IQCC superconducting facility
Israeli Quantum Computing Center (Quantum Machines + QuantWare + Qolab + ORCA)
IQCC superconducting facility
Register profile — the machine's variant of its architecture
qubit type: transmon
gate mechanism: tunable coupler
connectivity: planar lattice
control: Quantum Machines OPX1000 designed for 1,000+ qubits, tightly coupled to NVIDIA DGX Quantum (Grace Hopper + DGX H100) for low-latency feedback
control placement: room-temp
readout: dispersive
gate evidence: no published figure
flags: no published error rates, source not confirmed
Technologies by layer — the machine's cell per layer
| 1 Qubit carrier | |
| 2 Encoding | Bare physical qubit (no encoding) · primary ◌ 🔎 bare transmon two-level subspace; no encoding beyond the physical qubit |
| 3 Gate mechanism | |
| 4 Connectivity / transport | |
| 5 Control | Room-temperature electronics + per-qubit coax/flex · primary ▦ §High-End Technical Specifications (Quantum Machines OPX1000 modular high-density hybrid control platform; QDAC II; Bluefors LD250) ✅ Quantum Machines OPX1000 (designed for 1,000+ qubits) coupled to NVIDIA DGX Quantum (Grace Hopper + DGX H100); loop latency not published |
| 6 Readout | Dispersive microwave readout (+TWPA, Purcell) · primary ◌ 🔎 dispersive readout; no readout fidelity published |
| 7 Code | |
| 8 Decoder | — none — nothing in this layer ▦ §Low-latency hardware. Flexible software. (2 us round-trip latency for quantum-classical hybrid workloads) 🔎 no decoder run; dec_gpu-capable via DGX Quantum, nothing run |
| 9 Interconnect | |
| 10 Manufacturing | Superconducting-qubit lithography (Al/AlOx/Al junctions, Nb wiring, 300 mm) · primary ◌ 🔎 superconducting-qubit fab (QuantWare QPU); no machine-specific fab source |
evidence: ✅ 1 / 10