High-quality gallium nitride epitaxial wafer supplier —— Relying on the Wuhu Research Institute of Xidian University as a platform, it has 5 MOCVD epitaxial growth equipment and can directly provide 2-inch, 6-inch, and 12-inch GaN gallium nitride epitaxial materials, with an annual production capacity of 3,000 GaN gallium nitride epitaxial wafers. |
 | Silicon-based gallium nitride epitaxial wafers Silicon-based gallium nitride 4 - 8 inch silicon-based gallium nitride epitaxial wafers, which can meet the application of power electronics grade radio frequency power devices |
 | Gallium nitride power electronic devices Gallium nitride power electronic components 650V~1200V, 10A - 40A gallium nitride power electronic devices. |
| Synthetic diamonds Gallium nitride power electronic devices High-precision and high-purity synthetic diamonds, supporting various cutting methods and an individual IGI certificate for each diamond. |
| Epitaxial wafer contract processing and testing services Gallium nitride power electronic devices Provide testing and processing services for various wafers, chips, and epitaxial wafers |
A manufacturer specializing in the production of gallium nitride epitaxial wafers and cultivated diamonds, supporting the customization of 4 - 12 inch gallium nitride epitaxial wafers!
- Gallium nitride epitaxial wafer
- Gallium nitride electronic devices
- Lab-grown diamonds
The company relies on the scientific research accumulation of the Wuhu Research Institute of Xidian University in the fields of third - generation semiconductors and microelectronics. It shares the resources of the academician team, high - end R & D equipment, and pilot - scale platforms. It masters the core growth process of gallium nitride epitaxial wafers and can customize the production of silicon - based, sapphire - based, and silicon carbide - based gallium nitride epitaxial wafers. The products have advantages such as high uniformity, high crystal quality, and low defect density, and are suitable for high - end application scenarios such as power devices, microwave radio frequency, and new energy power electronics.
As an incubation enterprise with in - depth integration of industry, academia, and research, Progress Semiconductor takes technological innovation as the core. Relying on the pilot - scale base for the transformation of research results of the research institute, it realizes the efficient connection of gallium nitride epitaxial wafers from laboratory research and development to industrialization. It strictly controls the quality of the entire production process, provides customers with stable and reliable gallium nitride material products and technical support, and helps the domestic breakthrough and high - quality development of the third - generation semiconductor industry.
Anhui Jinbu Semiconductor Technology Co., Ltd. is a high - tech enterprise incubated relying on the core technology and platform advantages of the Wuhu Research Institute of Xidian University. The Wuhu Research Institute of Xidian University has been deeply involved in the field of third - generation semiconductor materials, focusing on the R & D, production and sales of gallium nitride epitaxial wafers, and simultaneously deploying semiconductor material technical services. It is committed to providing high - quality gallium nitride material solutions for the global power device, radio frequency electronics, and 5G communication fields.
Stable quality and outstanding performance
Epitaxial materialsExcellent technology
Excellent key indicators
Core technologies to enhance value
Possess multiple core technologies, obtain multiple authorized patents, and publish multiple public papers and high - level monographs
Comprehensive evaluation and extensive testing
Relying on the Wuhu Research Institute of Xidian University, a reliability testing platform for GaN power devices has been established, which has the ability to measure all parameters of GaN epitaxial wafers and power devices and evaluate the reliability in extreme environments.
Self - developed and updated iteratively
Integrate the training technology team. Through the design, manufacturing, and update iteration of the gallium nitride epitaxial wafer structure, complete the design, development, performance debugging, and finalization of gallium nitride products for industrial - grade applications.
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