Compute Infrastructure
Lease QPU seconds and high-density GPU execution slots. Native integration with physical quantum dilution refrigerators and tensor accelerators.
Quantum Lease & Compute Packages
Choose a plan tailored to your team's R&D scope. Access trapped-ion and superconducting quantum chips securely.
For individual research labs exploring quantum formulation algorithms.
For scientific institutes and corporate R&D teams running cooperative optimizations.
For major pharmaceuticals, finance firms, and defense departments.
Leased Physical Hardware Accelerators
Explore the dedicated high-performance computing assets available for reservation.
Quantum Core (QPU)
Superconducting dilution refrigerators and trapped-ion vacuum chambers providing physical qubits for binary optimization and ansatz scheduling.
AI Acceleration (GPU/HPC)
High-density tensor computing grids. Optimized for multi-agent simulation workloads, LLM training runs, and high-speed local mathematical updates.
Physical Backends & Target Cores
QCOS compilers parse optimizations directly to the following quantum and tensor acceleration structures.
| Backend Name | Core Type | Capacity | Fidelity | Location Scope |
|---|---|---|---|---|
IonQ Aurora (Trapped-Ion) ionq.qpu.aurora | Trapped-Ion Qubit | 32 Algorithmic Qubits | 99.98% | westeurope (weu) |
IBM Heron (Superconducting) ibm.qpu.heron | Superconducting Circuit | 133 Superconducting Qubits | 98.9% | westeurope (weu) |
Rigetti Anza (Superconducting) rigetti.qpu.anza | Superconducting Circuit | 84 Superconducting Qubits | 97.5% | us-east |
NVIDIA B200 (Tensor Cluster) nvidia.hpc.b200 | NVIDIA GPU Accelerator | B200 Tensor Core clusters | FP8/FP16 precision | westeurope (weu) |
Physical core availability notice: Quantum hardware execution slots are allocated dynamically. Lease packages reserve monthly queues. Real-time slot availability is monitored inside the SynapseX Console.