Discover how 2.5D packaging works and why it’s vital for AI and HPC chips. Learn about interposers, TSVs, chiplets, and how companies like AMD and NVIDIA leverage this advanced packaging technique.

Explore how chiplet packaging creates modular AI processors. Learn about 2.5D/3D stacking, CoWoS, UCIe, ESG strategies, and global foundry trends.

Learn the differences between TSMC’s CoWoS-S, CoWoS-R, and CoWoS-L packaging technologies, and how they enable the future of AI and HPC.

Why AI Training Chips Can't Live Without CoWoS: Unpacking the High-Bandwidth Packaging Revolution

In the AI era, data transmission is under extreme pressure. How does CPO (Co-Packaged Optics) solve bandwidth bottlenecks and reduce power consumption? Explore Taiwan and global tech strategies.

Explore how digital twin technology is reshaping manufacturing, logistics, and aerospace when integrated with robotics—unveiling a future driven by AI, predictive maintenance, and smart factories.

Explore the architecture and evolution of NVIDIA CUDA—how a graphics chip transformed into a high-performance computing platform driving today’s AI revolution. Discover its design, impact, and future.

Learn what CoWoS, HBM, FOWLP, GAAFET, Chiplet, RDL, and 2.5D packaging mean. This guide helps you grasp the essential technologies behind AI, chips, and advanced semiconductor integration.

Explore TSMC’s CoWoS (Chip-on-Wafer-on-Substrate) technology in detail, including process steps, interposer design, TSV, RDL, and real-world applications in AI and high-performance computing systems.

Explore the structural differences, applications, and future trends of CoWoS and InFO—TSMC’s leading advanced packaging technologies. This in-depth guide compares thermal performance, power handling, and integration density to help engineers make informed decisions.

This article will cover the fundamental principles of CoWoS technology, its application areas, market prospects, and the impact of this tech