LINDY 5m Cat.6A S/FTP LSZH Snagless Gigabit Ethernet Cable, Black

• HIGH-SPEED CONNECTIVITY: Cat.6A S/FTP PIMF twisted pair patch cable supports bandwidth up to 500MHz for Gigabit Ethernet standards up to 10GBase-T with superior performance.
• SNAGLESS DESIGN: Integrated snagless connector housing provides latch protection during installation and removal, preventing damage in tight spaces or high-density environments.
• PREMIUM CONSTRUCTION: Features 28AWG copper conductors with aluminium braid shielding, gold plated brass pins for optimal conductivity, and nickel plated RJ45 male connectors at both ends.
• LSZH JACKET: Low Smoke Zero Halogen cable jacket with 6.0mm diameter ensures safer use in enclosed spaces whilst maintaining flexibility with a minimum bend radius of 72mm.

This high-performance Cat.6A S/FTP LSZH Snagless Gigabit Ethernet Cable from Lindy UK delivers reliable network connectivity for demanding applications. Measuring 5 metres in length, this black cable supports bandwidth up to 500MHz, making it ideal for 10 GBase-T Ethernet standards and ensuring future-proof performance for your network infrastructure. The cable features a robust construction with 28AWG copper conductors protected by aluminium braid shielding, providing excellent protection against electromagnetic interference. Its LSZH (Low Smoke Zero Halogen) jacket material with a 6.0mm diameter ensures safer use in enclosed spaces whilst maintaining durability. Both RJ45 male connectors feature gold plated brass pins for superior conductivity and signal integrity, housed in polycarbonate casings with nickel plating. The integrated snagless design protects the connector latch during installation and removal, preventing damage in tight spaces. With a minimum bend radius of 72mm and operating temperature range from -10°C to 60°C, this cable offers flexibility for various installation environments. Certified to RoHS, REACH, and UL standards, it comes with a comprehensive 10-year warranty, demonstrating exceptional build quality and long-term reliability for professional networking applications.