D-Wave opens quantum computing gate-model simulator beta program
D-Wave's gate-model simulator enters beta. Error correction on superconducting qubits just became testable.
Why it matters
D-Wave is shifting from annealing-only to dual-rail gate-model quantum computing, now offering a simulator for error-aware program development. Practitioners can test error-correction strategies before hardware access, but the simulator's fidelity relative to real hardware and pricing remain undisclosed.
The key facts
10 to knowD-Wave launches gate-model quantum computing simulator in beta
Built on dual-rail superconducting gate-model technology with error detection and correction design
Allows customers to test error-aware programs before hardware deployment
No pricing, availability timeline, or fidelity benchmarks disclosed
No comparison to competing quantum simulators (IBM, IonQ, Pasqal) provided
D-Wave quantum gate-model simulator launched in beta
Dual-rail superconducting technology with error detection/correction focus
Customers can test error-aware programs in beta
No pricing, availability timeline, or performance benchmarks disclosed
No comparison to competing gate-model simulators or quantum platforms provided
Go to the source
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Publisher excerpt: D-Wave Quantum Inc., a commercial supplier of quantum computing hardware and software, today announced the launch of its gate-model quantum computing simulator program in beta test mode, allowing customers to test error-aware programs. The simulator is built around D-Wave’s dual-rail…