Huanlong Technology 250 W Adapter
GaN based power devices have higher efficiency and can effectively reduce heat generation and energy consumption. This type of device can operate at higher frequencies and power densities, achieving a more compact power design, significantly improving rack space utilization, and further enhancing the heat dissipation performance of AI data centers, for example. In addition, reducing the system size can free up more space to configure additional hardware, optimize air circulation, effectively reduce heat waste, thereby reducing operating costs and overall carbon footprint.
Johannes Schoiswohl, Head of the Gallium Nitride Business Line at Infineon Technologies, said, "We are pleased to see CoolGaN ™ The technology provides support for the new 250W network adapter from Huanlong Technology. This collaboration fully demonstrates the enormous potential of GaN technology in driving the transformation of the data center industry, helping to achieve more compact, efficient, and reliable power solutions. ”
Lin Yijun, Product Manager of Huanlong Technology Power Supply, said, "We are pleased to collaborate with Infineon to use CoolGaN in the new 250 W adapter ™ Power transistors have successfully created products that combine excellent efficiency and high reliability. This innovation fully demonstrates our commitment to developing forward-looking electronic solutions to meet the evolving needs of the networking industry. ”
The 250 W adapter from Huanlong Technology has excellent efficiency of up to 95% and an increase in power density of approximately 39%. CoolGaN ™ Transistors not only effectively reduce power consumption, but also support high-frequency operation above 200 kHz and significantly improve thermal performance, which is particularly important for power supplies that combine compact design and high power density. These key performance leaps have significant implications for the development of the global virtual network market. The market is expected to grow from $48.6 billion in 2024 to approximately $200 billion in 2030, with a compound annual growth rate (CAGR) of up to 26.5%.
Infineon's GaN power transistors are accelerating the digitalization and decarbonization process in the industry, achieving high-frequency operation, improving efficiency, and effectively reducing system size in a wide range of applications. CoolGaN ™ The product covers a voltage range of 60V to 700V and offers multiple packaging forms to flexibly meet different application needs.
Supply situation
Learn about CoolGaN ™ For more information about the product, please visit the official website's product page.
[1] Grand View Research (2025) https://www.grandviewresearch.com/industry-analysis/virtual-networking-market-report
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