As a highland of global semiconductor manufacturing, SEMICON Taiwan 2025 deeply revealed that the chip industry chain is shifting from single-process competition to a new track of "packaging-driven increments." The series of Advanced Packaging materials presented by Alpha at this grand event are the catalysts for this technological leap.
Breaking Micron-Level Interconnect Barriers
As AI chips' reliance on HBM (High Bandwidth Memory) and Chiplet architectures deepens, the density of interconnect points has reached historical extremes. At this exhibition, new micro-sphere solder paste and low-tension flux for 3D PoP (Package on Package) demonstrated their outstanding capabilities in addressing warpage balance and micro-gap filling.
SEMICON Special Technical Insights:
- ◈ Heterogeneous Integration materials: Perfectly compatible with thermal expansion coefficients of different substrate materials, reducing fracture risks caused by mechanical stress.
- ◈ Ultra-fine pitch stencil printing: Achieving precise solder paste release for 0.1mm and even smaller pitch applications.
- ◈ Chip-level thermal interface: Completely solving local overheating points in high-integration SoC core areas.
Local Roots, Global Dialogue
Junjun Tech's senior engineering delegation at the Taipei venue discussed material localization and reliability benchmarking solutions with the world's leading OSAT (Outsourced Semiconductor Assembly and Test) manufacturers. We understand deeply that in the trillion-level semiconductor industry, the failure of every micron-level solder joint could mean the collapse of an entire system. Through Alpha's accumulated reliability of more than half a century, we provide China's smart manufacturing with the most solid physical confidence.
Technical Trend Outlook
Looking ahead to 2026, the semiconductor industry will increasingly focus on the triple goal of "low energy consumption, high interconnection, zero defects." Junjun Tech will continue to partner with industry peers, leading the generational renewal of semiconductor assembly and test materials.