With the continuous upgrading of AI computing equipment, servers and GPU devices generally adopt VR multi-channel power supply and TLVR high-frequency voltage stabilization designs. Higher switching frequency and frequent load changes require power inductors with better adaptability, higher load capacity and higher operational stability. Traditional power inductors tend to generate excessive heat, unstable voltage output and performance attenuation under high-frequency heavy-load conditions, and cannot support the long-term continuous operation of computing equipment.

As Toprich’s core flagship products, TRHP and TRVR high-frequency high-current power inductors are specially optimized for computing power supply scenarios. Adopting high-frequency adaptive magnetic materials and precision winding technology, the product structure perfectly matches the high-frequency operating characteristics of VR and TLVR power systems, effectively solving common problems such as voltage fluctuation, overheating and power jitter. Featuring low impedance, large current capacity, low heat generation, anti-attenuation performance and wide-temperature stability, the inductors adapt rapidly to load changes and maintain stable voltage output, ensuring reliable long-term operation of computing equipment under high-frequency and high-load conditions.

Compared with ordinary power inductors, the TRHP/TRVR series has stronger environmental adaptability, higher stability and better durability. It fully meets the supporting requirements of AI servers, GPU accelerator modules, data center power supplies and high-end industrial control equipment, and fits the power supply upgrade trend of new-generation computing devices. In stable mass production, these flagship inductors will be highlighted at Electronica 2026 Munich, providing global customers with standard selection, sample testing and customized technical services.