Everyone's been talking about AI *doing* things. But what if AI becomes the fundamental plumbing for how we *build* the things that do things? That's precisely what Siemens and TSMC are cooking up.
AI hardware demand is exploding, yet the world's reliance on Taiwan's manufacturing prowess only deepens. Forget diversification; the foundry remains king.
The AI chip game just got a whole lot messier. Nvidia's sudden grab for Groq signals a shift, and now the real jockeying for the next wave of chips — specifically, LPUs — is on.
Another week, another whisper of Chinese tech theft, and a wafer fab supplier scrambling to deny it. This time it's GPTC, a critical cog in TSMC's advanced packaging machine, finding itself in the crosshairs.
TSMC's eyeing 2 million wafer starts by 2027 for advanced packaging. That's their fix for the AI industry's biggest choke point, with fabs in Taiwan and Arizona ramping hard.
Forget Intel's turnaround story; this is about Elon Musk filing a flight plan for America's foundry future. A potential deal could ignite a race for domestic chip manufacturing, with AI demand as the engine.
Raccoons once claimed Intel's idle Fab 9 in New Mexico. Now, fueled by CHIPS Act cash, it's central to the company's advanced chip packaging push.
The most significant U.S. industrial policy in decades: how the CHIPS Act's $52.7 billion in subsidies is reshaping where and how semiconductors are manufactured worldwide.
TSMC, Samsung, and Intel are the only companies manufacturing leading-edge semiconductors. Here is how they compare on technology, capacity, and strategy.
Building a chip startup has never been more expensive or more promising. Here is how new semiconductor companies navigate funding, design, fabrication, and market entry.
How a $100 silicon ingot becomes thousands of chips worth millions, and why understanding wafer economics is essential for grasping the semiconductor industry's financial dynamics.