#Intel

Intel's revived New Mexico fab is betting on advanced chip packaging to challenge TSMC and capture AI market share. Here's why this quiet technology could matter more than the chips themselves.

Intel repurchases its 49% stake in Ireland's Fab 34 for $14.2B — $3B more than it sold for in 2024. The CPU renaissance driving AI agentic workloads is the real story behind the deal.

A material humans have shaped for thousands of years is about to become the backbone of next-gen AI chips. Here's why the semiconductor industry is betting on glass—and what's at stake.

Intel's Core Ultra 200S Plus (Arrow Lake Refresh) adds cores and bumps clocks, promising 15% better gaming. But the real question is: compared to what? Here's what enthusiasts need to know.

Intel CEO Lip-Bu Tan has been SambaNova's chairman since 2017. Now Intel is investing $350M in the AI chip startup he personally backed. Is this innovation or conflict of interest?

Dell ditches discrete graphics entirely in the new XPS 14, betting on Intel's integrated GPU to match RTX 4050 performance. Is this the future of laptops or a risky experiment?

Intel announces entry into GPU production, directly challenging Nvidia's market leadership in AI chips. Analysis of what this means for the semiconductor industry and competition.

Intel appoints new chief architect for GPU development as it challenges Nvidia's dominance in AI chips. Can the foundry business find its anchor customer?

Intel and SoftBank's Saimemory partner on revolutionary memory tech for AI. Prototypes by 2028, commercialization by 2029. What this means for the future of computing.

Intel's Core Ultra Series 3 'Panther Lake' processors end years of trade-offs between performance, battery life, and graphics. What does this mean for the laptop market?

Intel matches Trump administration's $1,000 child investment program as the U.S. government holds 10% stake in the chipmaker, highlighting unprecedented public-private partnership dynamics.

Intel unveils Panther Lake CPUs at CES 2026, the first chips made on its crucial 18A process. The success of this technology could reshape the foundry market and determine x86's future against ARM.