Taiwanese petrochemical maker Grand Pacific Petrochemical (GPPC) announced it has joined Japanese industrial gas manufacturer Air Water (AWI) in a capital increase for semiconductor specialty gas producer Hong-Kuang Hi-Tech (HK Hi-Tech). The move marks their entry into Taiwan's semiconductor specialty materials market as part of a joint Taiwan-Japan effort to develop the local industry.

Powertech Technology (PTI) is preparing to move its fan-out panel-level packaging (FOPLP) technology into mass production by mid-2027. AMD and Broadcom are backing demand, and most of the planned capacity has already been booked, as the Taiwan-based OSAT supplier builds a second growth engine around advanced packaging and optical integration.

Google and MediaTek are moving toward advanced packaging diversification, as Intel's embedded multi-die interconnect bridge (EMIB) gains traction after Google's TPU was confirmed to adopt the packaging technology. The shift is fueling expectations that more advanced packaging orders could move to Intel, while TSMC's chip-on-wafer-on-substrate (CoWoS) remains tight on capacity.

CG Power and Industrial Solutions is targeting 70% utilization at its larger semiconductor packaging facility within about four years, with the unit potentially generating around US$500 million in annual revenue once it reaches scale, according to CNBC.

Hermes Testing Solutions (HTSI) said revenue for the first seven months of 2026 reached NT$2.7 billion (US$83.8 million), up 128.2% year-over-year and already exceeding its full-year 2025 scale, as AI and high-performance computing (HPC) applications continue to drive demand for high-end chip testing. The semiconductor wafer test solutions provider said it expects stronger operations in the second half of 2026 and sees growth momentum extending through 2027, 2028, and even 2029.

Nvidia is aggressively expanding into open-source models and positioning itself as the world's largest open AI contributor, as CEO Jensen Huang reshapes the company from a supporter of the open AI ecosystem into a builder. The company recently spent US$6 billion to license Poolside's technology and hire about 100 of its engineers, adding momentum to the US open-model push.

China's contract chipmakers spent the first half of 2026 proving something narrower than the headlines suggest. They demonstrated that domestic fabs can run at full capacity, raise prices, and earn money at mature nodes, largely on the strength of Chinese customers buying Chinese wafers. What the same results do not show is a country that has closed the gap where the gap actually binds — lithography, high-end metrology, and the leading edge.

Ligitek Electronics, a Taiwan-based LED packaging maker, has expanded in recent years into semiconductor system-in-package (SiP) and silicon photonics. The company said AI-related products accounted for about 45% of its revenue in the first half of 2026. Ligitek is targeting a 200G-per-lane architecture, bypassing the mainstream 800G specification to move directly into 1.6T optical engine modules, with small-volume shipments expected as early as the fourth quarter. The company plans to push further into higher-end 3.2T module development.

Rising gold prices are squeezing Samsung Electronics' entry-level smartphone supply chain, with South Korean media reporting that back-end packaging and testing orders for display driver ICs (DDIs) used in the Galaxy A1 series OLED panels have moved from South Korea's LB Semicon to Taiwan's Chipbond Technology to ease manufacturing cost pressure.

Beijing is extending artificial intelligence deeper into semiconductor production, targeting chip design, wafer fabrication, packaging, testing, equipment, and materials under what local authorities describe as China's first dedicated "AI4Chip" policy.

Morgan Stanley said TSMC's advanced packaging allocation is expected to shift in 2027, as processor demand tied to agentic AI lifts AMD's CoWoS usage and reduces Nvidia's share. The report, cited by Wccftech, attributed the shift to TSMC's rising capacity amid expanding industry-wide demand.

The first-half 2026 accounts now on file from China's listed semiconductor equipment makers describe an industry that has largely settled the question of whether domestic tools can be built and has moved on to a harder one: whether they can be built profitably. Nine of the ten grew revenue by between 13.9% and 49.1% year on year. Gross margins mostly did not follow, and the two largest reported profit jumps turn out, on inspection, to rest heavily on items unrelated to selling equipment.

Naura Technology Group posted faster revenue growth than profit in the first half of 2026, with stronger semiconductor equipment sales offset by heavier R&D spending, higher sales costs and weaker gross margins.

The Taiwan-based National Synchrotron Radiation Research Center (NSRRC), supported by top scientists including Nobel chemistry laureate Yuan-tseh Lee, held a celebration event on August 25 to mark the 10th anniversary of the Taiwan Photon Source (TPS).

Apple on Aug. 25 introduced M6 in a new Mac mini and M5 Ultra in a new Mac Studio, framing both chips around AI compute and memory bandwidth rather than conventional CPU headline numbers. The more consequential detail is that M6 is Apple's first 2-nanometer part — putting a Mac, not an iPhone, at the front of the node transition.

India's semiconductor expansion is beginning to expose a shortage of engineers with experience in production testing, a capability that will become increasingly important as new OSAT plants and fabs move toward manufacturing, executives at Emerson's NI test and measurement business said.

Eternal Materials said July marked the start of its traditional peak season, with stronger shipments across its three main business units lifting monthly revenue to NT$4.093 billion (US$128.5 million). That was up 23.86% from a year earlier and 6.82% from June, as demand from the electronics supply chain continued to support sales.

Samsung Electronics and Intel are pushing into each other's core businesses as AI semiconductor competition shifts from individual chips to full-system integration. South Korean reports cited by Counterpoint Research said Samsung is using high-bandwidth memory (HBM) to strengthen its foundry business, while Intel is expanding from logic chips and foundry services into memory through advanced packaging and system-level technologies.

China accounts for more than 70% of the world's primary indium output but only about 10% of finished indium phosphide substrates, leaving a gap between its strength in raw materials and the qualified wafer capacity increasingly needed for AI data-center optics.

As China enters a near-frenzied state of continuous production-capacity expansion, it is easy to see that the main driver behind these aggressive, purpose-built movements in the domestic chip-manufacturing space is rooted in a national need to maintain sovereign control over critical process nodes, where access to the surrounding supply chain has proved increasingly constrained.

Samsung Electronics commercialized fan-out panel-level packaging (FOPLP) before rivals, using the technology in mobile and wearable chips and now preparing to extend it into AI and high-performance computing. But the next phase of PLP competition may depend less on who moved first than on which rectangular panel format equipment makers, materials suppliers and OSATs ultimately build around, and activity around 310×310mm is growing in Taiwan.

Samsung Electronics has begun asking semiconductor equipment suppliers to complete safety-compliance groundwork for a second foundry fab in Taylor, Texas, months before construction is scheduled to begin, according to ZDNet Korea.

Intel's long-running lead in x86 processors slipped below a major threshold in the second quarter of 2026, even as AI infrastructure spending helped support demand. New market data showed Intel's combined share of PC and server x86 CPU shipments fell to 69.3%, its lowest level since 1995, while Advanced Micro Devices (AMD) climbed to a record 30.7%.

Nexperia China is accelerating its separation from the Dutch chipmaker's traditional European manufacturing network, raising the prospect that one of the world's largest suppliers of automotive and industrial semiconductors could operate through increasingly distinct China- and Europe-based supply chains.