Quantum

Diraq and Dell Test Hybrid Quantum-Classical Computing in Sydney

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Briefings

Diraq and Dell Technologies are collaborating in Sydney to test hybrid quantum-classical computing by co-locating Dell's HPC cluster with Diraq's silicon spin-qubit processor. The initiative aims to evaluate connectivity, latency, and orchestration for workflows including calibration, error correction, and optimization. Initial work focuses on validating stable connectivity and baseline latency between the two systems. The collaboration explores practical applications like drug discovery and logistics optimization, aiming to integrate quantum processors into existing data center infrastructure.

Key points

• Della 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 collaboration focuses on establishing stable connectivity, validating baseline latency, and running simple test circuits to confirm the integrated system functions as a single computing environment.

Context and limitations

Initial work focuses on establishing stable connectivity, validating baseline latency, and running simple test circuits across the integrated system. Coverage is limited to the Sydney laboratory testbed and initial orchestration work; broader industrial applications and long-term scalability remain untested.

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