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The Future of High-Performance Quantum Computing

A world-class research center for enabling the next wave of quantum computing breakthroughs

 

Galilee
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Superconducting
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21 qubits
  • Powered by Quantware
  • DGX Quantum available
  • HPC integration
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Negev
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Photonics
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8 qumodes
  • Powered by ORCA
  • DGX Quantum available
  • HPC integration
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Carmel
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Cryo testbed with fast sample exchanger
  • 63 RF lines and 96 DC lines
  • 21 superconducting qubit QPU
  • Quantum Machines control system
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Push your quantum computing research to new frontiers at IQCC

Israel’s National Quantum Computing Center, by Quantum Machines

The IQCC is a state-of-the-art Quantum and HPC center that uniquely integrates the power of quantum and classical computing resources. The center is the first in the world to house multiple co-located quantum computers of different qubit modalities (starting with superconducting qubits and photonic) all utilizing the same control stack – Quantum Machines’ powerful OPX series – and all tightly integrated with on-prem classical supercomputing resources and cloud accessible. The IQCC also houses the world’s best equipped cryogenic testbed, with 63 RF lines, 96 DC lines, Quantum Machines’ powerful control system, and a full suite of test & measurement equipment.

The IQCC will also include the first deployment of DGX Quantum, a unified system for quantum-classical computing co-developed by Quantum Machines and NVIDIA.

Push your research to new frontiers with unparalleled depth of access, freedom to operate, and the most advanced quantum-classical capabilities in the world.

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Why Choose IQCC?

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Co-locating multiple modalities of quantum computers

  • 25 superconducting qubits quantum computer.
  • 8 qumodes ORCA Computing boson sampler.
  • Programmable through QUA pulse level, OpenQASM3 and Qiskit gate level, Pytorch and more.
  • Supplemented by hardware simulators to enhance development experience and efficiency.
  • Additional quantum computers coming soon.
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Technology validation at the world’s best equipped cryogenic testbed

  • Bluefors LD250 dilution refrigerator, fully wired and equipped with 63 RF lines and 96 DC lines, and fitted for fast sample exchange.
  • Quantum Machines’ powerful control system, including 10 OPX+ units, 6 Octave units, and a QDAC II – compact unit.
  • Quantware 21-qubit Contralto QPU and 4 TWPA units.
  • Fully equipped test & measure rack including VNA, scope, signal analyzer, and more.
  • Includes integration with supercomputing resources.
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Tightly integrated on-prem supercomputing resources

The world’s most advanced HPC-QC integration.

  • DGX Quantum: <5µs round trip latency integration between Nvidia Grace-Hopper and Quantum Machines’ control system, enabling QEC, QEM, and ultrafast hybrid workloads.
  • On-prem supercomputing resources: Nvidia DGX 8x A100 (640GB memory), 4x Nvidia Grace-Hoppers, 128x AMD EPYC 9334 vCPUs.
  • Supplemented by seamless hybrid cloud resources provided by AWS.
  • QBridge™: Cutting-edge quantum-classical Slurm-based co-scheduling.
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No Black Box. Unparalleled depth of access down to the metal

  • Access to full information about system set-up.
  • Access to detailed calibration data.
  • Full pulse-level control.
  • Calibrate the system yourself / work with an uncalibrated system.
  • Speak directly with the team operating the quantum computers.