Microconnect SSTP6015R cavo di rete rosso 1,5 m Cat6 S/FTP (S-STP)

The Microconnect SSTP6015R is a 1.5 m Cat6 networking cable with RJ-45 connectors on both ends and S/FTP (shielded/foiled twisted pair) construction. It supports data rates up to 10000 Mbit/s and is suitable for connecting switches, modems, routers or patch panels in small office, home and entertainment networks. The cable meets Cat6 frequency testing up to 250 MHz and is backwards compatible with Cat5e and Cat5.

Advantages

This red RJ-45 Cat6 cable includes S/FTP shielding to reduce EMI and crosstalk, helping to maintain signal integrity and lower error rates. The connector latches have protection to prevent damage when routing the cable through tight installation spaces. The 1.5 m length offers a balance between reach and tidy cable management for desk- or rack-level connections.

Suitable for

• Connecting modem, router and switch to network outlets or patch panels
• Small office and home network wiring
• High-speed internet and multimedia/entertainment setups
• Environments requiring reduced electromagnetic interference

Key specifications

• Standard: Cat6 (tested up to 250 MHz)
• Shielding: S/FTP (shielded/foiled twisted pair)
• Connectors: RJ-45 — both ends
• Length: 1.5 m
• Maximum data rate: up to 10000 Mbit/s
• Colour: Red
• Compatibility: Backwards compatible with Cat5e and Cat5

How to use

Plug each RJ-45 connector into the corresponding Ethernet ports on your devices or into a patch panel or wall socket. Ensure connectors are fully inserted until the latch clicks. When routing the cable through tight spaces, use the latch protection to avoid damaging the connector. For best performance, avoid excessive bending and keep the cable away from strong sources of electromagnetic noise.

Recommendations

For reliable high-speed connections, use this Microconnect SSTP6015R Cat6 cable for links up to 1.5 m between active network devices or to a patch panel. Maintain gentle bend radius and avoid running the cable parallel to power lines to minimize potential interference.