ACT Ivory 20 meter LSZH SFTP CAT6A patch cable snagless with RJ45 connectors

The ACT Ivory 20m LSZH SFTP CAT6A Patch Cable FB7420 is a 20-metre network patch lead with LSZH jacket and S/FTP shielding designed for high-speed Ethernet connections. It features snagless RJ-45 connectors with 50µ gold-plated contacts and full copper AWG#26 conductors to ensure reliable signal transmission and compatibility with CAT6A infrastructure. ACT specifications are independently verified and each cable is 100% tested.

Advantages

This CAT6A SFTP cable combines low-smoke zero-halogen (LSZH) outer material with foil and braid shielding to reduce electromagnetic interference while limiting toxic smoke in case of fire. The full copper AWG#26 conductors and 50µ gold RJ-45 contacts provide consistent conductivity and corrosion resistance. Snagless connectors protect the clip during installation and the cable has undergone independent ACT verification and complete testing for quality assurance.

Suitable for

• Data center horizontal cabling and server racks
• Office network patch panels and wall outlets
• High-bandwidth applications such as 10 Gigabit Ethernet
• Environments where low smoke emission and reduced interference are required

Key specifications

• Length: 20 m
• Cable category: CAT6A (S/FTP)
• Conductor: Full copper AWG#26
• Contacts: 50µ gold-plated RJ-45
• Connector type: Snagless RJ-45 to RJ-45
• Jacket material: LSZH (Low Smoke Zero Halogen)
• Brand / MPN / EAN: ACT / FB7420 / 8716065313277

How to use

Connect one RJ-45 end of the patch cable to the network device (switch, router, or NIC) and the other end to the corresponding port on the patch panel or wall socket. Ensure connectors are fully inserted until the latch clicks. Route the cable without sharp bends and avoid tight kinks; maintain proper bend radius to preserve performance. For rack installations, use cable management to prevent tension on connectors.

Recommendations

Use this CAT6A SFTP LSZH cable for short- to medium-length runs up to 20 m where high throughput and reduced interference are required. Avoid running the cable in direct contact with high-voltage power lines and replace if mechanical damage to the jacket or connectors is visible.