Goobay | USB-C - USB A 3.0 -adapteri | 56620 | USB Type-C | USB 3.0 -liitäntä (Type-A)

The Goobay 56620 Cable Gender Changer provides a simple physical adapter solution to connect USB-C devices to USB-A ports. Its compact silver housing converts a USB-C connection to a USB-A plug form, enabling legacy ports and newer devices to be used together without software or driver changes. The adapter is intended for basic data and charging compatibility where mechanical connection between differing USB connector types is required.

Advantages

The adapter’s compact and durable silver design offers a reliable mechanical connection between USB-C and USB-A connectors while occupying minimal space. It requires no external power or configuration and can be used immediately when a matching cable or port is present. The passive gender changer reduces the need for replacing existing cables or devices when interfacing between different USB connector types.

Suitable for

• Connecting a USB-C cable or device to a USB-A port
• Adapting peripheral connections in home or office setups
• Using with chargers or power banks that have USB-A output
• Temporary or travel use when carrying minimal cabling

Key specifications

• Connector 1: USB C
• Connector 2: USB A
• Product colour: Silver
• Form factor: Passive gender changer / adapter (no active electronics)

How to use

Insert the USB-C side of the adapter into the USB-C cable or device connector, then plug the USB-A end into the USB-A port. Ensure both connectors are fully seated for a secure mechanical and electrical connection. The adapter does not require drivers; functionality depends on device and host support for the intended data transfer or charging mode.

Recommendations

The adapter is designed for straightforward mechanical conversion between USB connector types. For high-speed data transfer or specific USB feature support (such as alternate modes or powered USB-C protocols), verify compatibility with the connected devices and cables. Avoid exposing the adapter to moisture or excessive force on the connectors to maintain reliable contact.