Vention RJ45 Cat6 Shielded Inline Coupler Female to Female

Vention RJ45 Cat6 Inline Coupler

The Vention RJ45 Cat6 Coupler facilitates seamless Ethernet cable extension while maintaining high-speed data transmission standards across local area networks. This hardware component utilizes a precise female-to-female interface configuration to bridge two RJ45 terminated cables. It supports Gigabit Ethernet speeds reaching up to 1000 Mbps. The internal architecture features a high-performance printed circuit board (PCB). This specific design minimizes cross-talk and significantly reduces return loss. Consequently, network engineers can extend cable reaches without compromising link stability or signal integrity.

Key Features

• Shielded Metal Housing
  The internal structure incorporates a robust metal shielding layer to prevent electromagnetic interference (EMI) and RFI in high-density environments.

• Gold-Plated Contact Pins

  • Phosphorus bronze contacts with 50-micron gold plating ensure superior conductivity.
  • The plating prevents oxidation and maintains low contact resistance over long-term deployment.
  • Rated for over 750 insertion cycles for high-reliability applications.

• Universal Compatibility
  This component maintains backwards compatibility with Cat5e and Cat5 standards while supporting both STP and UTP cabling.

Specifications

What’s in the Box

• 1 x Vention RJ45 Cat6 Shielded Inline Coupler
• Technical Documentation Sheet

Why Choose This Network Extension Tool

• The PCB-based architecture ensures that the junction does not become a bottleneck for Gigabit data traffic.
• Additionally, the fire-retardant ABS housing provides safety in plenum or enclosed cable management systems.
• Therefore, it eliminates the need for expensive re-cabling when existing runs fall short of their destination.
• The compact footprint allows for installation within standard keystone wall plates or high-density patch panels.
• However, the device maintains strictly passive operation, requiring no external power for signal transmission.