Taiwan Semiconductor Manufacturing Co (TSMC) has commenced mass production at its first factory in Kumamoto Prefecture, Japan. The facility manufactures 12 to 28-nanometer chips used in cars and image sensors, serving clients such as Sony Group and Denso Corp. Strengthening supply chains for critical goods is a priority for Japan, which views domestic chip production as vital for economic security amid geopolitical tensions.
TSMC plans a second factory in Kumamoto to produce advanced 6-nanometer chips, with construction set to begin by March 2025 and operations expected by late 2027. The Japanese government has pledged over 1 trillion yen in subsidies to support these initiatives, highlighting the strategic importance of reducing dependence on Taiwan’s chip supply.
Kumamoto Governor Takashi Kimura has also urged TSMC to consider a third plant in the prefecture, reflecting the region’s commitment to becoming a hub for semiconductor production. These developments underscore Japan’s determination to secure its technological future.
China’s semiconductor industry has seen a significant rise in merger and acquisition (M&A) activity in 2024, with 31 deals disclosed so far. Over half were announced after September, signalling a surge in activity during the latter part of the year. Nearly half of these transactions focused on semiconductor materials and analog chips, key areas driving innovation and growth.
Notable companies in the analog chip sector, such as Convert, Halo Microelectronics, BPS, and Novosense, played pivotal roles. For instance, BPS acquired controlling shares in Convenient Power to strengthen its power management chip offerings. This move highlights the growing synergy in product lines for mobile and automotive applications while expanding customer bases and supply chain networks.
Semiconductor materials companies also showed robust activity, with seven deals disclosed. Transactions included upstream silicon wafer manufacturers like Li-on and TCL Zhonghuan, as well as raw material providers such as Grandit. JCET, a major semiconductor packaging firm, made headlines with its acquisition of SanDisk Semiconductor and its subsequent control transfer to China Resources Group.
Digital circuits lagged behind in M&A activity, recording only two transactions. Among these, GigaDevice secured a 70% stake in Xysemi for RMB 580 million. Analysts note the dominance of analog chips and materials in reshaping China’s semiconductor industry.
A German court has ordered Signify, the world’s largest lighting maker, to recall and destroy certain products sold since 2017, citing patent infringement claims made by Seoul Semiconductor, a South Korean firm. The Düsseldorf court also ruled that Signify could face fines of up to €250,000 ($259,925) for each violation of the order, according to a statement from Seoul Semiconductor.
Signify, headquartered in the Netherlands and spun off from Philips in 2016, has not yet responded to requests for comment. The court ruling adds to the challenges faced by the company, which has a global reputation in the lighting industry.
Seoul Semiconductor, a leader in light-emitting diode (LED) technology, invests heavily in innovation, allocating about 10% of its revenue to research and development. The company boasts a portfolio of over 18,000 patents and has pursued legal action against multinational corporations to protect its intellectual property rights.
The Biden administration has initiated a trade investigation targeting Chinese-made legacy semiconductors, which power everyday goods like cars and telecom equipment. This ‘Section 301’ probe aims to address concerns about China’s state-driven expansion in chip manufacturing, which US officials warn could harm American semiconductor producers. Departing President Joe Biden had already imposed a 50% tariff on Chinese semiconductors, set to take effect 1 January, while tightening export controls on advanced AI and memory chips.
Commerce Secretary Gina Raimondo revealed that Chinese legacy chips account for two-thirds of semiconductors in US products, with many companies unaware of their origin—a finding she called alarming, particularly for the defence industry. US Trade Representative Katherine Tai stated that China’s subsidised chip pricing threatens global competition, enabling rapid capacity growth and undercutting market-oriented producers.
China’s commerce ministry has criticised the probe, calling it protectionist and a potential disruptor to global supply chains. Meanwhile, a public hearing on the issue is scheduled for March, with the probe expected to conclude within a year. The investigation follows the COVID-19 pandemic’s impact on semiconductor supply chains, prompting the US efforts to bolster domestic chip production with $52.7 billion in subsidies.
As the Biden administration transitions to President-elect Donald Trump’s leadership in January, this probe may offer Trump an opportunity to escalate tariffs on Chinese imports, echoing the trade practices he implemented during his prior term. Critics, including the US tech industry, have urged officials to approach the investigation collaboratively to avoid further disruption.
Samsung Electronics, Texas Instruments, and Amkor Technology are set to receive a combined $6.75 billion in chip manufacturing incentives from the US Commerce Department. The funding aims to bolster domestic semiconductor production and strengthen the supply chain.
Samsung will receive up to $4.745 billion, slightly reduced from the initial $6.4 billion estimate, reflecting scaled-down investment plans. The South Korean tech giant plans to invest $37 billion by 2030 to build chip production facilities, a research centre, and a packaging site. These projects are expected to solidify the US as a hub for advanced semiconductor manufacturing.
Texas Instruments has secured up to $1.61 billion for expanding its chip production facilities in Texas and Utah. The company is investing over $18 billion through 2029, creating 2,000 manufacturing jobs. Amkor Technology will receive $407 million to help build a $2 billion semiconductor packaging plant in Arizona, its largest in the US. This facility will cater to chips for autonomous vehicles, 5G/6G, and data centres.
