White pass-through barrel A reliable "barrel" computer connector by Extralink is a compact and extremely practical solution designed for quickly connecting two network cables terminated with standard RJ45 plugs. This is an ideal accessory in situations where your cables are too short or when you need to suddenly change the wiring configuration without having to reconnect the plugs. Thanks to full compliance with the Cat. 6 UTP, the connector ensures stable data transmission and impeccable network operating parameters, constituting an irreplaceable element of the equipment of every installer and home office. Key product features: Quick Plug and Play installation: The cable extension does not require any tools or stripping - just plug in two ready-made RJ45 cables on both sides of the connector. Standard Category 6 (Cat. 6): Designed to seamlessly support Gigabit Ethernet networks, ensuring stable data transfer without delays and signal losses. Unshielded design (UTP): Designed to work in standard LAN computer networks in homes, offices and anywhere where there is no strong electromagnetic interference. High quality workmanship: Gold-plated internal contacts ensure excellent conductivity, protect against oxidation and guarantee long port life even after repeated cable reconnection. Aesthetic and compact design: The small, light housing made of durable white plastic easily fits into any surroundings and does not take up unnecessary space. Technical specifications: Parameter Value Manufacturer Extralink Category Cat. 6 (Category 6) Shielding type UTP (Unshielded) Connector type 2x RJ45 socket (8P8C) - through Color White Application Connecting, extending and quick repair of RJ45 network cables Versatility and comfort of use The Extralink Inline Coupler through connector is the easiest way to manage the length of structured cabling. It allows you to avoid the costly replacement of entire sections of cables with longer ones. It works perfectly with patch cords from various manufacturers, maintaining Gigabit Ethernet network parameters over the entire length of the connected segment.