Microconnect MC-SFTP6A015W netwerkkabel wit 1,5 m Cat6a S/FTP (S-STP)

The MicroConnect MC-SFTP6A015W RJ-45 Cat6a 1.5m White is a shielded Ethernet patch cable designed for high-speed 10 Gbit/s networks and environments requiring bandwidth up to 500 MHz. This Cat6a S/FTP cable features gold-plated RJ45 connectors, 50µ" plated contacts for reliable signal transmission, and a 1.5 m white jacket. The cable includes latch protection to reduce the risk of clip breakage and meter markings on the boot for quick length identification.

Advantages

S/FTP shielding provides improved protection against electromagnetic interference and crosstalk. Gold-plated RJ45 contacts and 50µ" plating ensure stable connectivity and lower contact resistance. Latch protection increases connector durability, and the molded boot with meter markings simplifies installation and cable management.

Suitable for

• 10 Gbit/s LAN installations in offices and data closets
• High-bandwidth applications such as streaming, video conferencing, and large file transfers
• Structured cabling where S/FTP shielding is required
• Short runs between switches, patch panels, and network devices

Key specifications

• Standard: Cat6a (Augmented Category 6)
• Shielding: S/FTP (overall shield with individually shielded pairs)
• Connector: RJ-45 to RJ-45, gold-plated contacts
• Contact plating: 50 µ"
• Maximum data rate: 10000 Mbit/s (10 Gbit/s)
• Bandwidth: up to 500 MHz
• Length: 1.5 m
• Colour: White
• Weight: 0.05 kg

How to use

Connect one RJ-45 connector to your network device (switch, router or NIC) and the other to the corresponding port on the target device or patch panel. Ensure connectors are fully inserted until the latch clicks. Route the cable to avoid sharp bends and sources of strong electromagnetic interference for optimal performance.

Recommendations

For best results in demanding network environments, use this Cat6a S/FTP cable for runs up to 1.5 m between equipment and maintain separation from high-voltage cables and large electrical motors to minimise interference.