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.
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.
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.
As the world enters an AI-centric era, the global race for technological leadership is no longer defined only by who can build the most advanced models. It is increasingly shaped by who can secure compute, deploy infrastructure at scale, reduce energy constraints, and turn research into commercial capability.
As generative AI fuels rapid growth in demand for high-performance computing (HPC), the semiconductor industry is shifting from a process race to a materials race. Geckos chairman Shen Tsung-huan says that as chip manufacturing moves to 2nm and even more advanced nodes, gains in AI computing power are no longer just a chip design issue, but are increasingly constrained by the thermal conductivity and high-frequency signal transmission capabilities of materials.
The UK is pitching itself as a new base and technology partner for Taiwanese electronics suppliers, seeking to turn its AI infrastructure push into a market and investment opportunity for companies in chips, packaging, servers, cooling, power, and data centers.
As generative AI drives rapid growth in high-performance computing (HPC) demand, the semiconductor industry is shifting from process-node competition to materials competition. Geckos chairman Raymond Shen said that once chip manufacturing advances to 2nm and beyond, improvements in AI computing power are no longer just a chip-design issue, but are increasingly constrained by materials' heat dissipation and high-frequency signal transmission capabilities.
Corning has unveiled an early-stage fiber-to-chip connector concept that could reshape optical packaging if it matures, though the company says the technology is still far from commercial use. GlassBridge is aimed at passive alignment in advanced systems, underscoring the convergence of AI infrastructure, photonics, and packaging.
Dutch semiconductor equipment startup Nearfield Instruments has completed a US$380 million Series D funding round, the largest-ever fundraising for a Dutch deep-tech company. The company is now targeting an initial public offering (IPO) in 2028.
As the AI wave drives rapid growth across the global semiconductor industry, the upstream electronic materials supply chain has become a key bottleneck for AI-related shipments. To keep pace with AI investment, Qnity was spun off from US chemical giant DuPont and listed independently in November 2025.
As Taiwan becomes the core of the global AI hardware supply chain, Qnity — the century-old company spun off from US chemicals giant DuPont and separately listed — is likewise expanding its production capacity investment in Taiwan. Asia-Pacific president Dennis Chen said in an interview with DIGITIMES that future investment will center closely on three main battlegrounds: advanced processes, advanced packaging, and thermal management.
AI is turning memory from an inventory risk into a strategic resource. As memory becomes integral to platform and system design, customers are securing supply earlier, making availability increasingly critical to product launches, says Winbond Electronics president James Chen.
Founded in 2014, Oppstar is one of the few Malaysian companies operating at the front end of the semiconductor value chain as an IC design house. The company was established by three founders with extensive experience in the IC design industry: Meng Thai Ng, Hun Wah Cheah, and Chun Chiat Tan. Headquartered in Bayan Lepas, Penang, Oppstar opened an office in Kuala Lumpur, Malaysia, in 2022. From its inception, the company positioned itself as a one-stop IC design service provider, initially focusing on 16nm design nodes.
The AI wave is rapidly reshaping the global semiconductor supply chain, and that upheaval is opening a new growth chapter for Taiwan's LED industry. As Taiwan's LED makers move away from the price wars of the consumer market, Nvidia's push to upgrade AI transmission standards to 1.6T, 3.2T, and beyond is exposing the physical limits of copper wiring, making scale-up the first battlefield in the competition between photons and electrons. Micro LED's high bandwidth and heat resistance position it as a key technology for the 3.2T-plus optical communications era.
