en.Wedoany.com Reported - Qblox, a provider of quantum control electronics, and Hewlett Packard Enterprise (HPE) have announced a collaboration to advance the integration of hybrid classical-quantum computing architectures with high-performance computing (HPC) and AI infrastructure. Qblox's control systems will serve as a key enabler for HPE to scale the integration of quantum technology with HPC and AI environments.

In hybrid classical-quantum computing environments, quantum systems require scalable and deterministic control electronics to operate reliably. As these architectures evolve from standalone laboratory systems toward integrated HPC and AI infrastructure, the quantum control layer becomes a critical interface connecting quantum processors to classical HPC systems. Qblox's modular control hardware is designed to adapt to multiple qubit modalities, supporting the development of hybrid classical-quantum environments for next-generation scientific and industrial workloads.

Niels Bultink, CEO of Qblox, stated that HPE's AI-native and high-performance computing infrastructure, along with its vision for the industry's future, prompted Qblox to build a control layer capable of connecting quantum processors to supercomputing environments. The two parties will jointly push the boundaries of industry technology.

Under the collaboration plan, Qblox and HPE will jointly support the development of an integrated test platform, covering hybrid algorithm co-design, software interoperability, and system-level performance benchmarking. This effort aims to advance computational workflows that can operate in HPC systems and AI factory environments, creating conditions for the application of scalable quantum technology in science and industry.

Masoud Mohseni, HPE Quantum Director and Senior Distinguished Technologist at HPE Labs, noted that HPE is committed to converging supercomputing, AI, and quantum computing technologies to unlock new scientific discoveries and industrial innovations. The collaboration with Qblox focuses on combining classical HPC with quantum computing, providing a critical control layer that is scalable and high-precision for quantum processors. Hybrid classical-quantum architectures support interoperability and large-scale performance to accelerate the deployment of quantum technology in real-world applications.

As quantum computing transitions from standalone laboratory setups to integration with HPC and AI systems, scalable quantum control is becoming a key component of architecture design. Through this collaboration, Qblox and HPE aim to drive the development of hybrid classical-quantum computing environments for future large-scale scientific and industrial applications.

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