Cable de conexión InLine S/FTP PiMF Cat.6 250MHz PVC cobre rosa 0,25 m

The InLine Patch Cable S/FTP PiMF Cat.6 250MHz PVC copper pink 0.25m is a compact network patch lead designed for short-distance connections between network components with RJ-45 ports. Constructed as a Category 6 twisted-pair cable with S/FTP shielding and pair-in-metal-foil (PiMF) protection, it supports reliable Gigabit Ethernet performance at frequencies up to 250 MHz. The 0.25 m length is suited to tidy patching in racks, patch panels and desktop setups where minimal slack and clear cable routing matter, while the pink jacket provides visual identification in mixed-cable environments.

Advantages

S/FTP construction combines an overall shield with individually foil-shielded pairs to reduce electromagnetic interference and crosstalk, improving signal integrity for high-speed data transfer. Cat.6 design and copper conductors enable stable Gigabit connections and support network bandwidths up to 250 MHz. The short 0.25 m form factor simplifies neat cable management in dense installations, and the molded RJ-45 connectors ensure a secure plug fit. The PVC outer jacket is flexible for easy routing and the distinctive pink color helps quick identification of specific links within a structured cabling system.

Suitable for

Key specifications

How to use

Plug the RJ-45 connectors into the corresponding Ethernet ports on your devices until they click to ensure a secure connection. Use the 0.25 m cable to bridge short gaps between patch panel ports, switch ports and nearby network sockets or network interface cards. Arrange the cable along existing cable guides or channels to maintain neat routing and avoid sharp bends that could stress the connectors or cable jacket. For best performance, avoid running the cable parallel and close to high-power electrical lines.

Recommendations

For reliable Gigabit performance, use this Cat.6 S/FTP patch cable for short interconnections within racks, patch panels and desktop environments. The shielded construction is beneficial in locations with potential electromagnetic interference; terminate and secure connections properly, and keep cable runs short to maintain optimal signal quality.