Quantum computing emulation is now available for your high-performance computing environments

At Eviden, we have established ourselves as pioneers and leaders in quantum programming and emulation, and we are thrilled to introduce our latest innovative solution to the market.

Qaptiva HPC is cutting-edge software that enhances your HPC cluster’s computational capabilities with quantum emulation, boosting large-scale simulation performance and accelerating your research. This new product, which complements our current Qaptiva offerings, provides valuable enhancements and capabilities, paving the way for exciting advancements in the field.

Enabling quantum emulation on your HPC cluster is simple, just install the licensed software.

Why choose Qaptiva HPC?

  • Unmatched perfomance: Experience exceptional processing power with our large-scale simulation, emulating over 40 qubits and reducing simulation time from days to hours.
  • Great capabilities: Leverage a complete programming and emulation environment specifically designed for high-performance computing (HPC) environments.
  • Seamless integration: Runs on any HPC cluster without requiring specific integration.

Quantum figures

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years of pioneering Quantum programming and emulation
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Quantum patents, #2 France, #2 Europe
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international research projects

Insights

Bob Sorenson

Bob Sorenson

Chief Analyst for Quantum Computing, Hyperion Research

Bob Sorenson

Chief Analyst for Quantum Computing, Hyperion Research

Qaptiva HPC marks a significant advancement in quantum emulation for high-performance computing. Quantum simulators, such as Qaptiva, offer quantum computing researchers, software developers, and end users an opportunity to fine tune their quantum computing efforts within a classical compute environment, mitigating the uncertainties and related errors that are inherent in current generation NISQ systems. Perhaps equally important, Qaptiva can be run on users' existing HPC hardware. Such capabilities could prove to be a valuable asset for those looking to harness the power of quantum computing for numerical simulation.

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