Introduction to Quantum Computer Models

In-Service Models

QC One 176

Calling Code：gd_qc1 Launch Date：September 2023
Provider：QuantumCTek Co., Ltd.

Technical Approach: Physical Machines with Superconducting Quantum Bits Including Quantum Couplers.

Number of qubits: 66 readable qubits + 110 coupling qubits, actual availability subject to real-time data on the attribute page.
Topology: Square

Review: The technology is derived from the Zuchongzhi-2 superconducting quantum computer. To ensure the universal needs of the cloud platform, there is some compromise in performance.

Answering machines one

Calling Code：gd_test Launch Date：September 2023
Provider：Beijing Zhongke Arclight Quantum Software Technology Co., Ltd. (“Arclight Quantum”)

Technical Approach: Ideal Simulator

Number of qubits: 66, with restrictions on available qubits and topology in conjunction with Xiaohong 176.
Topology: Square
Maximum Number of Measured qubits: 20

Simulator 1

Calling Code：gd_sim1 Launch Date：April 2023
Provider：CAS Center For Excellence In Quantum Information And Quantum Physics

Technical Approach: Responder, returns random results only

Number of qubits: 66, with restrictions on available qubits and topology in conjunction with Xiaohong 176
Topology: Square

This model is only used for testing program flow and circuit availability in advance.

Retired Model

N/A