Total Qubits Available
Average Uptime
Hardware Providers
Active Experiments
Available Quantum Systems
Real-time status and specifications for all connected hardware
Qubits
127
Connectivity
Heavy-hex lattice
Coherence Time
100-200 μs
Availability
95%
Gate Set
CX, ID, RZ, SX, X
Best For
Variational algorithms, chemistry simulations
Qubits
433
Connectivity
Heavy-hex lattice
Coherence Time
80-150 μs
Availability
90%
Gate Set
CX, ID, RZ, SX, X
Best For
Large-scale optimization, ML training
Qubits
1121
Connectivity
Heavy-hex lattice
Coherence Time
100+ μs
Availability
Beta
Gate Set
CX, ID, RZ, SX, X
Best For
Research, quantum advantage demonstrations
Qubits
70
Connectivity
2D grid
Coherence Time
15-25 μs
Availability
Limited
Gate Set
CZ, single-qubit gates
Best For
Quantum supremacy experiments, NISQ algorithms
Qubits
54
Connectivity
2D grid
Coherence Time
20-30 μs
Availability
Research
Gate Set
CZ, single-qubit gates
Best For
Error correction research, benchmarking
Qubits
25
Connectivity
All-to-all
Coherence Time
10+ seconds
Availability
99%
Gate Set
Native gates
Best For
High-fidelity operations, quantum ML
Qubits
80
Connectivity
Octagonal lattice
Coherence Time
20-50 μs
Availability
95%
Gate Set
CZ, RX, RZ
Best For
Hybrid algorithms, real-time processing
Qubits
8
Connectivity
All-to-all
Coherence Time
100+ μs
Availability
90%
Gate Set
Universal gate set
Best For
Algorithm development, education
Qubits
32
Connectivity
All-to-all
Coherence Time
10+ seconds
Availability
Enterprise
Gate Set
Native gates
Best For
Enterprise applications, financial modeling
Qubits
25
Connectivity
All-to-all
Coherence Time
10+ seconds
Availability
99%
Gate Set
Native gates
Best For
Production workloads, ML applications
Qubits
84
Connectivity
Octagonal lattice
Coherence Time
25-60 μs
Availability
95%
Gate Set
CZ, RX, RZ
Best For
Parametric circuits, VQE, QAOA
Automatic Hardware Selection
Our AI-powered routing engine automatically selects the best quantum hardware for your specific algorithm, optimizing for speed, accuracy, and cost.
- Analyzes circuit requirements and complexity
- Considers real-time queue times and availability
- Optimizes for your priority: speed, cost, or accuracy
Routing Example
from qintercept import Qi
qi = Qi()
# Let Q-Connect choose the best hardware
result = qi.execute(
circuit,
optimization_priority="accuracy"
)
# Or specify preferences
result = qi.execute(
circuit,
min_qubits=20,
max_cost=100,
preferred_providers=["IBM", "IonQ"]
)Coming Soon
Next-generation quantum systems joining Q-Connect
Next-generation quantum processor with revolutionary error correction
First error-corrected quantum computer for production use
Revolutionary photonic qubits with no cooling requirements