Qblox and HPE Collaboration: Pioneering the Future of Hybrid Computing
In a groundbreaking development for the tech industry, Qblox, a leading provider in scalable quantum control electronics, has announced a partnership with HPE (Hewlett Packard Enterprise). This collaboration effectively aims to enhance hybrid classical-quantum computing, a field that merges traditional computing with the cutting-edge technology of quantum processors. This synergy marks a significant stride toward integrating quantum technologies within high-performance computing (HPC) infrastructures and large-scale artificial intelligence (AI) systems.
As the demand for more potent computational capabilities rises, classical and quantum computing technologies begin to converge. The hybrid model is not just a theoretical concept anymore; it is becoming a reality. Within this partnership, Qblox's control systems are positioned as critical components in HPE's strategy to directly incorporate quantum technologies into HPC and AI frameworks. The evolution of quantum systems from isolated laboratory-based setups to fully integrated environments in HPC reflects the urgent need for scalable and deterministic control electronics to facilitate reliable operation in hybrid setups.
Niels Bultink, CEO of Qblox, stated, “HPE brings unmatched infrastructure for HPC and native AI capabilities to our partnership, along with a distinct vision for the future of the sector.” He highlighted the importance of developing control layers that can effectively connect quantum processors with supercomputing environments. Through this collaboration, they both aspire to push the industry's boundaries and deliver solutions that propel scientific discovery and industrial innovation.
As a part of this collaboration, Qblox and HPE will co-develop integrated testbeds aimed at the joint design of hybrid algorithms, software interoperability, and system-level performance assessments. These efforts will refine the computational flows operating on HPC systems and AI factory environments, paving the way for scalable quantum technologies within scientific and industrial applications.
Masoud Mohseni, Director of HPE Quantum and Senior Fellow at HPE Labs, emphasized HPE's commitment to ensuring the convergence of supercomputing, AI, and quantum computing technologies. This convergence is poised to facilitate unprecedented scientific discoveries and spur innovations in various industrial domains. He pointed out that the collaboration is intended to associate classic HPC, which provides essential scalable and high-precision control layers, with quantum processors that will act as gateways to quantum computing advancements.
The transition of quantum computing from isolated lab settings into integrated HPC and AI systems signifies that scalable quantum control is becoming a cornerstone of this evolving architecture. Through its partnership with HPE, Qblox aims to establish hybrid classical-quantum computing environments suited for future large-scale scientific and industrial applications. This endeavor positions both companies at the forefront of quantum innovation, creating environments that strengthen interoperability and performance at scale.
About Qblox: Qblox is recognized globally as a leader in scalable quantum control. They provide essential control engines, allowing researchers and engineers to build highly performant, robust, and scalable systems. With acclaim from industry and academic leaders, Qblox is establishing the benchmark in quantum control, heralding a new epoch in computing. Through this collaboration with HPE, they are positioned to make significant contributions to the future of computing, where quantum technology will become not just a specialized pursuit but part of the mainstream technology landscape.
As the demand for more potent computational capabilities rises, classical and quantum computing technologies begin to converge. The hybrid model is not just a theoretical concept anymore; it is becoming a reality. Within this partnership, Qblox's control systems are positioned as critical components in HPE's strategy to directly incorporate quantum technologies into HPC and AI frameworks. The evolution of quantum systems from isolated laboratory-based setups to fully integrated environments in HPC reflects the urgent need for scalable and deterministic control electronics to facilitate reliable operation in hybrid setups.
Niels Bultink, CEO of Qblox, stated, “HPE brings unmatched infrastructure for HPC and native AI capabilities to our partnership, along with a distinct vision for the future of the sector.” He highlighted the importance of developing control layers that can effectively connect quantum processors with supercomputing environments. Through this collaboration, they both aspire to push the industry's boundaries and deliver solutions that propel scientific discovery and industrial innovation.
As a part of this collaboration, Qblox and HPE will co-develop integrated testbeds aimed at the joint design of hybrid algorithms, software interoperability, and system-level performance assessments. These efforts will refine the computational flows operating on HPC systems and AI factory environments, paving the way for scalable quantum technologies within scientific and industrial applications.
Masoud Mohseni, Director of HPE Quantum and Senior Fellow at HPE Labs, emphasized HPE's commitment to ensuring the convergence of supercomputing, AI, and quantum computing technologies. This convergence is poised to facilitate unprecedented scientific discoveries and spur innovations in various industrial domains. He pointed out that the collaboration is intended to associate classic HPC, which provides essential scalable and high-precision control layers, with quantum processors that will act as gateways to quantum computing advancements.
The transition of quantum computing from isolated lab settings into integrated HPC and AI systems signifies that scalable quantum control is becoming a cornerstone of this evolving architecture. Through its partnership with HPE, Qblox aims to establish hybrid classical-quantum computing environments suited for future large-scale scientific and industrial applications. This endeavor positions both companies at the forefront of quantum innovation, creating environments that strengthen interoperability and performance at scale.
About Qblox: Qblox is recognized globally as a leader in scalable quantum control. They provide essential control engines, allowing researchers and engineers to build highly performant, robust, and scalable systems. With acclaim from industry and academic leaders, Qblox is establishing the benchmark in quantum control, heralding a new epoch in computing. Through this collaboration with HPE, they are positioned to make significant contributions to the future of computing, where quantum technology will become not just a specialized pursuit but part of the mainstream technology landscape.
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