Superconducting Quantum Computer - "Origin Wukong"

Origin Wukong, a superconducting quantum computer developed by Origin Quantum, is equipped with a 102-bit independently developed superconducting quantum chip. It ranks among the most advanced programmable and deliverable superconducting quantum computers available today. With its revolutionary computational power, quantum computing is poised to play a critical role in fields such as biochemistry, artificial intelligence, fintech, information security, and engineering design, and is likely to fundamentally reshape the trajectory of these industries.

Superconducting Quantum Computer

What is "Origin Wukong"?

3rd Generation Self-developed Superconducting Quantum Computer

Complete autonomy across hardware, chips, operating system, and application software.

Quantum Computer with 30+ Million Visits

Since its launch, "Origin Wukong" has surpassed 30 million global visits, setting a new record for China's self-developed quantum computing service scale.

Programmable, Deliverable Superconducting Quantum Computer

"Origin Wukong" represents China's most advanced programmable and deliverable superconducting quantum computer to date.

Quantum Computer Capable of AI Large Model Fine-tuning

The , in collaboration with the Hefei National Laboratory for Artificial Intelligence and other research institutions, has successfully carried out the world's first fine-tuning task of a billion-parameter AI model on the "Origin Wukong".

Get Free Quantum Computing Time

Research Incentive Program – Get Free Quantum Computing Time

Struggling with limited access to quantum hardware for your research or papers? Join our Research Incentive Program and get free "Origin Wukong" computing time to accelerate your breakthroughs to benefit more users worldwide.

Quantum Computers Vs Classical Computers

Quantum Computers Classical Computers
Processing Speed Demonstrates far superior processing power for specific problems. For instance, Google's quantum computer completed a specialized task in 3 minutes and 20 seconds that would take a traditional computer about 10,000 years. Processes complex problems relatively slowly, with some tasks unable to be completed within a reasonable timeframe.
Applications Widely used for complex scientific and engineering problems like new drug design, cryptography, and traffic optimization. Used across numerous fields including daily office work, entertainment, AI model deployment, and scientific computing.
Processing Unit Uses quantum bits (qubits) as basic units, which can exist in a superposition of 0 and 1 states simultaneously, greatly enhancing information processing capabilities. Uses binary bits as basic units, which can only represent either 0 or 1, limiting information storage and processing capabilities.
Processing Approach Parallel processing capability can be likened to exploring all paths in a maze simultaneously, significantly improving efficiency for specific problem-solving. Processes information sequentially, with reduced efficiency when handling complex branching problems.
Technological Development With ongoing technological breakthroughs, quantum computers have broad application prospects and are expected to achieve breakthroughs in more fields. While performance continues to improve, it's approaching physical limits, with the pace of development gradually slowing.

Features

Scalable to 100+ Qubits

Scalable to 100+ Qubits

The Origin Wukong offers customizable systems supporting beyond 100 superconducting qubits, tailored to meet the demands of advanced research and industrial applications. This capability lays a solid foundation for achieving practical quantum advantage.

Full-Stack Independence

Full-Stack Independence

With complete intellectual property rights spanning quantum chip design, control systems, and software frameworks, we’ve built an end-to-end independent quantum ecosystem—from hardware to application layer. This ensures core technology remains unrestricted, delivering stable and sustainable quantum solutions.

Powered by China's First Quantum OS

Powered by China's First Quantum OS

Equipped with our self-developed Origin Sīnán operating system, it integrates resource management, error mitigation, and task scheduling. The OS is optimized for tools like QPanda, boosting execution efficiency while supporting diverse quantum architectures and hybrid computing tasks.

End-to-End Technical Support

End-to-End Technical Support

Our experienced engineering team provides comprehensive services—from lab setup and cryogenic system calibration to software-hardware tuning. With remote monitoring and rapid response protocols, we ensure reliable operation while reducing end-user maintenance costs and technical barriers.

System Composition

Quantum computer system diagram with numbered components
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Superconducting Quantum Chip System

The superconducting quantum chip system is the core computing component of a quantum computer. By applying specific sequences of control and readout pulses to the quantum bits on the chip, quantum programs can be executed on the quantum chip.

Superconducting Quantum Chip System

Quantum Computing Measurement and Control System

The quantum computing measurement and control system serves as the control center of the quantum computer. Based on the requirements of quantum chip applications, it provides precise signals needed for quantum chip operation and analyzes and processes feedback signals output by the quantum chip.

Quantum Computing Measurement and Control System

Quantum Computing Environment Support System

The quantum computing environment support system mainly includes an ultra-low temperature refrigeration system and a low-temperature signal transmission system, providing guarantees for the harsh working environment required by quantum chips.

Quantum Computing Environment Support System

Quantum Computer Operating System

"Origin Sinan," China's first quantum computer operating system, enables efficient utilization of quantum processors and effective collaboration between quantum computers and classical computing platforms. It features parallel execution of multiple computing tasks, automatic calibration of quantum chips, and efficient management of quantum resources.

Quantum Computer Operating System

Application Areas

Quantum computing technology visualization
Biochemistry
Quantum application example 1
Artificial Intelligence
Quantum application example 2
FinTech
Quantum application example 3
Information Security
Quantum application example 4
Engineering Design

Machine Services

01

Supply

After completing the sales process, Origin Quantum will prepare and ship within two months.

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Equipment Installation

Our professional engineers will handle the complete setup, so you won't need to worry about assembly.

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Equipment Testing

Following installation, our engineers will conduct thorough testing to ensure it operates stably.

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Operational Support

We provides comprehensive support for all aspects of your quantum computer's operation.

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Operational Maintenance

We delivers all necessary maintenance services to keep your quantum computer running smoothly.

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