In the past two years, the global AI industry has achieved large-scale implementation. Major cloud vendors and data centers continue to invest in computing infrastructure, driving rising shipments of AI servers, high-performance GPU modules and edge computing devices. With the continuous performance upgrade of computing hardware, equipment power consumption, instantaneous load and switching frequency increase significantly, making traditional low-frequency power inductors incompatible with new-generation high-frequency power architectures.

 

Current computing power supplies generally adopt VR and TLVR high-frequency voltage stabilization solutions, requiring strict standards for the high-frequency adaptability, current carrying capacity, temperature rise control and parameter stability of power inductors. High-frequency and low-loss power inductors effectively suppress voltage fluctuation, reduce circuit loss and equipment heat generation, ensuring the 7×24-hour stable operation of computing devices.

 

Industry data shows that with the rising penetration rate of high-end computing hardware, the demand for special power inductors adapted to high-frequency working conditions continues to grow, forming a core growth track for the magnetic component industry with sufficient long-term development potential.