In addition to GaN power components, GaN Power has exclusively developed antistatic coating (CAC) technology that is resistant to high temperatures of 300 degrees and wear-resistant to 350 meters. It has not only passed SGS certification, but has also tested AI process fixture applications in world-renowned semiconductor manufacturers. It has demonstrated outstanding performance and is expected to significantly reduce costs by up to 50%, far better than existing technologies.

GaN Power Technology revealed that there is an urgent need to combat static electricity in semiconductor manufacturing processes. In high-precision fields such as AI computing, electric vehicles and low-orbit satellites, expensive chips will suffer heavy losses if they are affected by static electricity. CAC technology can provide excellent protection and improve process yield.

The product quality has been recognized. In 2023, GaN Power’s 65W GaN charger was sold to Japanese telecom company NTT-AT. In 2024, the Taiwan version of the mobile phone charger was launched. Many listed companies are willing to use it as souvenirs for shareholders’ meetings. GaN Power Technology is working hard to develop a 500-degree high-temperature CAC, which is expected to be launched next year to provide the best electrostatic protection for high-precision applications such as AI, electric vehicles and low-orbit satellites.

Looking forward to the future, GaN Power Technology will continue to focus on the research and development of GaN epitaxial and CAC anti-static technologies, keep abreast of the pulse of AI computing and high-precision industries, provide customers with the best solutions, and strive to seize the huge business opportunities brought by the AI ​​boom.

From：工商時報

GaN Power Tech cooperates with NTT-AT, a subsidiary of Japan Telecom Group, to introduce gallium nitride fast charging into the Japanese market and become the first GaN manufacturer in Taiwan to enter the supply chain system of a well-known Japanese group. It has continued to cooperate with major Japanese manufacturers to develop a new 100W gallium nitride fast charger, which is expected to be released next year. In the future, it will cooperate with major mobile phone manufacturers to introduce GaN power components into its brands of fast chargers and actively enter the international market.

In addition, GaN Power Techis also actively developing semiconductor technology. With the application of AI, electric vehicles, and low-orbit satellites, semiconductor components are fully introduced into advanced processes below 10 nanometers. However, during the packaging process, problems such as severe electrostatic effects and reduced production yield will be encountered; Hong Gallium has launched a new world-leading resistant Antistatic technology with high temperature of 300°C and high wear resistance can not only be used to improve the yield of GaN packaging processes, but also provide high-efficiency, high-reliability antistatic solutions for the advanced semiconductor industry market.

GaN Power Tech stated that the company’s R&D team has long been committed to the research and development of new semiconductor-grade materials. Among them, the latest generation of anti-static technology can form a dense anti-static layer on the surface of metal materials that can withstand high temperatures up to 300°C, creating high wear resistance on the surface. The nano-level coating, which is durable and has a long life, can control the surface resistance value between 10⁵ and 10⁹ Ω, effectively preventing the accumulation of static electricity. This technology not only provides reliable defense during the production process, but also ensures that semiconductor equipment is not affected by static electricity during use, improving product reliability.

GaN Power Tech further analyzed that this anti-static technology has better characteristics than existing anti-static technology and is not subject to size restrictions. Therefore, the cost is more competitive than existing anti-static coating technology and can be widely used in various aspects of semiconductor manufacturing. The manufacturing process includes manufacturing, packaging and testing. Samples have been sent to major manufacturers for packaging and testing. It is expected that the results will be quickly seen in advanced coating performance next year.

From：工商時報

With the global spread of the COVID-19 pandemic, there has been a shortage of various epidemic prevention supplies, including alcohol and masks. Chairman Yan Zong-Xian of Hong Hao Technology also hopes to contribute to epidemic prevention. With the concept of “extending the life of things,” he combined his company’s power control technology with that of foreign partners, and used UVC deep ultraviolet light to achieve disinfection and sterilization effects, designing the UVC disinfection box.

Chairman Yan said that the UVC disinfection box can not only be used for deep ultraviolet disinfection of personal items such as masks, mobile phones, and keys, but also for small equipment worn by medical personnel such as goggles, which can be disinfected by UVC ultraviolet light in just a few tens of seconds. Today’s donation of thirty UVC disinfection boxes not only fulfills our social responsibilities, but also hopes to further upgrade hospital protection.

Vice President Zhuang Shu-Ting said that although Taiwan’s epidemic situation is relatively safe compared to other countries, we must not let our guard down. In addition to washing hands and wearing masks, we must not forget to disinfect our personal belongings. Vice President Zhuang expressed her gratitude for Chairman Yan’s donation of thirty UVC disinfection boxes, and believes that the disinfection boxes are truly a blessing for medical personnel. She also hopes that the epidemic will soon pass, allowing everyone to live with greater peace of mind.

From : 【台中慈濟醫院】