ACT Black 0.5 meter SFTP CAT6A patch cable snagless with RJ45 connectors

The ACT Black 0.5 meter SFTP CAT6A patch cable provides a compact, shielded connection for high-speed network links. Constructed with full copper AWG#26 wires and 50µ gold-plated RJ-45 contacts, this 0.5 m cable is designed for reliable transmission and compatibility with standard RJ-45 ports. ACT specifications are verified by an independent certification institute and cables are 100% tested to ensure consistent performance.

Advantages

The SFTP CAT6A design offers improved protection against electromagnetic interference and crosstalk compared with unshielded cables. Full copper AWG#26 conductors ensure low resistance and stable signal transfer while 50µ gold-plated RJ-45 contacts provide corrosion resistance and consistent contact quality. The snagless RJ-45 connectors reduce the risk of latch damage when routing in tight spaces.

Suitable for

• Short-distance connections between network devices (switches, routers, patch panels)
• High-speed 10 Gbps Ethernet links in data closets and server rooms
• Connections in confined or densely cabled environments where a 0.5 m cable is required

Key specifications

• Standard: CAT6A (SFTP)
• Length: 0.5 m
• Conductors: Full copper, AWG#26
• Contacts: 50 µ gold-plated RJ-45
• Connectors: RJ-45 to RJ-45 (snagless)
• Colour: Black
• Manufacturer: ACT, MPN FB6900, EAN 8716065277005

How to use

Plug each RJ-45 connector into the corresponding Ethernet port on your devices (switch, router, network card or patch panel). Ensure connectors are fully inserted until the latch clicks to secure the connection. Use the 0.5 m length for short cable runs to minimize excess cabling and maintain tidy installation in racks or workstations.

Recommendations

For optimal performance, avoid sharp bends and excessive tension on the cable, maintain proper grounding of shielded network infrastructure, and keep the cable away from strong electromagnetic sources. Replace the cable if connectors show visible wear or if link stability degrades.