Mobile Origin GaN 67W Travel Adapter PW5 EU/UK/US/AUS 3x USB-C + USB-A

Mobile Origin GaN 67W travel adapter serves as a universal charging solution for your electronics when travelling anywhere in the world. Thanks to its retractable plugs and compatibility with various outlet types, you can use it in more than 200 countries. Advanced GaN technology with 67W of power ensures efficient and fast charging. The adapter features three USB-C ports and one USB-A port, letting you charge multiple devices at once, from your phone and tablet to your laptop.

One adapter for global travel

Travel without worrying about outlet compatibility with the Mobile Origin adapter. It features a slider system that lets you easily slide out the exact plug you need. You get retractable plugs for the EU, UK, US, and Australia, covering most global destinations. The adapter is compatible with type A, B, C, E, F, G, and I sockets, meaning you can use it in more than 200 countries. This ensures you only ever need a single charger on all your travels.

Fast charging with GaN technology

The core of the adapter features modern GaN (Gallium Nitride) technology, which replaces traditional silicon. This makes the charger significantly smaller, lighter, and more efficient at converting power while generating less waste heat. A total power output of 67W and the fact that it supports PD, QC, and PPS fast charging standards make it a truly versatile tool. You can quickly charge a wide range of devices with ease, including laptops, tablets, and smartphones.

Flexible connection options and safety

The adapter features three USB-C ports and one USB-A port, giving you the ability to charge up to four devices simultaneously. An intelligent power management system distributes power according to the connected devices. When using a single USB-C port, you get the full 67W output, which is enough to power a laptop. When you connect multiple devices, the power is dynamically split, for example to 30W + 30W. Naturally, integrated safety features protect against overvoltage, overheating, and short circuits.