Cabo de rede ShiverPeaks BS75511-0.5W-SET5

The ShiverPeaks BS75511-0.5W-SET5 is a 0.5 m Cat7 networking cable designed for short-range high-speed data connections. Constructed with S/FTP shielding and gold-plated RJ-45 connectors, this white cable offers stable signal transfer and corrosion-resistant contacts. It is suitable for linking network devices where a compact, reliable connection is required, such as patch panels, switches, routers and desktop computers.

Advantages

S/FTP shielding reduces electromagnetic interference and crosstalk, improving transmission integrity in dense cable environments. The Cat7 specification supports higher frequencies compared to earlier categories, enabling faster data throughput for compatible network equipment. Gold-plated RJ-45 connectors enhance conductivity and resist oxidation, while the short 0.5 m length helps minimize excess cable clutter and signal loss in close-proximity connections.

Suitable for

• Short patch connections between switch, router and wall outlet
• Desktop or server rack connections where space is limited
• High-speed home network links for streaming, gaming and file transfer
• Office workstations and small network installations

Key specifications

• Cable category: Cat7
• Length: 0.5 m
• Shielding: S/FTP (overall braid with individually foil‑shielded pairs)
• Connectors: RJ-45 with gold plating
• Color: White

How to use

Connect one RJ-45 connector to the network port on your device and the other connector to the corresponding port on the switch, router or patch panel. Ensure connectors latch securely to prevent accidental disconnection. Use the cable for short-distance links to maintain optimal signal quality; avoid bending the cable sharply near the connectors or applying excessive pulling force.

Recommendations

For best performance, use this Cat7 cable in environments with multiple data lines to benefit from S/FTP shielding. Keep the cable length minimal for patch connections and avoid running it parallel to high-power electrical cables to reduce potential interference.