Antenna socket PS-DIPOL by No name — model PS-DIPOL

The PS-DIPOL antenna socket by No name is a wall-mounted coaxial outlet designed to provide a single, tidy termination point for TV or radio antenna cables in home and small-office environments. It accepts standard RF coaxial connections and is intended for passive antenna systems, allowing you to route a signal from the building wiring to a receiver without exposed cable ends.

Advantages

The compact wall-mounted design keeps coaxial connections concealed and organised behind a finished plate, reducing cable clutter. The socket supports standard RF coax connectors and maintains a stable physical connection for reliable signal transfer. As a passive outlet with a straightforward mechanical interface, it requires no power and has minimal points of failure, simplifying installation and long-term maintenance.

Suitable for

• Connecting a TV set to a building antenna or communal aerial system
• Wiring radio receivers or set-top boxes in residential rooms
• Creating a tidy termination point for coaxial cabling runs in apartments or small offices

Key specifications

• Mounting: wall-mounted, in-wall outlet style
• Connector type: standard RF coaxial socket for TV/radio
• Use: passive (no amplification or active electronics)
• Cable compatibility: standard coaxial cables used for TV and radio signals
• Form factor: single-port outlet designed for one receiver connection

How to use

Install the PS-DIPOL antenna socket into a standard wall-box or mounting cavity and secure it according to local electrical and building codes. Connect the incoming coaxial cable from the antenna or distribution line to the rear terminal of the socket, ensuring a secure and correctly stripped connection. Attach the receiver’s coaxial lead to the front socket; the outlet provides a direct passive path for RF signals to the connected device. No power supply or configuration is required.

Usage recommendations

For best signal performance, use good-quality coaxial cable with correct impedance and maintain solid, clean connections at both the incoming and outgoing ends. Avoid routing cable near strong sources of electromagnetic interference and follow local grounding practices for antenna systems where applicable.