‘Changing lanes’: China heralds fastest-ever chip technology – without silicon

‘Changing lanes’: China heralds fastest-ever chip technology – without silicon

Research path ‘born out of necessity’ leads Peking University scientists to develop faster, more efficient transistor.

The new bismuth-based transistor could revolutionize chip design, offering greater efficiency and overcoming silicon limitations. New bismuth-based transistor: 40% faster than 3 nm silicon chips. Lower consumption: Reduces energy spending by 10%. Radical change: Not dependent on silicon, which avoids its limitations. New GAAFET architecture: Improves electronic efficiency compared to FinFET. 2D materials: Bi2O2Se and Bi2SeO5 allow lower energy l…

China does not slow down even though the U.S. is launching all its blocking capacity along with its partners. If it is not to one side, it is to the other, and as we have already seen, the number of patents and published articles is more than twice as high as the second. As China usually does, in silence, in mid-February a team of researchers from the University of Beijing led by physics and chemistry professor Pen Hailing, published in Nature i…

Chinese Non-Silicon transistor claims to beat Intel/TSMC by 40%

Chinese researchers claim performance leadership with non-silicon transistor technology. A potential game-changer in the chip war.

Turning Nanowires into FETs for Next-Gen Electronics

Turning nanowires into FETs using step-necking growth enables ultrathin transistors with enhanced gating for high-performance electronics.

China Sparks Another Tech Revolution-This Time with 2D Chip Breakthrough

Copyright protected content copied from PhoneWorld website. China’s latest 2D chip breakthrough at Peking University has introduced a 2D transistor that outperforms 3nm silicon chips, boosting speed and efficiency while bypassing U.S. sanctions. This breakthrough in chip technology could disrupt the dominance of traditional silicon-based semiconductors. The team’s newly developed 2D transistor is reported to be 40% faster than the most advanced …