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Networking Cable Tecline S/FTP Cat6 90m
The Tecline S/FTP Cat6 90m networking cable is a 90-meter orange patch cable designed for reliable high-speed data transmission in structured cabling environments. Constructed with S/FTP (shielded with foil around each pair and an overall braided shield), this Cat6 cable reduces electromagnetic interference and crosstalk, delivering stable performance for gigabit Ethernet and other high-bandwidth applications. Fitted with RJ-45 connectors, the cable provides a ready-to-use solution for linking network switches, patch panels, servers and workstations while the bright orange jacket improves visibility and routing in racks and cable trays.
The S/FTP shielding construction minimizes external interference and pair-to-pair crosstalk, improving signal integrity over longer runs. As a Cat6-rated cable, it supports higher frequencies and data rates compared with earlier categories, making it suitable for gigabit networks and many modern networking needs. The 90 m length reduces the need for intermediate patch points in medium to large installations, and the RJ-45 terminations enable immediate connection to standard network equipment. The colored jacket enhances identification and helps maintain organized cable management.
Route the Tecline S/FTP Cat6 90m cable along cable trays, conduits or underfloor pathways to the desired network equipment. Avoid sharp bends and excessive pulling force; maintain the manufacturer-recommended bend radius for twisted-pair cables to preserve performance. Terminate the RJ-45 connectors into network ports on switches, routers or patch panels; if re-terminating is required, ensure proper shield termination and grounding to maintain S/FTP effectiveness. Test the installed link with a cable tester or network diagnostic tool to verify continuity, pair integrity and performance.
Use this shielded Cat6 cable in environments where electromagnetic interference may affect unshielded cables, and ensure that shield continuity is preserved by grounding the cable shield at least at one end or following site grounding practices. For mixed cable runs, separate power and signal cables when possible and avoid routing parallel to high-voltage lines to reduce interference risks.
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