Nanya Tech denies political influence in Pingtung 3D wafer packaging plant investment

Memory chipmaker Nanya Technology has recently made a major announcement regarding its future advanced process and capacity deployment, planning to build an advanced 3D wafer packaging and testing facility at the Pingtung Science Park. This investment has drawn significant attention from the industry. General Manager Li Pei-ying personally addressed the public, emphasizing that the site selection for the Pingtung facility was entirely based on practical assessments and timing considerations, with no political factors involved. Nanya Technology expects the facility to officially begin production in the second half of 2028. However, considering long-term capacity allocation and risk diversification, the company has not ruled out the possibility of evaluating other regions for future plant construction, demonstrating a highly flexible strategic layout.

Addressing various external speculations regarding the site selection, Li Pei-ying specifically clarified that the primary factor in choosing the Pingtung Science Park as the base for the 3D wafer packaging and testing plant was the speed of administrative review and construction operations. After comprehensively evaluating the infrastructure, administrative support efficiency, and land acquisition timelines of multiple potential parks across Taiwan, Nanya Technology found that Pingtung offered the fastest overall operational efficiency, meeting the company's tight capital expenditure and capacity ramp-up schedules. This decision was made purely from a rational perspective of industrial development and engineering progress, aiming to secure valuable time to keep pace with the rapid development of global advanced semiconductor packaging technologies.

With the booming development of applications in artificial intelligence, high-performance computing, and big data, market demands for memory bandwidth and transmission speed are becoming increasingly stringent, while traditional 2D packaging technology is gradually facing physical limits. To break through performance bottlenecks, 3D wafer packaging and testing technology has become a critical area of competition among major semiconductor manufacturers. As a key player in the domestic DRAM industry, Nanya Technology’s decision to enter the 3D wafer packaging and testing sector represents not only a technological upgrade but also a move to consolidate its competitiveness in the future memory market. By vertically stacking DRAM dies with logic chips or even other memory components, 3D packaging can significantly shorten data transmission distances, reduce power consumption, and enhance computational efficiency.

According to Nanya Technology’s planned timeline, the new plant is expected to begin production in the second half of 2028, indicating that the company is steadily preparing for future technology generations. The establishment of a semiconductor plant, from land planning, environmental impact assessment, and civil construction to cleanroom setup, equipment installation, and trial production, often takes several years. Nanya Technology’s decision to finalize and advance the Pingtung plant project at this time reflects a steady and optimistic outlook on medium-to-long-term memory market demand. Meanwhile, Li Pei-ying’s retention of flexibility to evaluate other regions in the future also reflects the risk management mindset required in the semiconductor manufacturing industry when facing geopolitical issues, supply chain resilience, and local resource changes.

Nanya Technology’s investment in the Pingtung Science Park also holds indicative significance for the development of the high-tech industry cluster in southern Taiwan. For a long time, Taiwan’s semiconductor industry has been concentrated in the Hsinchu, Taichung, and Tainan science parks, forming the so-called Western Technology Corridor. Nanya Technology’s entry helps extend the reach of advanced semiconductor technology to the south, driving industrial transformation in the Pingtung area, creating high-end employment opportunities, and attracting related supply chain manufacturers in equipment, materials, and testing, thereby gradually strengthening the semiconductor ecosystem in southern Taiwan. This is not only crucial for Nanya Technology’s own corporate development but also aligns with the Taiwan government’s policy direction of promoting balanced industrial development.

In summary, Nanya Technology’s decision to build a 3D wafer packaging and testing plant in the Pingtung Science Park is a significant decision grounded in practical industrial needs and a pursuit of administrative efficiency. Facing intense global semiconductor competition and pressure from rapid technology iteration, Nanya Technology has demonstrated its determination to deepen its roots in advanced packaging technology through this investment. As the timeline for production to begin in the second half of 2028 approaches, the subsequent construction progress, technical yield performance, and whether the company will further expand its investment layout in other regions will continue to be key indicators influencing the development trajectory of Taiwan’s memory industry.

(Source: Central News Agency)