The future of fast charging: how do GaN USB-C chargers work?
In the world of chargers, there is a new technology that is becoming increasingly popular: GaN chargers. But what makes these chargers so special, and why would you want to use one? In this blog post, we dive into the workings and benefits of GaN USB-C chargers.
What is GaN?
GaN stands for gallium nitride, a semiconductor material that works more efficiently than the traditional silicon used in conventional chargers. This is because GaN has higher voltage resistance and causes less energy loss.
How does a GaN charger work?
In a traditional charger, much of the energy is converted into heat, which means more cooling is needed and the components have to be larger. GaN chargers are more efficient in energy transfer, which means they produce less heat and can be designed to be more compact. This allows manufacturers to make more powerful chargers that still remain small and portable.
The benefits of GaN USB-C chargers
- Smaller size - Because GaN generates less heat, chargers can be made smaller without sacrificing performance.
- Faster charging - GaN chargers support higher wattages and can therefore charge devices faster, especially when combined with USB-C Power Delivery (PD).
- More efficient energy use - Less energy loss means lower electricity bills and a more sustainable solution.
- Less heat generation - This increases the charger's lifespan and makes it safer to charge powerful devices.
Should you switch to a GaN charger?
If you are often on the move or want to charge multiple devices quickly, a GaN charger is definitely a good investment. They are powerful, compact and future-proof. Yanec now offers GaN chargers with multiple USB-C ports, allowing you to charge multiple devices simultaneously with one compact adapter.
