Small size and light weight (core advantage)

Reason: Gallium Nitride is a “wide bandwidth semiconductor” that can withstand higher voltages and faster switching frequencies than conventional silicon. This means that the transformers, capacitors, inductors and other components inside the charger can be made smaller while realizing the same or even higher power.

Experience: A 65W Gallium Nitride charger may only be about the same size as Apple's traditional 30W charger, making it very portable, especially for people who need to work and travel on the move.

High power and fast charging speed

Gallium nitride chargers generally support a variety of fast charging protocols such as PD, QC, etc., with a wide range of power coverage, from 30W to 140W or even higher. It can provide high-speed charging for a wide range of devices such as cell phones, tablet PCs and laptops.

For example, it is possible to charge power-hungry devices such as MacBook Pros and game laptops at full power, which is difficult to do with traditional small-size silicon-based chargers.

Better heat control

Gallium Nitride material generates relatively less heat during operation due to its higher electronic efficiency and lower energy loss (which is usually dissipated in the form of heat). This not only improves safety during charging, but also helps maintain high power output for long periods of time (less likely to slow down due to overheating).

Multiple Outputs Possible and Practical

Thanks to its high efficiency and compact design, a GaN charger can easily integrate multiple USB-C and USB-A ports. A multi-port GaN charger can simultaneously charge multiple devices such as cell phones, tablets, and computers, replacing the need for multiple chargers to complete the work, and realizing the “one is enough” desktop organization and travel solution.

Environmental Protection and Energy Saving

From a macro perspective, smaller chargers require less raw materials such as plastic and copper. At the same time, their higher power conversion efficiency means that less power is wasted during the charging process, making them more energy efficient.