Mar 13,2026
The Invisible Driver of the Computing Power Era! This material underpins the raw computing power of AI servers!
When ChatGPT generates copy in seconds, large models perform trillion‑scale data analysis, and autonomous driving systems make decisions within milliseconds, all of this is made possible by the high‑speed operation of AI servers. As the core enabler of AI computing power, AI servers place nearly stringent demands on power supply efficiency, size control, and anti‑interference capabilities—and behind it all lies a critical material “hidden in the depths”: amorphous nanocrystalline soft magnetic materials.
Feb 28,2026
High-Frequency, Low-Loss Design and Application of Nanocrystalline Common-Mode Inductors for 800V High-Voltage Fast-Charging Platforms
As of February 2026, the amorphous materials industry—having just entered its first quarter of the year—has already demonstrated a promising trend of blossoming in multiple areas and steadily climbing upward. Driven by favorable factors such as policy support, technological advancements, and expanding application domains, this material sector, once considered niche and high-end, is rapidly shedding its aura of mystery and gradually penetrating key sectors including advanced manufacturing, green energy, and consumer electronics. The industry is now entering a critical phase where large-scale applications and high-end transformation are advancing in parallel. Today, we’ll take a closer look at the latest industry developments and explore the new opportunities and emerging directions for the amorphous materials sector.
12
2026/02
When electric vehicles aim for "full charge in the time it takes to enjoy a coffee," electric locomotives dream of "lighter weight, faster speeds, and greater energy efficiency," and urban distribution networks demand "compact, efficient designs that save space"—the solid-state transformer, as a core energy hub, is now confronted with the triple challenge of "size, efficiency, and weight." Fortunately, the sudden emergence of nanocrystalline materials has become the key to overcoming these obstacles, enabling solid-state transformers to power ahead with ease on the path toward higher frequencies and lighter designs.
17
2025/11