USB Cable ShiverPeaks BS13-48006 0.25m USB C 20 Gbit/s White

The ShiverPeaks BS13-48006 is a 0.25 m USB C to USB C cable in white, designed to connect devices with USB-C ports for high-speed data transfer and charging. The cable supports up to 20 Gbit/s data throughput and features magnetic shielding to reduce electromagnetic interference, ensuring more reliable signal integrity over short runs. Its compact length makes it suitable for close-proximity connections between laptops, docking stations, portable drives and mobile devices.

Advantages

The cable provides a short, convenient connection with a rated maximum data transfer speed of 20 Gbit/s, enabling rapid file transfers between compatible devices. Magnetic shielding reduces interference from nearby electronics, improving connection stability. USB C connectors on both ends allow reversible plug orientation for easy insertion. The white finish offers a neutral appearance that integrates into most desktop and mobile setups.

Suitable for

• Connecting laptops to docking stations or hubs over short distances
• Transferring large files to and from external SSDs or portable drives
• Direct device-to-device data exchange between phones, tablets and computers
• Close-range charging of smartphones, tablets or accessories where short cable length is preferred

Key specifications

• Connector type: USB C to USB C
• Cable length: 0.25 m
• Maximum data transfer rate: up to 20 Gbit/s
• Colour: white
• Shielding: magnetic shielding for reduced interference

How to use

Insert each USB C connector into the corresponding USB-C port on the devices to be connected. Ensure connectors are fully seated; the reversible USB-C design allows insertion in either orientation. Use the cable for data transfers, synchronization or to deliver power between compatible devices. For optimal performance, use with devices and hosts that support the stated data rate and with cables of this length for short, direct connections.

Recommendations

For reliable 20 Gbit/s transfers, connect devices that both support the required transfer standard. Avoid sharp bends and excessive tension on the cable; route it to prevent kinks. Keep the cable away from strong magnetic sources and high-power cables to maintain shielding effectiveness. For longer distances or alternate power delivery needs, consider a longer cable or a cable with explicit power delivery specifications.