Adaptador de cabo ShiverPeaks BS13-30009

The ShiverPeaks BS13-30009 is a compact cable gender changer that converts a USB-A connection to a USB-C interface. With a total length of 0.1 m, this adapter provides a short, direct link between USB-A devices and USB-C ports while maintaining a discreet, black appearance suited to a range of devices and environments.

Advantages

This USB-A to USB-C adapter is lightweight and pocket-sized, making it convenient for travel and daily carry. Its short length reduces cable clutter and signal loss risks for near‑portable connections. The black finish offers a neutral look that integrates with existing cables and devices without drawing attention.

Suitable for

• Connecting USB-A peripherals (keyboards, mice, flash drives) to USB-C laptops or hubs
• Linking older chargers or cables with USB-A plugs to modern USB-C devices for data or limited power transfer
• Temporary on-the-go connections where a short adapter is preferred over full-length cables

Key specifications

• Connector 1: USB-A (female or male as per device requirement)
• Connector 2: USB-C (female or male as per device requirement)
• Cable length: 0.1 m
• Color: Black
• Form factor: Inline gender changer / adapter

How to use

Insert the USB-A end of the adapter into the USB-A plug of your cable or peripheral, or connect the adapter's USB-A side to the corresponding USB-A receptacle depending on the adapter orientation. Then insert the USB-C end into the USB-C port of the host device. Ensure connectors are aligned and avoid forcing them. The adapter enables straightforward physical connection for data transfer and, where supported by the devices and cable, limited power delivery.

Recommendations

Use this short gender changer for low-latency, short-distance connections and avoid using it as a permanent solution for high-power charging or where full USB-C protocol features (such as alternate mode or high-wattage power delivery) are required. Check the capabilities of connected devices and cables to confirm supported data transfer speeds and power delivery limits.