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IQM's integration of NVIDIA CUDA-Q Logical into its Halocene error correction stack marks a significant step toward hardware-agnostic benchmarking for fault-tolerant quantum systems. By decoupling high-level logical circuit descriptions from proprietary control software, this move standardizes the evaluation of QEC designs across heterogeneous backends while providing auditable resource estimates for decoding latency and interconnect transport. This architecture facilitates broader adoption in academic and enterprise supercomputing environments by enabling consistent validation of quantum error correction protocols without vendor lock-in.

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IQM Adopts NVIDIA CUDA-Q Logical Framework to Drive Open-Architecture Fault-Tolerant System Benchmarking

Quantum Computing ReportSeptember 15, 20262 min read

At IEEE Quantum Week 2026, IQM Quantum Computers announced the adoption of NVIDIA CUDA-Q Logical within their Halocene quantum error correction product line. This integration allows for the standardization of high-level logical circuit descriptions, enabling QEC algorithm workloads to be compiled, benchmarked, and executed across various physical backends. The framework provides auditable multi-layer resource estimates and supports up to 5 logical qubits, aiming to standardize the evaluation and validation of QEC designs on physical testbed hardware. The post IQM Adopts NVIDIA CUDA-Q Logical Framework to Drive Open-Architecture Fault-Tolerant System Benchmarking appeared first on Quantum Computing Report.

Superconducting quantum computer manufacturer IQM Quantum Computers has adopted NVIDIA CUDA-Q Logical as a primary logical orchestration layer within its full-stack hardware…

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