Demand for AI and high-performance computing (HPC) continues to drive semiconductor process development, with advanced nodes and advanced packaging entering a new cycle of capacity expansion. Gudeng chairman Bill Chiu said on August 31, 2026, that the company's advanced packaging business is expected to post double-digit revenue growth from 2027 as global demand continues to expand.

Marvell said on its fiscal second-quarter of 2027 earnings call that customers are actively planning to deploy scale-up optical solutions as early as 2027, with demand for near-package optics (NPO) now revised higher. The company said copper cabling is increasingly constrained by distance and bandwidth limits as computing systems grow larger, pushing customers to raise the share of optical transmission in their designs.

TSMC is sharpening its silicon photonics (SiPh) roadmap to address the widening gap between AI compute growth and chip-to-chip data movement, unveiling two bandwidth-scaling paths for its next-generation COUPE platform and outlining a broader role for heterogeneous integration in future co-packaged optics.

Silicon photonics (SiPh) will become mainstream in 2027, with market share topping 50%, as AI scale-out drives explosive growth in optical transceiver demand, said K.C. Hsu, TSMC's advanced packaging technology development vice president, at the Silicon Photonics Global Summit ahead of SEMICON Taiwan 2026 on August 31.

Gudeng Precision Industrial chairman Bill Chiu said on August 31, 2026, that trust is the core foundation of Taiwan's place in the global supply chain, as he commented on sensitive issues including alleged country-of-origin labeling violations involving PCB maker Unimicron. He said Taiwanese firms gain opportunities in global markets because of Western customers' trust, warning that undermining that trust would be self-defeating.

On August 26, the Shanghai municipal government released its 15th Five-Year Plan for the Development of Strategic Emerging Industries, setting a target for added value in strategic emerging industries to reach CNY2.1 trillion (approx. US$312.5 billion) by 2030. The plan puts ICs, biopharmaceuticals, and artificial intelligence (AI) at the center of the city's industrial strategy, while shifting policy focus from expansion to higher-value areas such as advanced chips, advanced packaging, industrial software, and critical materials.

Co-packaged optics (CPO) is emerging as a critical next-generation technology for AI infrastructure, but unless South Korea strengthens its integration and validation capabilities, it risks being left with component-level capabilities while overseas players retain control of platforms and higher-value parts of the ecosystem.

Seven Chinese silicon wafer producers reported first-half 2026 results in the second half of August, indicating an uneven sector recovery. Several semiconductor-grade wafer makers swung from losses to reported profits, though how much of that improvement came from core operations rather than one-off items varies widely by company. The two solar-wafer producers in the group, meanwhile, remain far deeper in the red amid a separate, unrelated downturn.

Taisic Materials, a subsidiary of Kenmec Mechanical Engineering, has successfully produced Taiwan's first 12-inch silicon carbide (SiC) boule using a crystal growth furnace independently developed by Kenmec.

Semiconductor investment, AI chips, advanced packaging and data center infrastructure dominated the week, with South Korea facing US pressure, India scaling chip manufacturing, and Apple, Qualcomm, MediaTek and Taiwan suppliers advancing new AI and 2nm strategies. Below are the most-read DIGITIMES stories from the week of August 24-30, 2026.

Taiwanese investment projects announced or under implementation in France are worth about EUR7.5 billion (approx. US$8.7 billion), according to the French Office in Taipei, led by ProLogium's battery project and Foxconn's expansion into advanced semiconductor packaging and AI infrastructure.

India's semiconductor ambitions are expanding from packaging and testing to chip design, materials, mobile devices and data centers. New investments by CG Power, Infineon, Foxconn, Samsung and LG highlight rising industrial activity, while skills shortages, environmental constraints and import dependence remain challenges. Government incentives increasingly seek deeper domestic capabilities and higher value creation.

Can Xiaomi's in-house chip reach 2nm? Is HBM rerouting to Malaysia TSMC giving Intel a pass? Can Nvidia hold a 75% gross margin or protect market share? Ahead of Apple's September 10 event, the pre-event technology lull was anything but quiet, and DIGITIMES analyst Luke Lin broke down three stories and the industry logic behind them.

As artificial intelligence (AI) chips continue to scale up in physical size, semiconductor competition is rapidly extending beyond front-end node scaling into advanced packaging. The South Korean semiconductor industry is eyeing glass substrates as its next major breakthrough, aiming to shore up its lagging packaging ecosystem and secure greater influence in AI accelerators, high-bandwidth memory (HBM), and system-on-chip integration markets.

Buried in 238 pages of targets and inventories are the things nobody puts in a press release: a formal corporate policy on shoe soles, a fish that lives in a fab, a lizard evacuation in Germany, and a workforce that is quietly out-reproducing the rest of Taiwan by a factor of four. Nine small stories from the world's most important chipmaker.

The four major US cloud service providers (CSPs) have already rewritten their 2026 capital expenditure records, and ASIC vendors are increasingly confident that demand will remain strong through 2028 as customer spending and supply-chain visibility both extend farther out.

China's AI investment boom is translating into sharply higher semiconductor profits while accelerating a longer-term expansion of domestic advanced-node capacity, memory production and chipmaking equipment.

Samsung Electronics' packaging technology lead, Lee Hee-seok, outlined the company's advanced semiconductor packaging roadmap at Advanced Semiconductor Packaging & Chiplet Show (ASPS) 2026. Beyond sharing target production timelines and specifications for fan-out panel-level packaging (FOPLP) and glass substrates, Lee emphasized AI's pivotal role in driving packaging R&D forward.

Compound semiconductor supply-chain players say China has recently eased some substrate export controls, but the upgrade of high-frequency transmission in AI data centers toward 200G and 400G has made optical communications a key technology breakthrough, creating a severe indium phosphide (InP) substrate shortage and sparking a trend toward signing long-term contracts and locking up capacity to secure stable supply.

Nvidia reported revenue of US$96.221 billion in the second quarter of fiscal 2027, more than doubling from a year earlier and underscoring the global rush to build AI infrastructure and expand computing power. The results also signal a continued boost for Taiwan's suppliers as hyperscalers shift purchases from Blackwell to Blackwell Ultra and Vera Rubin.

Surging AI chip demand continues to outstrip TSMC's advanced packaging capacity. At the same time, massive AI server shipments are driving up demand for CPUs, networking equipment, power management ICs (PMICs), and peripheral silicon, rapidly soaking up traditional packaging capacity. IC design insiders reveal that several outsourced semiconductor assembly and test (OSAT) providers have already warned clients that traditional packaging capacity could face a deficit exceeding 20% by 2027. New capacity cannot be added quickly enough, with the supply of wire bonding equipment emerging as the primary bottleneck.

Vanguard International Semiconductor said a fire broke out late on August 27 on the roof of its Wafer Fab 3 in Taoyuan City, Taiwan, but the incident caused no major impact on production line operations. The company said it activated emergency procedures immediately and evacuated employees from the plant.

Lam Research has begun work on a new Oregon research lab as part of a more than US$3 billion global investment aimed at speeding development of advanced AI chips. The expansion could affect semiconductor supply chains, innovation timelines, and manufacturing capacity for companies and consumers worldwide as demand for faster, more efficient computing rises.

Renesas Electronics has opened a physical AI and robotics lab in Beijing, a move that could speed the development of safer, smarter machines for factories, logistics, and homes worldwide. The facility is designed to help customers test, validate, and co-develop robotic systems as physical AI shifts from concept to real-world deployment.