Advanced chip packaging fuses multiple silicon dies — logic, memory, and interconnects — into a single AI chip, and has become as important to AI performance as the fabrication process itself. This hub follows the packaging technologies (like CoWoS and HBM integration), the companies building them, and why packaging capacity, not raw chip fabrication, is now the industry’s tightest supply bottleneck.
Advanced packaging fuses multiple silicon dies into one AI chip. Here's how it works, and why it — not raw chip fabrication — has become the industry's tightest supply bottleneck.
Read more →Samsung Electronics and Broadcom signed a memorandum of understanding worth more than $200 billion covering memory, chip manufacturing and packaging for AI accelerators through 2030.
Read more →Shanghai startup Dongfang Suanxin unveiled its DF1000 AI chip on July 13, bypassing US export curbs with 3D memory stacking instead of banned high-bandwidth memory.
Read more →HBM is a specialized memory technology that stacks chips vertically to deliver 10–20× the data throughput of conventional DRAM — making it the critical ingredient in every major AI accelerator today.
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