As artificial intelligence and high-performance computing enter a phase of explosive growth, the limitations of traditional chip manufacturing and the slowing of Moore's Law have pushed the semiconductor industry toward a new frontier: advanced packaging technologies. Increasingly, performance gains are no longer coming from silicon alone, but from how chips are assembled and connected

Chinese robotics startup Unitree Robotics has launched its latest humanoid robot, the R1, at just CNY39,000 (US$5,430) — the lowest price to date in China's humanoid robot market. The company is reinforcing China's broader push to bring high-performance, low-cost robots into the consumer mainstream, narrowing the gap between industrial automation and everyday accessibility

With the 2025 OCP APAC Summit set to kick off next week in Taipei, industry attention is turning toward the next wave of AI and high-performance computing (HPC) infrastructure

Just four months into his tenure, new Intel CEO Lip-Bu Tan has introduced a decisive shift in strategy. During the company's second-quarter 2025 earnings call, Tan suggested a potential pause in the development of Intel's 1.4nm (14A) process, a move that effectively dismantles the IDM 2.0 vision championed by former CEO Pat Gelsinger over the past four years. For the first time in years, Intel no longer appears fixated on directly challenging TSMC

Tesla is developing an integrated approach to supply chain decarbonization spanning battery production, manufacturing processes, and energy systems as automakers face increasing pressure to reduce emissions across entire value chains rather than just vehicle operations

Intel's decline didn't happen overnight

US President Donald Trump, leveraging the vast domestic consumer market, has used tariffs as a powerful tool to steer global economic and trade dynamics. He has successfully opened previously closed markets for American products—for example, allowing US beef into Australia's large livestock industry and pushing for significant automobile exports to Japan, a major car manufacturing country. However, paradoxically, regardless of the tariff rates set, they remain subject to change at any time

The competition to bring 1.4nm process nodes to market is splitting the industry's leading chipmakers. TSMC is moving steadily toward its 2028 mass production target, while Intel and Samsung Foundry are both pulling back, revealing diverging levels of confidence and capital readiness among the Big Three

As China accelerates its drive for semiconductor self-reliance, DRAM memory has become a crucial yet understated battleground. SwaySure Technology, a relatively unknown company with international roots, is quietly positioning itself as a key force in China's push for homegrown memory solutions

Tesla's aggressive price-cutting strategy risks undermining its luxury brand status as the electric vehicle (EV) pioneer prepares to launch affordable models in the second half of 2025, raising questions about its ability to maintain premium positioning amid intensifying competition

ASML CEO Christophe Fouquet tempered the company's solid second quarter 2025 results with a warning: growth in 2026 is far from guaranteed. "While we still prepare for growth in 2026, we cannot confirm it at this stage," he said on the earnings call, prompting renewed scrutiny of end-market demand and chipmakers' appetite for capital equipment

As US–China tech tensions escalate, semiconductors have become the focal point in a broader race for technological sovereignty. Three obscure yet strategically vital wafer foundries, Shenzhen Pengxin Micro Semiconductor Technology (Pengxin Micro), SwaySure Technology, and Shenzhen Pensun Technology (Pensun), have emerged as key players in China's response

The first half of 2025 has reshaped the global EMS/ODM landscape, with generative AI emerging as the new industry driver. In a ranking compiled by Eric Huang, Senior Analyst and VP of the International Business Unit at DIGITIMES, the top 20 EMS/ODM players were assessed by revenue. The findings show that AI data centers — rather than smartphones or PCs — are now the dominant force influencing company performance and industry dynamics

Since its release, F1 has burned rubber at the box office, not only becoming a major success for Apple but also accelerating as an important and exciting reference in the history of automotive technology development

As cars become increasingly electric and intelligent, fully autonomous vehicles—designed to free the driver's hands—are rapidly emerging as a central force shaping the future of the automotive industry