Microconnect B-FTP6075W cabo de rede branco 7,5 m Cat6 F/UTP (FTP)

The Microconnect B-FTP6075W RJ-45 Cat6 7.5m White is a shielded Cat6 networking cable designed to connect devices such as switches, modems and routers to each other or to structured cabling via patch panels, keystone jacks or wall outlets. The 7.5 m cable supports Cat6 performance up to 250 MHz and is backward compatible with Cat5e and Cat5. F/UTP shielding reduces electromagnetic interference to maintain signal integrity and reliable data transmission up to 10 000 Mbit/s.

Advantages

The cable features RJ-45 connectors with latch protection to prevent connector damage during tight installations. Shielding (F/UTP) protects against EMI and reduces crosstalk, which helps decrease transmission errors and preserve throughput. The white jacket provides a discreet appearance for office and home installations, while the 7.5 m length offers flexibility for common device placements.

Suitable for

• Wired connections between switches, routers, modems and networked devices
• Connection to patch panels, keystone jacks or wall outlets
• Small office and home network setups and entertainment systems
• Environments requiring reduced electromagnetic interference

Key specifications

• Standard: Cat6 (tested up to 250 MHz)
• Shielding: F/UTP (foil shielded, unshielded twisted pairs)
• Connectors: RJ-45 to RJ-45 with latch protection
• Length: 7.5 m
• Maximum data rate: up to 10 000 Mbit/s (depending on network equipment)
• Colour: White
• Weight: 0.108 kg

How to use

Plug each RJ-45 connector into the corresponding network port on your devices or into infrastructure outlets such as patch panels or wall jacks. Ensure connectors are fully inserted until the latch clicks to secure the connection. Route the cable to avoid tight bends and strong electromagnetic sources where possible to maintain performance.

Recommendations

For best performance, use this Cat6 F/UTP cable in networks designed for Gigabit and higher speeds, keep cable runs within recommended lengths, and avoid running parallel to high-voltage power cables to minimize interference.