Microconnect MC-SFTP8015R Cabo de rede vermelho 1,5 m Cat8.1 S/FTP (S-STP)

The MicroConnect MC-SFTP8015R is a Cat8.1 networking patch cable with S/FTP shielding and a length of 1.5 m. Designed for high-speed data transmission, it supports up to 25 Gbps and a bandwidth up to 2000 MHz. The cable uses gold-plated RJ‑45 connectors with 50µ" contact plating for improved contact quality, a reinforced latch to prevent clip breakage and a boot with meter markings for easy length identification.

Advantages

This Cat8.1 cable provides high bandwidth and low interference thanks to S/FTP shielding, enabling stable connections in demanding environments. Gold-plated 50µ" RJ‑45 contacts enhance signal integrity and corrosion resistance. The molded boot with meter marking simplifies cable management, and the latch protection reduces the risk of connector damage during installation or removal.

Suitable for

• Data centers and server rooms requiring 25 Gbps links
• High-performance LAN backbones and switch-to-switch connections
• Workstations and network equipment needing shielded Cat8.1 cabling

Key specifications

• Standard: Cat8.1
• Shielding: S/FTP
• Bandwidth: up to 2000 MHz
• Data rate: up to 25 Gbps
• Length: 1.5 m
• Connectors: RJ‑45 to RJ‑45, gold-plated, 50µ" contact plating
• Colour: Red
• Weight: 0.14 kg

How to use

Plug one RJ‑45 connector into the network port of your switch, router or device and the other connector into the corresponding port. Ensure the latch clicks into place to secure the connection. Route the cable to avoid tight bends and sources of strong electromagnetic interference. For rack installations, use cable management accessories to keep connections organized and prevent strain on the connectors.

Recommendations

Use this cable where shielded, high-bandwidth Ethernet is required — for example in data centers or between high-performance network devices. Avoid stretching the cable beyond its length, bending it sharply, or exposing it to excessive mechanical stress to maintain performance and connector integrity.