Cable USB ShiverPeaks BS13-68020 USB4 Gen 3x2 1 m USB-C gris

The ShiverPeaks BS13-68020 USB cable is a 1 m USB C to USB C cable that supports USB4 Gen 3x2 technology and a maximum data transfer rate of 40 Gbit/s. With gold-plated contacts and a neutral grey finish, this cable is designed for high-speed data transfer between compatible laptops, docks, external drives and peripherals that use the USB C interface.

Advantages

This USB C cable provides USB4 Gen 3x2 performance for high-bandwidth tasks and is engineered with gold-plated contacts to maintain reliable signal transfer and reduce contact corrosion. The 1 m length offers a balance between convenience and tidy cable management, and the reversible USB C connectors simplify plug-in operations.

Suitable for

• High-speed data transfer between computers and external SSDs or RAID arrays
• Connecting USB4-capable laptops to compatible docking stations
• Transferring large media files or doing video editing workflows
• Linking peripherals that require a USB C connection with maximum bandwidth

Key specifications

• Connector type: USB C to USB C
• USB standard: USB4 Gen 3x2
• Maximum data transfer rate: 40 Gbit/s
• Cable length: 1 m
• Contact plating: gold-plated contacts
• Colour: grey

How to use

Connect one end of the ShiverPeaks BS13-68020 cable to the USB C port of your source device and the other end to a compatible USB C port on the target device or dock. Ensure both devices support the required USB4 Gen 3x2 functionality to achieve the maximum data transfer rate. The reversible connector allows insertion in either orientation; avoid forcing the connector if resistance is felt.

Recommendations

For optimal performance, use the cable with devices that explicitly support USB4 Gen 3x2 or equivalent high-bandwidth USB C standards. Keep connectors clean and store the cable without tight bends to preserve internal shielding and contacts. When using with power delivery or docking stations, consult device specifications to confirm supported power and alternate mode capabilities.