Скачать или смотреть China Begins Mass Production of Silicon-Free Chips.

#china #siliconemoulds #chip
China has officially begun mass production of silicon-free chips, marking what could be one of the biggest turning points in semiconductor history. For decades, silicon has powered everything — from early processors to today’s 2nm chips — but as Moore’s Law slows down, the industry is being forced to explore alternatives.

In this video, we break down how molybdenum disulfide (MoS₂) chips, two-dimensional materials, and next-generation transistor architectures could reshape the future of computing. Could this be the beginning of the post-silicon era?

We also explore:

• Why silicon struggles below 5nm
• Quantum effects, leakage, and thermal limits
• DUV vs EUV lithography
• ASML’s role in advanced chipmaking
• TSMC vs Intel vs Samsung competition
• RibbonFET, FinFET, and MBCFET explained
• 2nm, 1nm, and beyond — is it realistic?
• SMIC and China’s semiconductor strategy
• Alternative processors and post-Moore materials

As TSMC, Intel, and Samsung race toward 2nm and even 1nm processors using EUV lithography, China is betting on a completely different path. Instead of pushing silicon further, it’s investing in alternative semiconductor materials that could redefine efficiency, scaling, and energy consumption — especially for AI workloads.

Is this a breakthrough… or just early hype? Let’s break it down.

If you enjoy deep dives into semiconductors, chip manufacturing, EUV technology, and the global AI chip war — subscribe for more analysis.
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