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Imec scales superconducting interconnects to 30 nm, eeNews Europe reports · Digg

Imec scales superconducting interconnects to 30 nm, eeNews Europe reports

eeNews Europe says the technology uses 300 mm CMOS-compatible processes and targets future high-performance computing and AI accelerators.

Imec has scaled NbTiN superconducting interconnects—the wiring between circuit components—to a 30 nm linewidth, around ten times smaller than conventional niobium technology, eeNews Europe reports. The publisher says Imec also demonstrated circuits with a density of 3.8 million Josephson junctions per cm². Beyond future high-performance computing and AI accelerators, eeNews Europe describes potential applications in quantum systems, neuromorphic computing and photon detection.

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Imec scales superconducting interconnects to 30 nm, eeNews Europe reports

eeNews Europe says the technology uses 300 mm CMOS-compatible processes and targets future high-performance computing and AI accelerators.

Imec has scaled NbTiN superconducting interconnects—the wiring between circuit components—to a 30 nm linewidth, around ten times smaller than conventional niobium technology, eeNews Europe reports. The publisher says Imec also demonstrated circuits with a density of 3.8 million Josephson junctions per cm². Beyond future high-performance computing and AI accelerators, eeNews Europe describes potential applications in quantum systems, neuromorphic computing and photon detection.

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EE
eeNews Europe@eeNewsEurope 3 days ago
Could superconducting electronics help overcome some of the limits of advanced CMOS? ⚡ Imec has scaled NbTiN superconducting interconnects to a 30 nm linewidth, around ten times smaller than conventional niobium technology, while demonstrating circuits with a density of 3.8…
eenewseurope.com
/en/imec-scales-nbtin-superconducting-circuits-to-30nm/
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1 post, first seen 3d ago

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@eeNewsEuropeCould superconducting electronics help overcome some of the limits of advanced CMOS? ⚡ Imec has scaled NbTiN superconducting interconnects to a 30 nm linewidth, around ten times smaller than conventional niobium technology, while demonstrating circuits with a density of 3.8 million Josephson junctions per cm². Developed using 300 mm CMOS-compatible processes, the technology targets future HPC and AI accelerators, with potential applications also extending to quantum systems, neuromorphic computing and photon detection. Could superconducting circuits become part of the answer to computing’s growing power and interconnect challenges? Read the full story on eeNews Europe: https://www.eenewseurope.com/en/imec-scales-nbtin-superconducting-circuits-to-30nm/

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Posts from X

1 post

EE
eeNews Europe@eeNewsEurope 3 days ago
Could superconducting electronics help overcome some of the limits of advanced CMOS? ⚡ Imec has scaled NbTiN superconducting interconnects to a 30 nm linewidth, around ten times smaller than conventional niobium technology, while demonstrating circuits with a density of 3.8…
eenewseurope.com
/en/imec-scales-nbtin-superconducting-circuits-to-30nm/
- likes: 0
- replies: 0
- bookmarks: 0
- reposts: 0