0 upcoming events
Click to sort rows by QPU name header in ascending order | Click to sort rows by Region header in ascending order | Click to sort rows by Qubits header in ascending order | Click to sort rows by Status header in ascending order | Click to sort rows by Pending jobs header in ascending order | Click to sort rows by Type header in ascending order | Click to sort rows by 2Q error (median) header in ascending order | Click to sort rows by 2Q error (layered) header in ascending order | Click to sort rows by Readout error (median) header in ascending order | Click to sort rows by CLOPS header in ascending order |
|---|---|---|---|---|---|---|---|---|---|
ibm_boston | This QPU is only available for use in the us-east region. | 156 | Online | 416 | Heron processor: At 156 qubits, Heron pulls in substantial innovations in signal delivery that were previously deployed in Osprey. | 1.22E-3 | 1.74E-3 | 4.883E-3 | CLOPS_h: This QPU is measuring hardware-aware circuit layer operations per second. |
ibm_kingston | This QPU is only available for use in the us-east region. | 156 | Online | 28 | Heron processor: At 156 qubits, Heron pulls in substantial innovations in signal delivery that were previously deployed in Osprey. | 2.39E-3 | 8.26E-3 | 1.758E-2 | CLOPS_h: This QPU is measuring hardware-aware circuit layer operations per second. |
ibm_pittsburgh | This QPU is only available for use in the us-east region. | 156 | Online | 2 | Heron processor: At 156 qubits, Heron pulls in substantial innovations in signal delivery that were previously deployed in Osprey. | 1.65E-3 | 3.48E-3 | 4.15E-3 | CLOPS_h: This QPU is measuring hardware-aware circuit layer operations per second. |
ibm_fez | This QPU is only available for use in the us-east region. | 156 | Online | 0 | Heron processor: At 156 qubits, Heron pulls in substantial innovations in signal delivery that were previously deployed in Osprey. | 2.56E-3 | 5.28E-3 | 1.392E-2 | CLOPS_h: This QPU is measuring hardware-aware circuit layer operations per second. |
ibm_marrakesh | This QPU is only available for use in the us-east region. | 156 | Online | 2 | Heron processor: At 156 qubits, Heron pulls in substantial innovations in signal delivery that were previously deployed in Osprey. | 2.33E-3 | 3.85E-3 | 1.233E-2 | CLOPS_h: This QPU is measuring hardware-aware circuit layer operations per second. |
ibm_torino | This QPU is only available for use in the us-east region. | 133 | Online | 0 | Heron processor: At 156 qubits, Heron pulls in substantial innovations in signal delivery that were previously deployed in Osprey. | 2.52E-3 | 6.36E-3 | 3.015E-2 | CLOPS_h: This QPU is measuring hardware-aware circuit layer operations per second. |
ibm_miami | This QPU is only available for use in the us-east region. | 120 | Online | 0 | Nighthawk processor: With a square grid topology, Nighthawk leverages our technology stack from Heron with increased connectivity for enhanced application workloads. | 2.72E-3 | 7.88E-3 | 2.008E-2 | CLOPS_h: This QPU is measuring hardware-aware circuit layer operations per second. |
ibm_aachen | This QPU is only available for use in the eu-de region. | 156 | Online | 23 | Heron processor: At 156 qubits, Heron pulls in substantial innovations in signal delivery that were previously deployed in Osprey. | 1.83E-3 | 3.45E-3 | 7.629E-3 | CLOPS_h: This QPU is measuring hardware-aware circuit layer operations per second. |
ibm_brussels | This QPU is only available for use in the eu-de region. | 127 | Online | 0 | Eagle processor: At 127 qubits, the Eagle processor family incorporates more scalable packaging technologies than previous generations. | 8.14E-3 | 2.79E-2 | 3.357E-2 | CLOPS_h: This QPU is measuring hardware-aware circuit layer operations per second. |
ibm_strasbourg | This QPU is only available for use in the eu-de region. | 127 | Online | 108 | Eagle processor: At 127 qubits, the Eagle processor family incorporates more scalable packaging technologies than previous generations. | 8.10E-3 | 2.88E-2 | 3.076E-2 | CLOPS_h: This QPU is measuring hardware-aware circuit layer operations per second. |
