Huawei's Kirin 9050 Pro has been fully broken down by Chinese and overseas researchers, giving the market a closer look at the company's "LogicFolding" approach. Analysis from Geekerwan and die-shot images posted by Kurnal Insights show that the flagship SoC in the Huawei Mate 90 Pro Max uses two vertically stacked dies rather than a traditional single-plane chip design.

Jedec released a new standard for silicon photonics (SiPh) testing and manufacturing controls to promote consistent reliability practices. The standard comes as SiPh experiences rapid growth due to its potential to replace copper interconnects amid AI infrastructure demand surges.

Da Yi Cheng Technology (DYC) has rapidly expanded in recent years, benefiting from the global semiconductor capacity expansion wave, which has driven demand for second-phase electrical and mechanical installation work. The company is now applying its experience in the US, Japan, Germany, and Singapore.

Semiconductors and AI data centers share a striking number of similarities.

Samsung Electronics has set up a Quantum Design Lab in the Boston area of Massachusetts and started hiring for it, marking a new phase in the company's push into quantum computing. The effort places the South Korean tech giant closer to US research hubs and signals a broader attempt to connect semiconductor expertise with quantum development.

Companies in the Southern Taiwan Science Park (STSP) posted record revenue of NT$2.495124 trillion (US$78.59 billion) in the first eight months of 2026, up 36.5% from a year earlier, according to the STSP Bureau. The bureau said the growth reflected the global AI boom and the park's expanding role in the high-tech supply chain.

AMD CEO Lisa Su arrived in Taiwan on October 5 for a lightning visit, less than five months after her May trip. No major public events are scheduled, but meetings with key suppliers are planned. Industry sources said her core mission was to meet TSMC and, more importantly, to coordinate capacity with packaging, testing, and substrate suppliers that are facing tight supply and rising prices.

Researchers in Taiwan are intensifying efforts to turn 2D semiconductor materials from basic science into practical applications, with a series of studies published in Nature. The latest work, published in the October 1 issue of the leading scientific journal, follows another Nature paper published on July 1, 2026, underscoring the push in Taiwan's academia to speed up research in next-generation semiconductors.

Chinese semiconductor manufacturers have stockpiled hundreds of immersion deep ultraviolet (DUV) lithography systems worth billions of dollars in recent years, prompting a Washington think tank to call for tighter export controls on equipment that could still support advanced chip production.

Prices for low-cost 6-inch silicon carbide (SiC) substrates, after years of capacity expansion and brutal price wars, are now showing clear signs of bottoming out in the second half of 2026. The cheap material has also unleashed wave after wave of demand, with China's domestic stimulus tightening SiC wafer fabrication capacity and spilling over into Taiwan's supply chain.

The resilience of global goods trade amid tariff escalation and an energy shock is real, but it rests on a narrow base. A breakdown of ITC Trade Map export data shows that a handful of AI hardware categories, led by servers, processors and memory chips, account for well over a third of the growth in world exports, and that the gains are flowing overwhelmingly to a small group of East Asian exporters and their North American customers.

As Elon Musk's Terafab ambitions advance, the realities of modern silicon manufacturing become increasingly apparent, prompting Musk to enter talks with industry mainstays like Intel and TSMC for assistance.

Recent reports citing Anthropic's IPO filings show that Broadcom has agreed to provide up to US$42 billion in convertible-note financing to help fund the AI company's infrastructure spending, with Anthropic expected to become Broadcom's largest compute customer in 2027.

In a major effort to rebuild its national semiconductor industry, Japanese contract chipmaker Rapidus plans to partner with 17 domestic and international design firms to broaden its potential customer base and help clients develop proprietary silicon. Established in 2022 to spearhead Japan's return to cutting-edge manufacturing, Rapidus is targeting the commercial production of advanced 2-nanometer logic chips by the second half of fiscal 2027.

Elite Semiconductor Microelectronics Technology (ESMT) reported September consolidated revenue of NT$7.461 billion (approx. US$234 million), up 470.23% from NT$1.308 billion a year earlier but down 5.62% from August. For the first nine months of 2026, revenue reached NT$43.363 billion, up 343.91% year-on-year.

Days after reports emerged that TSMC was reassessing plans for a wafer fab in Texas, Tim Culpan, a former Bloomberg columnist and founder of independent media outlet Culpium, disclosed that the chipmaker is in discussions with Elon Musk's Terafab over potential cooperation.

Micronex Technology plans to build a semiconductor lead-frame factory in Sanand, Gujarat, seeking to localize a packaging component as India expands its chip assembly and testing industry. The startup's agreement with Kaynes Semicon connects the proposed plant to Gujarat's growing semiconductor ecosystem, while similar supplier partnerships elsewhere point to a wider push for domestic materials and components.

Applied Materials and BE Semiconductor Industries (Besi) are expanding their partnership to address the increasingly complex connections between AI chips, extending joint development beyond hybrid bonding into a broader range of packaging technologies. The agreement brings Besi into Applied's Equipment and Process Innovation and Commercialization (EPIC) Center as an Innovation Partner, with the companies seeking to accelerate the transition from research to manufacturing.

Across the week, Taiwan-linked semiconductor groups and their partners continued expanding capacity, while AI demand, export controls, and financing structures shaped the industry outlook. ASML's push to raise EUV output comes as Musk and Huang warn China may narrow the lithography gap by 2030. TSMC is also tied to Texas, Singapore, and Tesla projects, while ASE added test capacity. Meanwhile, a US smuggling case and Broadcom's Anthropic financing highlight growing geopolitical and financial risk.

As the number of AI computing transistors integrated within a single CoWoS package rises rapidly, DIGITIMES observes that moving massive volumes of data to compute chips fast enough is becoming increasingly critical to fully utilizing available computing power.

Nanya Technology is stepping up investment in new factory capacity to expand packaging and testing as some customers move into trial production for specification-based designs. The company said it has won approval from the National Science and Technology Council's (NSTC) park review committee to set up a 3D wafer packaging and testing plant in Pingtung Science Park, aiming to capture demand for high-performance, high-bandwidth memory solutions driven by fast-growing AI applications.

This excerpt from DIGITIMES analyst Luke Lin's podcast looks at TSMC's rumored Texas expansion, Intel's 14A and 18A process debate, and Qualcomm's high bandwidth compute (HBC) push as AI workloads drive demand for hybrid bonding and advanced packaging.

Elon Musk has confirmed that Terafab, the chipmaking venture backed by his SpaceX and Tesla, is in discussions with TSMC. The confirmation followed a report that the Taiwanese foundry is looking at running new chip factories in Texas.