Cavo USB S/CONN 13-20016 USB 2.0 0,12 m

The ShiverPeaks USB Cable S/CONN 13-20016 USB 2.0 0.12 m is a short, black data cable with a USB C connector on one end and a USB A connector on the other. Designed for USB 2.0 compatibility, it supports data transfer speeds up to 0.48 Gbit/s and provides a compact connection solution for devices placed close together or for use with hubs, chargers and adapters that accept USB A to USB C connections.

Advantages

This 0.12 m cable minimizes clutter and reduces excess cable length while maintaining the USB 2.0 data standard. Its compact form factor makes it convenient for desktop setups, portable chargers and compact multimedia devices. The fitted USB C and USB A connectors allow straightforward plug-and-play operation with a wide range of consumer electronics that support USB 2.0.

Suitable for

• Connecting smartphones, tablets or accessories with USB C to computers or chargers with USB A
• Short-range data transfer and syncing tasks
• Use with hubs, docking stations or powerbanks where a short cable reduces workspace clutter
• Temporary connections between peripherals and PCs in confined spaces

Key specifications

• Connector type: USB C to USB A
• USB version: USB 2.0
• Maximum data transfer rate: up to 0.48 Gbit/s
• Cable length: 0.12 m
• Colour: Black

How to use

Insert the USB C plug into the device with the corresponding USB C port and insert the USB A plug into a computer, charger or other host device. The cable supports standard USB 2.0 data and charging functions when connected to compatible ports. No additional drivers are typically required; the devices will recognise the connection automatically and begin data transfer or charging according to their capabilities.

Recommendations

For reliable performance, use the cable for short-distance connections and avoid bending or sharply kinking the cable near the connector ends. Ensure both connected devices support USB 2.0 data rates for optimal transfer speeds and keep the cable away from strong electromagnetic interference sources.