The global foundry race has entered a new phase after TSMC announced it has begun volume production of its 2nm process, ...

Qualcomm CEO Cristiano Amon confirms talks with Samsung for 2nm Snapdragon flagship chip production—potentially the ...

TL;DR: Samsung announced mass production of its 2nm GAA process, offering 5% faster performance, 8% better power efficiency, and 5% more area than its 3nm node. This advancement aims to enhance ...

We’ve seen the leaked benchmarks and rumors surrounding Samsung’s upcoming Exynos 2600 chipset. This chipset is rumored to be destined for the Galaxy S26 series, and it could very well be the first ...

The interest in this node is due to the fact that the 2nm process not only promises a significant leap in performance and energy efficiency but also offers a more attractive cost structure for ...

What does it take to make a chip out of paper-based design into billions of functional transistors etched on silicon at the nanometer scale? For Samsung, the answer currently is in terms of yield ...

What just happened? TSMC has begun volume production of chips based on its N2 process technology, marking a major new step in 2nm-class node manufacturing. The company disclosed the milestone on its ...

A new report suggests TSMC’s 2nm process may bring smaller-than-expected gains in power, performance, and area despite its next-gen branding. If true, the reduced complexity could keep wafer pricing ...

Samsung may have started mass production of its Exynos 2600 for the upcoming Galaxy S26 series, but the Korean giant’s 2nm GAA (gate-all-around) process still appears to be wobbling. Reports from ...

TL;DR: Samsung Foundry is negotiating with AMD to manufacture next-gen EPYC "Venice" CPUs using its advanced 2nm SF2 process node. This partnership aims to diversify AMD's supply chain amid TSMC ...