Quantum Hardware

216-mode photonic quantum processor optimized for Gaussian Boson Sampling and continuous-variable quantum computing.

133-qubit processor with improved coherence times and reduced crosstalk, designed for utility-scale quantum applications.

127-qubit quantum processor with heavy-hex lattice topology, offering high connectivity and low error rates for near-term quantum applications.

100-atom neutral atom quantum processor with programmable geometry, ideal for optimization and simulation tasks.

84-qubit superconducting processor with tunable couplers, optimized for quantum algorithms requiring deep circuits.

State vector simulator supporting up to 34 qubits with perfect gate fidelities, ideal for algorithm development and testing.

32-qubit trapped ion quantum computer with high-fidelity operations and mid-circuit measurement capabilities.

32-qubit trapped ion system with enhanced stability and precision, designed for enterprise quantum applications.

25-qubit trapped ion system with all-to-all connectivity, featuring industry-leading gate fidelities and long coherence times.

20-qubit superconducting processor with fast gate operations and low readout errors, optimized for quantum algorithms.