Unimicron Technology to Invest NT$2.085 Billion in New Factory Construction

Unimicron Technology Corp. is moving forward with a NT$2.085 billion factory construction project, the company disclosed in a filing today, signaling a significant investment in expanded production capacity. The project, utilizing a self-built and commissioned approach, will be undertaken by Chang You Construction Co., Ltd.

The new facility is intended for use in both production and operations, although specifics regarding the types of components or products to be manufactured were not disclosed. This investment comes at a time when demand for advanced packaging and substrate solutions is surging, driven largely by the rapid development and deployment of artificial intelligence (AI) technologies. The AI boom has created substantial demand for high-performance computing infrastructure, which in turn requires advanced semiconductor packaging—a key area of Unimicron’s expertise.

The company’s decision to expand its manufacturing footprint follows a previous land acquisition in Hukou Township, Hsinchu County, announced in 2026, which was also earmarked for advanced packaging capacity expansions to meet customer demand. This new construction project represents the next phase in that strategic initiative, suggesting the earlier land purchase was a precursor to a larger, multi-stage capacity build-out.

The filing indicates the investment was approved by the company’s Chairman on October 14, 2026, and does not disclose any restrictive clauses or related-party transactions. The company did not require a professional appraisal for the project, nor was an accounting firm involved in the valuation.

While the filing details the capital expenditure, it does not offer specifics regarding the anticipated timeline for completion or the expected impact on revenue or profitability. Investors will likely look for further details on these metrics in upcoming earnings reports to assess the potential return on this investment and the company’s ability to capitalize on the growing demand for AI-related components.