Networking Cable Ubiquiti UACC-Cable-Extender-C6A RJ-45 Cat6a 0.185 m White

The Ubiquiti UACC-Cable-Extender-C6A is a shielded, ultra-thin RJ-45 extension cable in white, measuring 0.185 m and compliant with the Cat6a standard. Designed for reliable high-speed data transmission, it uses F/UTP shielding to reduce electromagnetic interference and includes a waterproof cap for protection in tight installations and last-inch reach scenarios.

Advantages

The cable’s F/UTP shielding improves signal integrity in environments with potential interference. Its ultra-thin profile and short 0.185 m length are suited to cramped spaces and make routing near fixtures easier. The integrated waterproof cap protects the connector from moisture and dust during installation, and RJ-45 connectors on both ends ensure compatibility with standard network ports.

Suitable for

• Short patch connections between network devices
• Final metre or last-inch reach installations in tight or crowded spaces
• Connections where reduced cable bulk is required (behind panels, in racks)
• Environments where additional shielding and moisture protection are beneficial

Key specifications

• Brand: UBIQUITI
• Model / MPN: UACC-CABLE-EXTENDER-C6A
• EAN: 810084697351
• Cable standard: Cat6a (F/UTP)
• Length: 0.185 m
• Connectors: RJ-45 to RJ-45
• Colour: White
• Weight: 0.0185 kg

How to use

Connect one RJ-45 end to the source device and the other to the target network port to extend or complete a short network connection. Ensure connectors are fully seated and, when used outdoors or in damp areas, position the waterproof cap over the connector to provide additional protection. Route the cable through tight spaces carefully to avoid sharp bends that could stress the cable or connector.

Recommendations

For best performance, use this Cat6a shielded extender in short runs only and combine it with properly shielded network equipment and grounded installs to maintain EMI protection. Avoid exceeding the intended bending radius and do not subject the cable to tensile stress.