Coupler RJ45 Lexi-NET TA1908 8P8C — inline connector for Ethernet cables

Inline RJ45 coupler Lexi-NET TA1908 (8P8C) provides a simple mechanical connection between two Ethernet cables with 8-position 8-contact modular connectors. This passive UTP coupler supports standard 8P8C (RJ45) plugs and is intended for quick extension or joining of Cat3/phone and Ethernet patch cords without tools. The compact Lexi-NET TA1908 is suitable for home, office and server-room situations where a small, inline connector is required.

Advantages

The Lexi-NET TA1908 is a tool-free inline connector that allows fast, reversible joining of two patch cords while preserving the standard pinout. Its compact design occupies minimal space and its passive construction requires no power or configuration. The coupler is compatible with standard UTP cables and provides a straightforward, low-cost way to extend existing network or phone leads.

Suitable for

• Extending Ethernet or phone (Cat3) patch cords
• Temporary network connections in home or office
• Quick repairs of damaged cable ends
• Inline connections in server rooms or wiring closets where a passive coupler is acceptable

Key specifications

• Product: Inline RJ45 coupler
• Model: Lexi-NET TA1908
• Connector type: 8P8C (RJ45)
• Shielding: UTP (unshielded)
• Solution/compatibility: phone Cat3 and standard Ethernet patch cords
• Brand: Lexi-NET
• MPN: TA1908
• EAN: 8592220007355

How to use

Align the RJ45 plug of the first cable with one side of the Lexi-NET TA1908 and insert until it latches, then insert the second cable on the opposite side in the same way. Ensure both plugs are fully seated and that the contacts engage. No tools or termination are required; the connection is reversible and can be removed by depressing the plug latch and pulling the plug out.

Usage recommendations

The coupler is intended for short extensions and temporary or low-demand links. For long runs, high-speed or shielded cabling (e.g., Gigabit over shielded cable), use purpose-built patch panels, longer continuous cables, or shielded connectors to maintain signal integrity.