RTV through-hole socket 16-dB - ECRU IMPRESJA GPA-16YP/M/27
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TECHNICAL DATA
Sales unit dimensions and weight: 1 pcs
RTV through-hole socket 16-dB - ECRU IMPRESJA GPA-16YP/M/27
Through RTV socket with effective signal attenuation
This socket is not just an antenna connection point—it acts as a filter that reduces interference between input and output. A 16 dB attenuation factor ensures the antenna signal does not "leak" back into other sockets in the installation, nor does it interfere with other devices. This is especially critical in series networks where a single cable runs through multiple rooms—without such attenuation, picture or sound quality may degrade, particularly with multiple connections.
Construction and installation without compromise
Made from reinforced plastic and metal, the components are resistant to scratches, discoloration, and UV radiation, ensuring long-term durability even under continuous use. The recessed mounting with claw or screw fixings allows for stable wall installation, while threaded clamps enable quick and secure cable connections. With a height and width of 71 mm, it fits standard frames from the Impresja series—no need to modify wall openings when replacing older models.
One solution for installer and user alike
For the installer: easy mounting, precise attenuation parameters, and compatibility with other As series components—all of which reduce installation time and eliminate error risk. For the user: no interference in TV or radio reception, clean image, stable audio—even when multiple devices are operating simultaneously. The ecru color is a neutral shade that neither draws attention nor gets lost against a white wall—ideal for modernist, industrial, or classic interiors. Glass or metal frames (available separately) allow seamless matching to any interior style—from minimalist to decorative.
No backlighting—because it’s unnecessary. No superfluous features—because this is a through RTV socket, not a multimedia panel. It does exactly what it’s designed for: transmitting the signal while blocking interference.

