Memory Packaging Market Growth to Accelerate by 2035 on AI and HBM Demand Surge - IndexBox

The global memory packaging market is projected to accelerate growth by 2035, driven primarily by the rapid advancement of artificial intelligence technologies and surging demand for high-bandwidth me... Read original →

The AI compute arms race has elevated HBM packaging to a strategic node in the semiconductor value chain. Technologically, mature 3D stacking and TSV processes are not only pushing front-end fabs toward finer nodes but also forcing back-end OSATs to integrate RDL and hybrid bonding capabilities—creating end-to-end co-design pressure. On compliance, U.S.-led export controls on advanced packaging tools have significantly raised capex for firms in Taiwan, China and mainland China, accelerating supply chain regionalization. In market dynamics, Samsung and SK hynix leverage HBM3E leadership to lock in NVIDIA, while Micron races to develop CoWoS alternatives and TSMC tightens its monopoly via SoIC for logic-memory co-packaging. Over the next 18 months, packaging capacity—not wafer supply—will become the AI chip bottleneck; firms controlling TSV yield and interposer material autonomy will dictate pricing and redraw boundaries between memory and logic sectors.