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Diraq and Dell are advancing hybrid quantum-classical architectures by co-locating silicon spin-qubit processors with Dell's HPC infrastructure to minimize latency in feedback loops. This collaboration specifically targets practical scaling challenges, such as qubit calibration and error correction, which are critical for moving beyond theoretical models to real-world applications like drug discovery and logistics optimization.

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Diraq and Dell Test Hybrid Quantum-Classical Computing in Sydney

The Quantum InsiderSeptember 21, 20265 min read

Insider Brief PRESS RELEASE — Diraq and Dell Technologies are working together to address one of the central challenges in quantum computing: how to integrate quantum processors with classical high‑performance computing (HPC) in a practical, scalable way. Andrew Dzurak, Diraq’s CEO and Founder, sat down with Dell Global CTO and Chief AI Officer John Roese […]

Diraq and Dell Technologies are collaborating on integrating Diraq’s silicon spin-qubit processor with Dell’s classical HPC infrastructure in a co-located testbed. Dell has deployed a small HPC cluster at Diraq’s Sydney laboratory to test connectivity, latency and hybrid workflows between classical servers and quantum hardware. The companies are exploring orchestration and potential applications including qubit calibration, quantum error correction, drug discovery, logistics, supply chains and financial optimization. PRESS RELEASE — Diraq and Dell Technologies are working together to address one of the central challenges in quantum computing: how to integrate…

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