Microconnect MC-SFTP6A01G networking cable Green 1 m Cat6a S/FTP (S-STP)

The MicroConnect MC-SFTP6A01G is a 1 m Cat6a networking cable with S/FTP shielding, designed for high-speed networks requiring up to 10 Gbit/s and bandwidth up to 500 MHz. The cable features gold-plated RJ45 connectors, 50 µ" contacts for reliable contact quality, a protective latch guard to reduce the risk of clip breakage, and meter markings on the boot to quickly identify cable length. The green colour helps visually organise connections in installations.

Advantages

Shielded S/FTP construction reduces electromagnetic interference and crosstalk in dense or electrically noisy environments. Gold-plated RJ45 connectors and 50 µ" contacts improve signal transmission and corrosion resistance. Latch protection extends connector life by protecting the clip from accidental damage, while length markings on the boot simplify cable management during installation and maintenance.

Suitable for

• 10G Ethernet links in data centres and server rooms
• High-bandwidth office networks and workstations
• Patch panels and rack-mounted networking equipment
• Environments requiring reduced interference (S/FTP shielding)

Key specifications

• Standard: Cat6a
• Shielding: S/FTP
• Length: 1 m
• Connectors: RJ-45 to RJ-45, gold-plated
• Max data rate: 10000 Mbit/s (10 Gbit/s)
• Bandwidth: up to 500 MHz
• Colour: Green
• MPN: MC-SFTP6A01G
• EAN: 5704174257431

How to use

Connect one RJ45 end to your network device (switch, router or network card) and the other end to the corresponding port on the target device or patch panel. Ensure connectors are fully inserted until the latch clicks and avoid sharp bends or kinks in the cable to maintain signal integrity. For permanent installations, route the cable along cable trays or within conduits to protect the S/FTP shielding and maintain performance.

Recommendations

For best performance, pair this Cat6a S/FTP cable with compatible shielded network equipment and maintain cable bend radius greater than the manufacturer’s minimum; avoid running parallel to high-voltage power lines to reduce potential interference.