STATS ChipPAC has put a spotlight on the future of chipmaking. At the 2025 Advanced Packaging Developers Conference (APDC), Senior Director Dr. Nokibul Islam shared the company’s advanced packaging technology roadmap and underscored that advanced packaging is one of the fastest-growing segments in the semiconductor industry.
Why it matters: as traditional scaling slows and performance demands surge, packaging is doing more of the heavy lifting. The roadmap presented points to a new era where heterogeneous integration, chiplets, and panel-level manufacturing become central to delivering higher bandwidth, greater power efficiency, better thermals, and lower total cost of ownership.
A core theme of the presentation is scaling beyond conventional wafer-level processes toward high-throughput panel-level packaging. Moving to larger panel formats can unlock manufacturing efficiencies, better unit economics, and the capacity needed for AI accelerators, data center compute, 5G infrastructure, and automotive systems. This is where gains in yield, cycle time, and material utilization can translate directly into more competitive devices.
The roadmap also reflects industry momentum around fan-out and system-in-package approaches, 2.5D/3D integration, and tighter coupling with advanced memory. By bringing dies closer together and shortening interconnects, these methods boost bandwidth density and slash latency—key advantages for AI inference and training workloads, high-performance computing, and edge intelligence.
Equally important are the manufacturing and reliability challenges that come with scaling. Warpage control on larger substrates, precise die placement, robust redistribution layers, and advanced thermal solutions are all critical to maintaining yield and long-term reliability. Expect to see continued investment in materials engineering, fine-line lithography for redistribution layers, hybrid bonding, and more sophisticated inspection and test to support these transitions.
Industry context favors this shift. Demand for compact, power-efficient, and high-bandwidth systems is accelerating. Chiplet-based architectures and heterogeneous integration promise faster time to market and better reuse of proven IP blocks, while advanced packaging provides the fabric that ties it all together. As a result, packaging roadmaps like the one outlined at APDC are increasingly shaping performance roadmaps for the entire ecosystem.
What to watch next:
– Expansion of panel-level packaging for higher throughput and better cost-per-function
– Wider adoption of fan-out and system-in-package for space efficiency and performance gains
– Progress in 2.5D/3D stacking and heterogeneous integration with advanced memory
– New materials and bonding techniques to improve reliability, thermals, and signal integrity
– Closer collaboration across foundries, OSATs, substrate suppliers, and toolmakers
The takeaway is clear: advanced packaging is no longer a back-end afterthought—it’s a strategic growth engine for the semiconductor industry. With its roadmap announced at APDC 2025, STATS ChipPAC is positioning itself to meet the next wave of performance and efficiency demands, helping power everything from AI data centers to smart, connected devices.