These awards form part of a broader $39 billion subsidy programme for domestic semiconductor manufacturing. Over $33 billion of the allocated funding has now been finalised, with the US positioned as the sole nation hosting all five leading-edge chipmakers.
The UK’s Competition and Markets Authority (CMA) has voiced concerns over Synopsys’ proposed $35 billion acquisition of Ansys, claiming the deal could harm innovation, reduce product quality, and increase costs in the semiconductor design and light-simulation software markets. The regulator fears diminished competition could negatively impact UK businesses and consumers, particularly in sectors such as artificial intelligence and cloud computing, which rely heavily on semiconductor technology.
Synopsys, a leader in chip design software, announced the acquisition in January, aiming to combine its tools with Ansys’ diverse software offerings, used in industries ranging from aerospace to consumer goods. However, the CMA has highlighted risks of reduced consumer choice and a potential stifling of advancements in the sector. If these concerns are not adequately addressed, the regulator may initiate an in-depth investigation into the merger.
In response, Synopsys has proposed selling its optical solutions business to Keysight Technologies, a move it believes will satisfy the CMA’s concerns. A company spokesperson expressed confidence in resolving the regulatory hurdles and expects the deal to close in the first half of 2025. The CMA’s final decision could shape the future landscape of competition in the semiconductor and simulation software industries, as global demand for advanced technologies continues to grow.
China has enacted new regulations asserting state ownership over rare earth materials, critical for semiconductor production, with a rule effective from October 1. Additionally, on December 3, the Ministry of Commerce announced a ban on the export of dual-use items such as gallium, germanium, and antimony to the US. These moves are expected to impact industries reliant on these materials, especially solar cell production and semiconductor manufacturing.
As the world’s largest supplier of rare earths, China has long dominated the market due to its lax environmental regulations, which allow for large-scale extraction and refining. However, with many countries looking to reduce their dependency on China, the long-term effectiveness of these export restrictions may diminish. Nations like the US and Australia are expanding their rare earth production lines, and efforts to recycle rare earth materials are also gaining traction.
Despite these efforts, challenges remain in replicating China’s refining capabilities, as many countries are limited by technical and environmental obstacles. Notably, the US has partnered with Australia’s Lynas Corporation to build a rare earth extraction facility, aiming to strengthen its supply chain.
The future of the rare earth market may shift toward the development of substitute materials, although creating viable replacements is a time-consuming process. In this ongoing battle, China has already secured patents for some high-performance materials that could serve as alternatives, indicating that the competition could soon turn to technological innovation and patent rights.
The US Department of Commerce has asked Nvidia to investigate how its AI chips ended up in China despite ongoing export restrictions, The Information reported. In response, Nvidia has called on major distributors like Super Micro and Dell to conduct customer inspections in Southeast Asia. Nvidia chips, embedded in server products, have allegedly been smuggled to Chinese entities through various schemes, including duplicating or altering serial numbers.
Super Micro and Dell stated they strictly enforce export regulations and will terminate relationships with partners who violate these controls. Super Micro also confirmed it investigates unauthorised exports and complies with all US export laws.
These developments come as the Biden administration intensifies its crackdown on chip sales to China. Despite the broadened restrictions on high-end AI chips in 2023, Chinese institutions reportedly acquired Nvidia chips through resellers. Earlier this month, the US further limited semiconductor exports to 140 additional companies, underscoring efforts to control the flow of advanced technology to China.
The US Commerce Department has finalised a $458 million grant for SK Hynix to support an advanced chip packaging plant and AI research facility in Indiana. The South Korean company, a key supplier for Nvidia, plans to invest $3.87 billion in the project, which will produce high-bandwidth memory chips used in AI systems. The government will also provide $500 million in loans as part of the deal.
The Indiana facility is expected to create 1,000 jobs and strengthen the US semiconductor supply chain. SK Hynix’s CEO, Kwak Noh-Jung, highlighted the importance of building a resilient AI chip infrastructure in the United States. This grant is part of the $39 billion program approved by Congress in 2022 to boost domestic semiconductor production.
The Commerce Department has issued grants to major chipmakers like Intel, Micron, and TSMC. With the SK Hynix deal complete, only Samsung’s $6.4 billion award remains pending. The initiative aims to bolster US leadership in semiconductor technology and reduce reliance on foreign manufacturing.
A coalition of Dutch technology firms, including chip equipment maker ASML, has announced plans to contribute approximately $230 million towards infrastructure development in Eindhoven, one of Europe’s fastest-growing technology hubs. This initiative aligns with the Dutch government’s “Operation Beethoven,” a €2.5 billion programme aimed at improving housing, transport, education, and electricity in the region.
The corporate funding will complement public investment, supporting projects coordinated by the regional development agency Brainport. Willem van der Leegte, CEO of manufacturing giant VDL Groep, a key ASML supplier, emphasised the mutual benefits of the collaboration, stating, “What is good for the region is good for the companies, and vice versa.” Other prominent contributors include chipmaker NXP and health technology firm Philips.
Eindhoven’s rapid growth as a technology hub has placed increased demand on local infrastructure. By joining forces, public and private sectors aim to create sustainable development that supports both the region’s workforce and the companies driving innovation.
