XACC

An extreme-scale programming model for quantum acceleration.

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Overview

XACC (eXtreme-scale ACCelerator) is a framework for hybrid quantum-classical computing that is designed to integrate quantum processors into high-performance computing (HPC) workflows. It provides a programming model that allows developers to write quantum algorithms that can be executed on a variety of quantum hardware and simulators. XACC is designed to be extensible, allowing for the addition of new quantum compilers and hardware backends.

✨ Key Features

  • Focus on hybrid quantum-classical computing for HPC
  • Extensible compiler and hardware backend architecture
  • Support for multiple quantum programming languages
  • An Eclipse Foundation project

🎯 Key Differentiators

  • Focus on integrating quantum computing into HPC workflows
  • A highly modular and extensible architecture
  • An open and vendor-neutral platform

Unique Value: Provides a powerful and flexible framework for integrating quantum computing into high-performance computing environments.

🎯 Use Cases (4)

High-performance computing Hybrid quantum-classical algorithms Scientific computing Quantum compiler research

✅ Best For

  • Integrating quantum computations into large-scale scientific simulations

💡 Check With Vendor

Verify these considerations match your specific requirements:

  • Users who are not working in a high-performance computing environment

🏆 Alternatives

CUDA Quantum

Offers a more HPC-centric approach to hybrid quantum-classical computing compared to other frameworks.

💻 Platforms

Desktop (via local installation)

✅ Offline Mode Available

🔌 Integrations

C++ Python

💰 Pricing

Contact for pricing
Free Tier Available

Free tier: XACC is an open-source framework and is free to use.

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