Xunfei Healthcare (iFLYTEK Medical), the healthcare AI arm of China's iFlytek, is using its Spark Medical Large Model to support diagnosis and medical record generation while tackling challenges including clinical workflow integration, differences in care settings, and model hallucinations. It also hopes to bring its experience from China to South Korea through local partnerships.
GMI Cloud is making Taiwan a key part of its global AI infrastructure expansion, with a US$500 million investment in an AI factory powered by Nvidia's Blackwell GPUs. Announced in late 2025, the facility is expected to deploy roughly 7,000 GPUs and serve customers including Trend Micro and Wistron.
India's new semiconductor incentive regime is putting more capital at risk for manufacturers, but the first wave of investment commitments suggests lower subsidies have not stopped companies from considering fresh projects.
Advanced packaging remains one of the semiconductor industry's hottest technology areas in 2026. In Taiwan, terms such as co-packaged optics (CPO), chiplets, and glass substrates are increasingly common as packaging moves deeper into system-level design.
The global surge in AI demand is accelerating change across the semiconductor industry, and as Moore's Law scaling faces physical limits, chipmaking is no longer only about shrinking transistors. The industry is moving toward a "shrink and stack" model that combines continued scaling with increasingly complex 3D integration.
As artificial intelligence applications accelerate, surging global semiconductor demand is pushing advanced packaging, co-packaged optics (CPO), glass core substrates (GCS), and fan-out panel-level packaging (FOPLP) to the forefront of industry attention. Corning is expanding its footprint across the semiconductor supply chain by leveraging its core strengths in advanced glass formulations and optical fiber technologies, collaborating closely with value-chain partners to navigate next-generation technological shifts.
"He practically created a new era—the age of AI," Mou-Shiung Lin said of Nvidia CEO Jensen Huang. Yet, the early TSMC executive describes the methodology behind that success in blunt terms: it is "violent."
Advanced packaging is stretching semiconductor inspection in two directions at once: packages are getting larger while the features inside them are getting smaller.
Advanced packaging is reshaping the semiconductor value chain, making materials innovation a key source of technical breakthroughs. As large-format panel-level packaging (PLP) gains traction, Resonac CTO for semiconductor materials Hidenori Abe told DIGITIMES that the company sees five major materials challenges: warpage, plating, coating, bonding, and polishing.
WG Tech (Jiangxi) Group is accelerating its shift from display glass into semiconductor applications, targeting through-glass via (TGV) substrates for optical communications and advanced packaging as AI demand expands.
Infineon COO Alexander Gorski told DIGITIMES in an exclusive interview at SEMICON Taiwan 2026 that the company's new Dresden fab is ramping at twice the pace of prior expansions, boosted by AI tools and a single virtual fab strategy. He said the facility could reach full capacity in two to three years as demand from the market and from AI takes off.
Infineon COO Alexander Gorski told DIGITIMES in an exclusive interview at Semicon Taiwan 2026 that the current global chip shortage is unlike the one during Covid-19 and will take longer to resolve. He also discussed progress on Infineon's new Dresden plant, in-house manufacturing, outsourcing, and the company's global footprint.
"Demo is not a product," Jingwei Hirain president Chengjian Fan told DIGITIMES in an interview, arguing that China's new-energy vehicle industry has learned hard lessons as fast-moving startups, deep in-house development, and tougher supplier scrutiny reshape the market. He said software demand has increased more than tenfold compared with the internal combustion engine era, while the fastest mass-production delivery cycle in China has been as short as 12 months.
Excitement is growing among investors and the public over the rising capabilities of humanoid robots. Yet as robot makers seek to turn their lab-built innovations into real-world commercial tools, one key bottleneck has emerged: safety.
As global net-zero efforts intensify, governments and major technology companies are investing in emerging nuclear technologies to meet the huge electricity demand from AI data centers and the semiconductor industry. Because nuclear power offers zero-carbon emissions, small modular reactors (SMRs) are drawing growing attention as a potential new power solution in the AI era.
