Qblox, a global leader in scalable quantum control electronics, has announced a strategic collaboration with Hewlett Packard Enterprise (HPE) to pioneer next-generation hybrid classical-quantum computing environments. Under the framework, Qblox’s modular, high-precision control hardware will serve as a foundational interface within HPE’s high-performance computing (HPC) and AI factory infrastructures, connecting diverse qubit modalities directly to classical supercomputing systems.
The joint effort targets a crucial hardware bottleneck: as quantum processors transition from isolated laboratory environments into industrial-scale production, they require highly scalable, deterministic control electronics to bridge the timing and operational gaps with classical systems. By combining Qblox’s modular architecture with HPE’s deep AI-native supercomputing footprint, the collaboration will establish integrated testbeds to accelerate hybrid algorithm co-design, optimize software interoperability, and standardize cross-platform system benchmarking for scientific and industrial workloads.
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Highlighting the structural impact of embedding specialized quantum control into traditional supercomputing architectures, Niels Bultink, CEO of Qblox, stated: “HPE brings unparalleled AI-native and high-performance computing infrastructure and a determined vision of the industry’s future to our partnership. Our commitment to building control layers that can connect quantum processors to supercomputing environments leads us to collaborations that help push the boundaries of what the industry can achieve.”
Underscoring how the convergence of these distinct compute models accelerates practical commercial utility, Masoud Mohseni, Director of HPE Quantum and Senior Distinguished Technologist at HPE Labs, concluded: “HPE is committed to advancing the convergence of supercomputing, AI, and quantum computing technologies to unlock new scientific discoveries and industrial innovation. The collaboration with Qblox aims to merge classical HPC that provides a critical layer of scalable, high-precision control to quantum computing bridging processors. Hybrid classical-quantum architectures support interoperability and performance at scale, accelerating the path toward practical, real-world quantum applications.”