Wirewin TKS Coupler CAT6A Keystone adapteri RJ45 naaras-naaras STP 1:1

Connecting two shielded Cat6A cables inside a patch panel or wall outlet often requires a coupler that preserves the 10-Gigabit signal without re-terminating to a punch-down block. The Wirewin TKS Coupler CAT6A solves this by providing a tool-free RJ45 female-to-female keystone adapter with a straight-through 1:1 wiring configuration, so you can extend a link or join two patch cords in seconds while maintaining full STP shielding and 500 MHz performance.

Who is it for

Network installers and IT technicians who need a reliable, reusable coupler for Cat6A shielded installations in keystone-compatible panels, wall plates, or surface boxes. It is also useful for temporary patching, testing, or extending existing runs without replacing the entire cable.

Main features

• Category 6A performance with up to 10 Gigabit Ethernet and 500 MHz bandwidth
• RJ45 female to RJ45 female, 1:1 straight-through wiring
• STP shielded design with die-cast metal housing for EMI protection
• Tool-free snap-in installation into any standard keystone opening (19.2 x 14.9 mm)
• Gold-plated contacts for reliable connectivity and over 750 mating cycles
• Supports PoE, PoE+, and 4PPoE (IEEE 802.3af/at/bt)

Specifications

• Connector type: RJ45 female to RJ45 female
• Shielding: STP (shielded twisted pair)
• Wiring: 1:1 straight-through
• Data rate: up to 10 Gbps (10GBASE-T)
• Bandwidth: up to 500 MHz
• Housing: die-cast metal
• Contact plating: gold
• PoE support: PoE, PoE+, 4PPoE (IEEE 802.3af/at/bt)
• Installation: tool-free snap-in
• Compatibility: standard keystone module (19.2 x 14.9 mm opening)
• Operating temperature: -10°C to +60°C
• Operating humidity: 10% to 90% RH (non-condensing)
• Durability: >750 mating cycles
• Colour: silver/metallic

Tips

For best performance, pair this coupler with Cat6A shielded patch cords and ensure the surrounding keystone frame provides proper grounding continuity. Avoid using it in unshielded installations where the metal housing could introduce ground loops.