State of Quantum Hardware

A cross-vendor ranking of quantum devices, built from the public corpus of calibration snapshot s and openly-licensed benchmarks. Switch the ranking metric below. Rows are labelled by source & licence — vendor-reported rows are manufacturer claims, not independently reproduced here. How the corpus works →

Best 2Q fidelity 2Q gate fidelity Median 2Q error Median T1 (µs) Median T2 (µs) Algorithmic qubits (#AQ) Quantum Volume CLOPS EPLG (error/layer) Bell-state effective qubits QFT accuracy QAOA approx. ratio Qubits
Rank Provider Backend Best 2Q fidelity Source / licence Captured
#1 ibm ibm_osaka 0.9973 IBM · Apache-2.0 2024-06-01
#2 ibm ibm_quebec 0.9969 IBM · Apache-2.0 2024-06-01
#3 ibm ibm_sherbrooke 0.9965 IBM · Apache-2.0 2024-06-01
#4 ibm ibm_brisbane 0.9963 IBM · Apache-2.0 2024-06-01
#5 ibm ibm_hanoi 0.9962 IBM · Apache-2.0 2024-06-01
#6 ibm ibm_kawasaki 0.9959 IBM · Apache-2.0 2024-06-01
#7 ibm ibm_cairo 0.9957 IBM · Apache-2.0 2024-06-01
#8 ibm ibm_mumbai 0.9953 IBM · Apache-2.0 2024-06-01
Sources & attribution. IBM rows are real device calibration snapshots from Qiskit's fake_provider (Apache-2.0). Metriq rows are community benchmark submissions from metriq.info (CC-BY-4.0). Zenodo rows are openly-licensed raw calibration datasets (CC-BY/CC0), cited per row. Vendor-reported rows are specifications published by the manufacturer and are shown as claims, with the press/source link recorded in each snapshot's provenance. Metrics differ in what they measure and how they're obtained, so compare within a metric and mind the source badge.