Taiwan's solar manufacturers are looking beyond the island for growth as China's oversupplied solar sector keeps prices low, local approvals in Taiwan slow project rollouts, and global energy markets stay volatile. Their push highlights risks for global clean-power buyers, who still face cost pressure, grid constraints, and shifting technology priorities.

Philippe Notton has spent nearly 20 years traveling to Taiwan roughly once a month. That rhythm—born from his time at MStar Semiconductor and deepened across four companies on three continents—shaped how he thinks about building chips, building companies, and building Europe's only independent advanced CPU business.

Humanoid robots are very hyped these days. They are performing ever more impressive feats, from pulling off coordinated dance performances to running half-marathons. Yet one investor believes that the robots ultimately winning the commercial race will be the "boring" ones with solid, real-world market potential.

Merck did not begin in a laboratory, but in a neighborhood pharmacy that still opens every day to fill prescriptions for local residents. The Engel Pharmacy in central Darmstadt, Germany, founded in 1668, has operated for 358 years and is the company's starting point.

On a recent podcast, DIGITIMES analyst Luke Lin reviewed two major updates in the chip industry: Intel's Ireland fab expansion and rising US scrutiny of Samsung Electronics and SK Hynix as both South Korean chipmakers expand memory capacity at home. He also assessed whether Intel's revival is real, saying that its production scale-up and yield will ultimately be the deciding factors.

South Korea's technology policies—including the two semiconductor strategies discussed previously and the broader K-Moonshot initiative introduced more recently—have been drafted by different government bodies, including the Ministry of Trade, Industry and Energy (MOTIE), the Presidential Office, and the Ministry of Science and ICT (MSIT). Yet they share several common characteristics.

SiPearl has powered on and begun validating Rhea1, its first-generation server CPU designed in Europe. Its next challenge is convincing Taiwan's server manufacturers to turn the chip into systems that data centers can order and deploy.

ChangXin Memory Technologies' (CXMT) STAR Market IPO is more than just one of China's biggest semiconductor listings. It also marks the culmination of Zhu Yiming's two-decade effort to build a domestic memory industry, taking the entrepreneur from founding flash memory designer GigaDevice to creating China's first globally competitive DRAM maker.

The global tech landscape is currently dominated by two massive tides: the race for semiconductor supremacy and the long-promised dawn of the quantum era. While quantum technology is often associated with the distant goal of large-scale computing, a German startup is proving that quantum's most immediate impact may actually be in saving inspection time for the global semiconductor industry that powers the modern world.

China's AI chip industry is moving beyond a contest over process nodes and into a broader race involving memory, advanced packaging, chip interconnects and system architecture.

The 2026 World Artificial Intelligence Conference (WAIC) opens in Shanghai on July 17, with Chinese President Xi Jinping set to attend and deliver a keynote speech.

AI technologies and applications have matured rapidly in recent years. That has driven trends such as edge AI and physical AI. The shift has also affected industrial computer (IPC) makers, which have long focused on end-point applications on the factory floor and at other field sites.

CXMT's STAR Market IPO has become more than a fundraising exercise. The strategic placement roster shows how China's largest DRAM maker is using the capital market to connect semiconductor suppliers, AI cloud providers, device brands, automakers, and state-backed investors, reinforcing a domestic memory ecosystem.

Reports of longer chip lead times have been mounting. ADI has notified customers that, as recovering demand tightens supply, lead times for some analog chip products have stretched to six months, and it has urged customers to place orders early to avoid delivery delays. Meanwhile, a channel player said STMicroelectronics (ST) MCU lead times have extended to 52 weeks, prompting distributors to begin asking customers about demand for all of 2027.

Generative AI is accelerating demand for computing power, memory and data bandwidth, shifting semiconductor innovation beyond front-end processes toward advanced packaging, silicon photonics (SiPh) and Co-Packaged Optics (CPO). Benjamin Hein, CEO Electronics and Executive Board member at Merck, said advanced packaging materials are poised to outgrow front-end process materials and the broader materials market, while Near-Packaged Optics (NPO) will bridge the industry's transition to commercial CPO.