India has signed a memorandum of understanding (MoU) with Intel and US-based 3DGS to establish an advanced packaging glass-core substrate manufacturing facility in the eastern state of Odisha, marking Intel's first significant participation in India's semiconductor manufacturing ecosystem beyond its existing design and technology operations.

The global AI boom is pushing supply-chain pressure beyond memory chips and CPUs into optical communications, creating shortages across a less visible but increasingly critical layer of data-center infrastructure.

Innolux plans to accelerate its transformation in 2026, with chairman and CEO Jim Hung pointing to three priorities: advanced semiconductor packaging, smart cockpits, and higher-margin panel applications.

SpaceX's IPO prospectus details an early-stage "Terafab" initiative to build large-scale AI chip manufacturing capacity. Still, the company warns of significant execution uncertainty, unfinalized partnerships, and capital intensity risks. The plan, still in preliminary form, depends on future agreements and could face delays, cost overruns, and supply-chain constraints.

At the Nvidia AI Factory MGX Ecosystem Showcase in Taipei, Taiwan, on May 29, Nvidia CEO Jensen Huang said that to meet the strong demand and support the production ramp for the next-generation Vera Rubin architecture, the company will double its artificial intelligence (AI) supercomputer capacity in Taiwan in 2026. He also thanked supply chain partners, saying he could not do it alone.

Samsung Electronics and SK Hynix dominate the global memory chip market, but their weaker position in automotive memory is drawing new scrutiny as AI data centers absorb more DRAM and NAND supply.

Xintec, TSMC's packaging and testing unit, is preparing for a broader testing-led expansion that could affect global chip supply chains. The company said capacity gains, new equipment spending, and strategic-partner orders may support growth in 2026, even as it continues a gradual shift in its product mix and packaging portfolio.

When Nvidia CEO Jensen Huang stepped off a plane in Taipei on Saturday, May 23, he had already begun documenting the trip on X — night markets, fried food, and family. By the time he hosted more than 30 executives at a brick-walled restaurant six days later, the week had traced something much larger than a Computex schedule. It had mapped, dinner by dinner and post by post, the anatomy of the world's most consequential AI supply chain.

The building where Saeed Amidi runs his global venture empire was once one of the most important semiconductor facilities on the West Coast. Philips Electronics operated a fabrication plant here in Sunnyvale, California, employing 8,000 people at its peak. Then, like much of America's chip manufacturing base, it moved to Asia — to Taiwan, to Korea, to the supply chains that would come to define the global electronics industry for the next three decades.

Generative AI, HPC, and large data centers are raising demand for chips with higher power efficiency, stronger thermal control, and denser packaging, making advanced packaging a more strategic part of the semiconductor supply chain. In China, panel-level packaging (PLP) is gaining traction for its larger format, higher output, and lower-cost potential.

Airoha Technology is sharpening its strategy around global networking and edge AI chips, aiming to expand its customer base and strengthen its competitive moat. The MediaTek subsidiary is targeting infrastructure, audio, and positioning markets with products already shipping, in production, or advancing through development milestones that could matter to users and operators worldwide.