Superconducting Quantum Chips - Origin Quantum

The "Wukong" superconducting quantum chips, built on a circuit quantum electrodynamics architecture, is the core component of Origin Quantum's fourth-generation superconducting quantum computer, "Origin Wukong." This thing is packed with over 100 computational qubits and more than 180 coupling qubits. Thanks to its tunable-frequency superconducting qubit tech, it offers killer flexibility and controllability. Paired with specialized control hardware and software, it delivers high-fidelity, stable quantum gate operations—making quantum computing more accurate and efficient than ever.

Quantum Chip Features

The chips packs in over 100 computational qubits and more than 180 coupling qubits.

You can easily tweak and control the coupling strength between neighboring qubits.

It handles gate operations crazy fast—down to just tens of nanoseconds.

You can read out the qubits individually or all together, no sweat.

The advanced packaging tech seriously cuts down on crosstalk between channels.

Yeah, the packaging is top-notch—it keeps signal interference between channels to a bare minimum.

Quantum Chip Specifications

Model	Wukong WK C102-350
Number of qubits	At least 280 (computational qubits ≥100, coupling qubits ≥180)
Relaxation time (T1 avg.)	At least 14 μs
Decoherence time (T2 avg.)	At least 7 μs
Qubit frequency drift	Can stay under 10 kHz over 12 hours at best
Neighboring qubit flux crosstalk leakage	0.1% or less
Effective coupling strength between neighboring qubits	Up to 30 MHz (coupling on), as low as 10 kHz (coupling off)
Single-qubit gate fidelity (avg.)	At least 99.75%
Two-qubit gate fidelity (avg.)	98.0% or higher
Readout fidelity (avg.)	Over 92.0%

Got needs or questions about Superconducting Quantum Chips? We're here to help.