Microconnect MC-SFTP6A03P verkkokaapeli violetti 3 m Cat6a S/FTP (S-STP)

The MicroConnect CAT6a Patch Cable (MC-SFTP6A03P) is a 3 m S/FTP networking cable designed for high-speed Ethernet connections up to 10 Gbit/s and bandwidths up to 500 MHz. It features gold-plated RJ-45 connectors, 50µ" contacts for improved connection quality, a latch protection to reduce clip breakage, and meter markings on the boot to quickly identify cable length. The cable is finished in purple and weighs approximately 0.07 kg.

Advantages

This Cat6a S/FTP cable supports 10G Ethernet and provides shielding to reduce electromagnetic interference. Gold-plated RJ-45 connectors and 50µ" contacts improve durability and signal reliability, while latch protection helps prevent accidental connector damage. The printed meter markings on the boot make cable management and length identification easier.

Suitable for

• Data centres and server rooms requiring 10G connectivity
• High-bandwidth LAN deployments and backbone connections
• Professional workstations and networked AV setups
• Structured cabling where shielded Cat6a cables are preferred

Key specifications

• Length: 3 m
• Standard: Cat6a
• Shielding: S/FTP (shielded foil with overall braid)
• Max data rate: 10000 Mbit/s (10 Gbit/s)
• Bandwidth: up to 500 MHz
• Connectors: RJ-45 to RJ-45, gold-plated
• Contact plating: 50µ"
• Colour: Purple
• Weight: 0.07 kg

How to use

Connect one RJ-45 end of the cable to the Ethernet port of your network device (switch, router, server or workstation) and the other end to the corresponding port on the remote device. Ensure connectors are fully inserted until the latch clicks and route the cable to avoid sharp bends or crushing. Use the meter markings on the boot to confirm the installed length during setup.

Recommendations

For best performance, use the cable within its rated bandwidth and avoid running it parallel to high-voltage power lines. In installations requiring maximum EMI protection, ensure proper grounding of network equipment and maintain shield continuity at termination points.