Huawei's Tau Law is being framed in China as a new semiconductor principle, but its strategic value may lie beyond catching TSMC in process nodes. The real question is whether Huawei can combine LogicFolding, optical interconnects, and system-level scaling to reduce China's reliance on Nvidia

Sharp President and CEO Tetsuji Kawamura said the company has eased some long-standing management pressures, but its main challenge now is to expand its brand, develop new businesses, and accelerate globalization simultaneously. He outlined the strategy in an interview with DIGITIMES

Falling inference prices and tightening data regulations are pushing AI compute beyond the hyperscale data center — reshaping infrastructure decisions for enterprises, governments, and device makers worldwid

When Nvidia CEO Jensen Huang stepped off a plane in Taipei on Saturday, May 23, he had already begun documenting the trip on X — night markets, fried food, and family. By the time he hosted more than 30 executives at a brick-walled restaurant six days later, the week had traced something much larger than a Computex schedule. It had mapped, dinner by dinner and post by post, the anatomy of the world's most consequential AI supply chain

The building where Saeed Amidi runs his global venture empire was once one of the most important semiconductor facilities on the West Coast. Philips Electronics operated a fabrication plant here in Sunnyvale, California, employing 8,000 people at its peak. Then, like much of America's chip manufacturing base, it moved to Asia — to Taiwan, to Korea, to the supply chains that would come to define the global electronics industry for the next three decades

Three days at Plug and Play's Silicon Valley May summit left me with a clear takeaway: the technology industry is undergoing a structural shift, not just another hype cycle. Here are the five trends that stood out from the conversations, keynotes, and startup pitches I observed on the ground

Cloud service providers' demand for application-specific integrated circuits, or ASICs, is increasingly locked in as advanced process nodes, advanced packaging, and component supply tighten worldwide. For readers across global tech markets, the shift means access to manufacturing capacity, not just chip design, is becoming the main determinant of who can supply the next wave of AI hardware

Over the past year and a half, reasoning in large language models (LLMs) has become a mainstream capability, with measurable gains across programming, mathematics, law, and healthcare. The robotics industry is now asking whether the same can be done in the physical world

China has brought AI chips into its national security and reliability evaluation framework for the first time, turning what looks like a product certification process into something more consequential: an emerging gatekeeping system for AI computing infrastructure

AI's rapid evolution — from AI servers to agentic AI and emerging physical AI — centers on high-performance computing, and integrating general fault-tolerant quantum computers into that stack could change what HPC can do. The transition, however, confronts deep technical mismatches between classical AI servers and quantum processors

In recent weeks, Stellantis, one of the world's five largest automakers, unveiled an ambitious five-year plan titled Fastlane 2030. At its core is a striking reallocation of capital: 60% of its EUR60 billion (approx. US$69.8 billion) investment program will be directed toward North America

As the global semiconductor industry approaches the physical limits of transistor scaling, Huawei has proposed a new framework for the post-Moore era through its recently introduced "Tau (τ) Law" and a related time-scaling theory

Nvidia CEO Jensen Huang is pushing the company deeper into the CPU market, betting that the rise of agentic AI will create a new growth engine beyond the GPUs that made Nvidia the dominant supplier of AI computing hardware

Geopolitics and price are reshaping who builds the world's AI infrastructure. Across emerging markets in Southeast Asia, Africa, and Latin America, governments and enterprises are increasingly turning to Chinese server makers as an affordable alternative to US-dominated tech ecosystems — driven partly by budget constraints and partly by a deliberate push to avoid dependence on any single power

For AMD CEO Lisa Su, the current moment presents an opening that Nvidia does not have. Nvidia's high-end chips have repeatedly faced scrutiny and export restrictions in China, and Nvidia CEO Jensen Huang only recently confirmed in May that Nvidia once held as much as 95% market share there. That dominance has since been reset, with the bulk of that share ceding to domestic rival Huawei