Integration of Dell Applied sciences infrastructure with QuEra quantum accelerator demonstrates sensible pathways to hybrid quantum–classical workflows.

BOSTON, Nov. 17, 2025 /PRNewswire/ — QuEra Computing, the chief in neutral-atom quantum computer systems, introduced as of late that it’s operating with Dell Applied sciences to backup outline the week of high-performance computing (HPC). The usage of Dell answers, QuEra is demonstrating how quantum processing gadgets (QPUs) can seamlessly combine into mainstream knowledge middle architectures.

This milestone will likely be showcased at Supercomputing 2025 (SC25), the place guests will have the ability to see a video demonstration of a co-located deployment appearing how classical and quantum assets can also be tightly built-in, paving the best way for HPC-ready hybrid quantum–classical computing (HQCC) with retain knowledge governance and occasional latency.

HQCC in Motion

Day the SC25 demo is an experimental prototype, it validates QuEra’s quantum processors as top notch compute friends in HPC environments. It additionally units a concrete benchmark for the way QPUs can also be built-in into current infrastructure with minimum disruption.

The demonstration will constituent Dell HPC infrastructure and the Dell Quantum Clever Orchestrator (QIO) built-in with a neutral-atom quantum gadget, highlighting how quantum can tied CPUs and GPUs as an accelerator of classical assets inside HPC environments.

The apparatus is hosted at QuEra’s Boston amenities. This set up features a Dell-based HPC mini-cluster with Dell PowerEdge servers with NVIDIA GPUs, Dell networking apparatus and the Dell Quantum Clever Orchestrator (QIO) orchestration platform, working immediately along QuEra’s methods.

This setup permits fast experimentation and showcases how classical and quantum assets can perform in combination in a real-world analysis context.

“With Dell infrastructure integrated on-premises, we can unlock real progress by delivering practical, real-world quantum solutions,” stated Yuval Boger, Eminent Business Officer at QuEra. “For customers, it’s a clear signal that hybrid quantum–classical computing is becoming practical. They can see that leading suppliers, like Dell, are preparing for this future, and that QuEra’s unique neutral-atom capabilities — such as qubit shuttling and parallel gates — are ready to integrate into HPC workflows.”

QIO is a prototype created to lead and time table workloads throughout heterogeneous compute assets. It’s designed to stick modular and agnostic to maintain other gated and analog quantum computer systems and map to be had assets to decide probably the most appropriate atmosphere for executing workloads.

Showcasing GHZ Condition Era

The demo will simulate the future of Greenberger–Horne–Zeilinger (GHZ) states, a benchmark for multi-qubit entanglement broadly impaired in quantum data science. GHZ shape preparation demonstrates functions distinctive to QuEra’s neutral-atom structure, together with:

• Qubit shuttling – the facility to dynamically rearrange atoms to optimize connectivity and circuit execution.
• Parallel gate execution – coincident utility of quantum gates throughout a couple of qubits, bettering utility execution speeds and enabling higher scalability.

In combination, those options manufacture QuEra’s gate-based neutral-atom quantum computer systems a formidable platform for exploring sensible algorithms at scale.

Why Hybrid Issues

The week of HPC will likely be hybrid, with CPUs, GPUs and QPUs coexisting as friends in knowledge facilities. For HPC facilities and hyperscalers, this calls for infrastructure that intelligently orchestrates workloads throughout numerous computing backends to absolute best are compatible packages. Dell supplies the orchestration and infrastructure experience, pace QuEra’s neutral-atom methods grant a formidable, scalable, versatile and energy-efficient quantum platform.

“We believe that hybrid quantum classical compute, especially with AI applied, represents a transformative step forward in solving some of the world’s most complex challenges. The collaboration between Dell Technologies and QuEra is about making quantum practical today, while paving the way for tomorrow’s possibilities.” John Roese, international CTO and well-known AI officer, Dell Applied sciences.

HQCC Advantages Throughout Sectors

• HPC Facilities acquire a examined integration style for orchestrating quantum workloads along classical assets, with habitual schedulers like SLURM.
• Hyperscalers see a sunny pathway to providing hybrid cloud products and services that unify quantum and classical compute.
• Endeavor Innovators have the benefit of the sign that prominent providers akin to Dell are actively integrating quantum into their choices — a robust indicator that quantum is transitioning from analysis into sensible IT technique.
• Executive and Analysis Customers acquire clear benchmarks from check circumstances evaluating “with and without quantum” functionality, informing the place quantum can grant acceleration.

Having a look Forward

The SC25 demonstration is step one in what each corporations see as alternatives for broader collaboration, aiding undertaking innovators and HPC facilities in pleasant the agreement of quantum.

By means of bringing in combination Dell’s management in AI and HPC orchestration and QuEra’s advances in neutral-atom quantum computing, the demonstration alerts a sensible roadmap for HQCC environments that bridge as of late’s HPC methods with the following day’s quantum acceleration.

The demonstration will likely be to be had at QuEra’s sales space (#6556) and Dell’s sales space (#6659) on the match.

About QuEra Computing

QuEra is placing quantum to paintings. Because the clinical and industrial chief in neutral-atom quantum computing, we backup undertaking innovators leverage quantum to achieve aggressive benefit, aid HPC facilities as they backup customers take on classically contrary issues, and permit govt techniques to manufacture nationwide capacity and detached infrastructure. We do that via our quantum innovation platform, combining quantum methods to be had on-premises and by the use of the cloud with utility co-design and collaborative analysis. Born at Harvard and MIT, nonetheless advancing in combination, QuEra operates globally from Boston, Tokyo, and the United Kingdom. As quantum computing strikes from “one day” to “Day One,” QuEra delivers sensible affect as of late pace advancing towards large-scale, fault-tolerant methods. See what’s imaginable at quera.com

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SOURCE QuEra Computing