With highly competitive fidelities, 1,200+ physical qubits, all-to-all qubit connectivity, and advanced technical capabilities such as mid-circuit measurement with qubit reuse and reset and real-time conditional branching, Atom’s AC1000 enables users to push the limits on quantum error correction research and explore quantum applications.
AC1000 can be installed and operated on-premises to create and manage your own quantum ecosystem.
Logical Qubits (LQs) are constructed from the platform’s physical qubits (PQs) and provide superior performance compared to the bare physical qubits. Leave the Noisy Intermediate Scale Quantum (NISQ) era behind and explore quantum algorithms and applications using Logical Qubits.
Atom's AC1000 enables its users to efficiently build and run their own quantum error correction code, and construct their own Logical Qubits by providing a full set of essential technical features, including:
Large Numbers of Physical Qubits (PQs)
Better-than-Threshold Fidelities
All-to-All Qubit Connectivity
Mid-Circuit Measurement with Qubit Reset and Reuse
Supercharge your Quantum Ecosystem with an on-premises state-of-the-art quantum computing platform.
Provide cutting-edge quantum computing resources to your organization, bring together research partners from academia and industry, foster your own quantum readiness programs, or do all the above!
Supporting Your Journey
Your quantum activities will accelerate with an on-premises AC1000 system. To maximize your use of the platform, Atom Computing provides options for nearby and in-person technical support.
But this is not just about hardware. Atom Computing can be a close, supporting partner to your organization and in your quantum ecosystem, enabling you to leverage Atom’s knowledge and expertise to support your partners and collaborators.
From exploring industry applications to driving academic research, Atom Computing supports your journey.
AC1000 Details
AC1000 offers highly competitive fidelities, 1,200+ physical qubits, all-to-all qubit connectivity, and advanced technical capabilities such as mid-circuit measurement with qubit reuse and reset and real-time conditional branching, enabling users to push the limits on quantum error correction research and explore quantum applications.
With a total footprint of approximately 600 sq.ft./56 m2 and moderate power requirements, this system can be integrated in existing office buildings.
Qubits
Modality
Neutral Atoms
Atom Type
Ytterbium-171
Qubit Type
Nuclear-Spin
Physical qubits (PQs)
> 1,200
Connectivity
All-to-All
Gate Operations
1Q Gate Fidelity
> 99.9%
2Q Gate Fidelity
> 99.6%
Parallel Gate Operations
✔
SPAM
Fidelity
> 99.8%
Mid-Circuit Measurement with Qubit Reset and Reuse
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