Powertech is ramping up its push into advanced semiconductor packaging as demand surges from artificial intelligence and high-performance computing. With AI accelerators, data center processors, and other compute-heavy chips needing faster performance and better power efficiency, the spotlight has shifted to advanced packaging technologies that can pack more capability into smaller footprints.
Powertech chairman DK Tsai said the company is making key progress in fan-out panel-level packaging (FOPLP), a next-generation approach designed to improve efficiency and scalability compared with older packaging methods. As chipmakers and system designers look for ways to boost bandwidth, reduce latency, and manage heat more effectively, advanced packaging like FOPLP is increasingly seen as a critical solution.
To meet this accelerating market demand, Powertech plans a major investment of NT$433 billion to expand capacity and speed up its FOPLP roadmap. The investment is aimed at strengthening the company’s ability to deliver high-volume advanced packaging for customers building AI and HPC products, where packaging capability can be just as important as the silicon itself.
The move signals how quickly the packaging landscape is evolving. As traditional scaling becomes harder and more expensive, companies across the semiconductor supply chain are turning to advanced packaging to achieve meaningful performance gains. Powertech’s expanded focus on FOPLP positions it to compete for future AI and high-performance computing orders as customers prioritize reliability, throughput, and cost-effective production at scale.
With AI workloads continuing to grow and data centers investing heavily in new compute platforms, advanced packaging capacity is expected to remain a key bottleneck across the industry. Powertech’s FOPLP breakthroughs and expansion plans are designed to help close that gap and capture rising demand in the years ahead.
