GaN wafers, is also called gallium nitride wafer. It is a unique semiconductor material and plays a very important role in various applications.

Gan Substrate is famous for its high-end music, high electron mobility and broadband system, which makes it one of the important raw materials for high-power and high-frequency electronic equipment.

The production of high power and high frequency transistors is one of the most common applications of GaN chips.

These transistors are used in various amplifiers, radios and mobile phones, that is, in some electronic devices.

Gan Substrate can work at a much higher frequency than traditional silicon transistors, which is why they play a highly efficient role in high-speed communication systems.

When our potassium nitride chips | Gan Substrate are used to produce light-emitting diodes, that is, some LED clocks, their brightness will produce better efficiency.

These LEDs have high efficiency, and their life is much longer than traditional incandescent lamps. Therefore, they have become popular raw materials for various lighting purposes.

GaN based LEDs can also produce a wider range of colors than traditional LEDs.Make them become the unique selected RAW materials in some application fields with relatively high requirements and sensitive requirements for color.

Of course, in addition to the transistor and LED applications, they are also used to produce high-performance solar cells and high electronic products. They are also explored for various other applications, including the production of sensors, transistors and even medical devices.

That is to say, because the unique performance of GaN wafers is extremely broad in applications, we will not give examples here.In the next few years, they will become the raw materials with large demand in the electronic industry and photoelectric industry.