How safe are our compact GaN chargers?

You may have noticed that our latest chargers are becoming increasingly compact and lightweight, while their power output remains the same or even increases. A common question we receive is: “If they are so small, aren’t they much more likely to overheat?”

The answer is absolutely not. We are happy to explain how this innovative technology works and why you can rely on it with confidence.

The power of GaN (Gallium Nitride)

Traditional chargers use silicon. Our latest generation of chargers uses GaN (gallium nitride), a modern semiconductor material. GaN can conduct electricity significantly faster and at higher frequencies than silicon.

A simple example:

Imagine you need to transport 10 tons of goods in one hour. You could send one huge truck that only makes one trip, or several smaller vans that drive back and forth more frequently. The result is the same: all the goods arrive on time.

A GaN charger works in a similar way. Because the circuit switches more frequently and faster, each cycle processes a smaller amount of energy. This allows components such as the transformer to be designed considerably smaller without sacrificing power.

Safety and reliability first

A compact charger is only truly good if it is also safe. The design of our GaN chargers therefore takes several key aspects into account:

• Advanced thermal management: More efficient energy transfer means less unnecessary heat generation.
• Stable power delivery: Protection for connected devices against overload or voltage spikes.
• Strict certifications (EMC, etc.): Our chargers comply with strict international safety and interference standards.

Thanks to this technology, convenience and safety are combined in a travel-friendly, compact format with the reliability and charging speed you have come to expect from us.

Do you have any questions about our range of GaN chargers or would you like advice on which charger best suits your situation? Feel free to contact us, we are happy to help!