Diraq and Dell Integrated Quantum and Classical Hardware
The collaboration aims to enable low-latency hybrid computing by co-locating quantum and classical systems.
Updated on Sept. 21, 2026 in Quantum Computing
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Diraq and Dell Technologies have announced a collaboration to integrate quantum processors with classical high-performance computing. Dell has already deployed a cluster in a Diraq laboratory in Sydney for initial testing.
Why it matters
This initiative seeks to address the communication bottleneck between classical and quantum systems through physical co-location and new orchestration software. The goal is to accelerate progress in practical fields like drug discovery and logistics.
Diraq stores quantum information in qubits using modified silicon transistors. The firm aims to support millions of qubits on a single chip by utilizing existing silicon manufacturing processes.
The players
Diraq
A developer of quantum computing hardware that utilizes silicon transistor technology and operates in several global cities including Sydney and Palo Alto.
Dell Technologies
A major provider of enterprise high-performance computing hardware and server infrastructure.
The details
The integration relies on co-locating classical servers and quantum hardware in close physical proximity to enable high-speed networking. A specialized orchestration layer translates complex workloads into sequences that distribute tasks between classical and quantum operations. This hybrid approach is designed to reduce latency for calculations that require switching between classical logic and quantum state manipulation.
Timeline
September 21, 2026: Diraq and Dell announced their collaborative efforts.
The Tech Race
This effort to optimize quantum-classical orchestration layers sits alongside broader industry trends in hybrid quantum architecture. The partnership aims to accelerate the transition from experimental quantum hardware to usable systems for commercial applications.
The collaboration is currently in a testing phase, and no commercial consumer products or public-facing services have been announced. Researchers and industries in sectors like drug discovery should monitor for future updates on error-correction capabilities and processing benchmarks.
The takeaway
The success of this collaboration will hinge on the effectiveness of the orchestration layer in managing tasks between silicon-based quantum chips and classical servers. Watch for future updates regarding the ability to scale these systems to support effective quantum error correction.
Further reading
For more on the evolution of hardware, read the latest coverage on Quantum Computing.
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