

An Ethernet wall port is a device that allows you to connect directly to your network using certain types of wiring or cable. With an ethernet wall port, you can easily grow the range of your network without having to do strenuous work.

The three main types of ethernet cables include fiber-optic cables, coaxial cables, and twisted-pair cables.

Modular connectors are used to retrofit or update antiquated devices. Modular jacks from our current selection are designed to operate as connectors for voice and data communication devices. These devices can include telephone systems and computers. These technologically equipped devices have now evolved into one of the most predominant interconnects throughout multiple industries including data and telecommunications, computer networks, commercial applications and even some industrial environments.

A phone jack is a wall mounted terminal which is used to connect a telephone to outside wiring, which leads to a central phone system. Coaxial cables are some of the most common types of telephone wires used. RJ11 work for single line connections, while RJ14 allows dual connections, and RJ25 allows three lines of telephone connection. All our selection of phone jacks are RoHS Compliant and CUL/Ul Listed certified. These certifications make these jacks excellent options of your phone jack needs.

Typically, if you want to optimize your coax, it is important to ensure that your Coax is properly installed. You can test your coax for continuity by using a multimeter and conducting a center test, shield continuity test or shield to center test.