MP Business Summary

Major-Power Technology Co., Ltd. (6720.TWO) is a specialized Taiwanese analog IC design house that generates revenue primarily through the development and sale of high-precision power management and sensor solutions. The company’s business model is anchored by three core segments: Hall-effect integrated circuits (including switches, latches, and linear sensors), DC-DC power management ICs (Buck and Boost converters), and motor/fan drivers, specifically BLDC and LED driver solutions. These components are critical for high-growth end markets such as automotive electronics, electric motorcycles (E-bikes), industrial automation, and fast-charging peripherals (QC/PD). Within the regional semiconductor landscape, Major-Power operates as a high-precision niche competitor alongside larger analog firms like Silergy Corp, Global Mixed-mode Technology (GMT), Leadtrend Technology, and Feeling Technology. The company maintains a competitive edge by focusing on specialized Hall IC applications for speed detection and power windows in the automotive sector, as well as energy-efficient fan drivers for the computing and appliance markets. Founded in 2011 and headquartered in the Hsinchu Science Park, Major-Power is led by Chairman and General Manager Jinxiang Ye (Yeh Chin-Hsiang), who serves as the primary architect of the company’s technical and commercial strategy. The leadership team, which includes Accounting Supervisor Shi Chun Zhou, has successfully navigated the company’s expansion from a private venture to a TPEx-listed entity with a robust focus on R&D-driven growth in analog signal processing. The company’s strategic direction is supported by a board featuring significant institutional backing from prominent venture capital firms, including Top Taiwan IX Venture Capital, Wending Venture Capital, and Chengding Venture Capital. This pedigree of investors underscores Major-Power’s role as a key component supplier in the Asian electronics supply chain, with a leadership team committed to advancing power efficiency and sensing accuracy in next-generation mobility and industrial IoT platforms.