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<a href="https://wccftech.com/china-develops-gaa-transistors-that-enable-3nm-node-like-performance-on-duv-lithography-but-meol-constraints-only-provide-a-path-to-5nm-node-equivalent-performance/" title="China Develops GAA Transistors That Enable 3nm Node-Like Performance On DUV Lithography, But MEOL Constraints Only Provide A Path To 5nm Node-Equivalent Performance">
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<a class="text-decoration-none" href="https://wccftech.com/china-develops-gaa-transistors-that-enable-3nm-node-like-performance-on-duv-lithography-but-meol-constraints-only-provide-a-path-to-5nm-node-equivalent-performance/">
China Develops GAA Transistors That Enable 3nm Node-Like Performance On DUV Lithography, But MEOL Constraints Only Provide A Path To 5nm Node-Equivalent Performance
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<p class="card-text line-clamp-3">Chinese Academy of Sciences&#x27; new GAA transistors post on-off ratios above 500,000, but metal-connects still limit density gains.</p>
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<p class="d-inline-block text-truncate mb-0">Wccftech <span class="text-secondary">(wccftech.com)</span></p>
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