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S-Transistors is raising capital to develop wafer-scale superconducting transistors that integrate control electronics directly into cryogenic environments, aiming to resolve thermal and wiring bottlenecks in scaling quantum processors. By replacing room-temperature coaxial cabling with low-dissipation internal routing, this approach addresses a critical architectural hurdle for large-scale qubit systems. The startup's goal is to transition from prototyping to shipping multiplexer components that function as foundational building blocks for future quantum motherboards.

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S-Transistors Raises €2.6 Million ($3 Million USD) Pre-Seed Round to Build Superconducting Quantum Control Motherboards

Quantum Computing ReportAugust 31, 20262 min read

Finnish deep-tech startup S-Transistors—a spin-off from the VTT Technical Research Centre of Finland—has raised €2.6 million ($3M USD) in pre-seed funding. Led by Nordic venture firm Lifeline Ventures with participation from angel investors, the capital will fund the construction of a pilot manufacturing line, a dedicated cryogenic laboratory, product prototyping, and team expansion. The company [...] The post S-Transistors Raises €2.6 Million ($3 Million USD) Pre-Seed Round to Build Superconducting Quantum Control Motherboards appeared first on Quantum Computing Report.

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