India's outsourced semiconductor assembly and test (OSAT) sector has moved from inaugurations to its first export shipments. The challenge now is scale. The new plants are small, still lean on foreign engineers and partners, and the government's second subsidy round offers less support for conventional packaging than the first. Japanese chipmakers are among the earliest customers, but they are spreading work across several Indian partners rather than building their own plants.
As AUO deepens its push into co-packaged optics (CPO), its subsidiary Darwin Precisions is also exploring opportunities in the semiconductor sector, leveraging its expertise in precision and ultra-precision machining and precision molds.
Malaysia's plan to climb the semiconductor value chain is colliding with two constraints: a shortage of land in Penang, the heart of its chip industry, and mounting pressure to pick sides in the US-China technology contest. Off Penang's coast, developers are reclaiming a 2,300-acre Silicon Island from the sea to give the cluster room to expand, even as Washington presses Kuala Lumpur to police advanced chip flows and Chinese-linked firms are setting up in the state to reduce their exposure to scrutiny of China-origin goods.
Episil Technologies Chairman Rex Hsu said overall demand has gradually recovered following an industry downturn, with silicon carbide (SiC) capacity utilization rebounding sharply from approximately 30% in the first half of 2026 to around 90% currently. Meanwhile, production capacity for gallium nitride (GaN) and silicon-based transient voltage suppressor (TVS) diodes has reached full utilization.
Huawei rotating chairman Eric Xu said he believes the company's Ascend AI chips have surpassed Nvidia in market share in China, but that domestic demand still cannot be fully met. He added that Huawei has no plan to broadly expand overseas at this stage, according to reports from Ijiwei, Sina Finance, and other sources.
Major technology companies are increasingly turning to private credit and other forms of debt to fund the enormous cost of AI infrastructure, as demand for computing capacity pushes traditional financing channels to their limits. According to The Wall Street Journal, Broadcom is working to arrange more than US$50 billion in financing for custom AI chips it is developing with OpenAI, while Oracle is discussing financing with Apollo and Goldman Sachs for a major chip purchase. SpaceX has also held talks with lenders over a potential US$40 billion financing package for Nvidia chips.
Wolfspeed has received a conditional commitment for up to US$1.5 billion in long-term financing from the US Department of War to expand domestic production of silicon carbide (SiC) materials and wide-bandgap power devices, strengthening its focus on defense and other strategic applications.
Huawei executive director and consumer business group chairman Richard Yu said at a recent media roundtable that the company has worked with China's supply chain since US export controls were imposed in 2019 to build an independent supply system spanning chips, operating systems, basic software, and materials. He said Huawei has now essentially broken free from dependence on US technology.
Elon Musk has moved to quell uncertainty over Intel's position in the Terafab chip project, stressing that his companies will build and operate the planned semiconductor complex themselves while limiting any potential TSMC involvement to subleasing part of the site.
Before generative AI rose and Nvidia GPUs came to dominate the market, the central processing unit (CPU) was the main compute engine for servers. Now, as the personal AI agent boom gathers pace, CPUs are drawing renewed attention for their role in AI — a trend that is giving Advanced Micro Devices (AMD) powerful growth momentum.
Sino-American Silicon Products (SAS) is expanding its renewable energy business through a dual-track strategy focused on manufacturing and services, amid the explosive growth in demand for artificial intelligence (AI) computing power. Not only is this driving up power consumption at data centers and advanced manufacturing facilities, it is also fueling urgent demand from companies for green power, energy storage, and energy management services.
GlobalWafers' September and third-quarter sales showed a mixed picture for the semiconductor materials supplier, with artificial intelligence (AI)-related demand helping offset a lingering hit from the Novara fire and broader near-term capacity constraints. The company also highlighted stronger momentum at several overseas plants and a recent capital raise that should support future expansion.
Samsung Electronics has become the first South Korean company to clear KRW100 trillion in operating profit in a single quarter, a milestone that shows how heavily the company now leans on a memory market where, by analysts' reckoning, suppliers hold pricing power. The open questions are whether high-bandwidth memory (HBM) contracts can extend that run into 2027, and how long the company's consumer-device arm can absorb the rising component costs that the same boom creates.
Tokyo Electron (TEL) could post an operating profit of about JPY1 trillion (approx. US$6.32 billion) for the fiscal year ending March 2027, up roughly 60% from JPY624.9 billion a year earlier, which would be a record for the Japanese semiconductor equipment maker, Nikkei reported on October 6.
An investigation by a South Korean lawmaker's office revealed that former Samsung Electronics and SK Hynix personnel who transitioned to Chinese DRAM maker ChangXin Memory Technologies (CXMT) spanned key stages of semiconductor development and mass production, including circuit design, process integration, and defect analysis. The group notably included engineers with experience in high-bandwidth memory (HBM) design and advanced packaging.
Intel will keep working with Elon Musk on Terafab, according to Bloomberg. Intel CEO Lip-Bu Tan stated that the company will stay involved in Musk's plan to make cutting-edge chips. Musk, meanwhile, said TSMC's role would be limited to subleasing space at most.
Towa plans to build a new factory in Kyoto Prefecture to produce assembly and packaging equipment for advanced semiconductors used in artificial intelligence applications.
Huawei is backing near-packaged optics (NPO) rather than co-packaged optics (CPO) for its next-generation AI infrastructure, arguing that NPO offers a better balance of cost, manufacturability, reliability and serviceability as optical interconnects move deeper into large-scale AI clusters.
Dassault Systèmes is pitching its virtual twin software as the link between India's chip design base and the factories and packaging plants now being built under the country's semiconductor mission. The French industrial software company is offering tools that simulate production before anything is built, as the government's Semicon 2.0 program widens support beyond fabrication to design, research, and talent.
The traditional market divide between the third-generation semiconductors gallium nitride (GaN) and silicon carbide (SiC) is seeing greater overlap in 2026, with SiC increasingly encroaching on GaN's territory.
India's young chip industry is becoming a contest among the world's largest semiconductor equipment makers, with Canon the latest to declare its interest. The race remains at an early, positioning stage, however, and has so far produced few confirmed orders.
Hua Yang Precision Machinery has teamed up with Zeiss to launch COSMA-M, a high-precision measurement system aimed at the semiconductor metrology market as demand surges from AI, high-performance computing (HPC), and advanced packaging.
TSMC has not officially announced anything, but Taiwan's semiconductor facility engineering supply chain is already rushing to Texas after reports that the company is discussing a collaboration with Elon Musk's "Terafab" plan. DYC chairman Chung-Ping Hsieh said his company only received the news last week and has already begun mapping out a Texas strategy, while some faster-moving Taiwan contractors have even set up local offices.
AMD CEO Lisa Su said the company plans to further increase investment in Taiwan's semiconductor supply chain as demand for CPUs, GPUs, and AI computing continues to outpace available capacity.
