SpinQ Quantum
SpinQ Technology has announced the successful completion of its Series C+ fundraising round, garnering 600 million Chinese Yuan (about 83 million USD), marking a significant leap from experimental research to large-scale industrial utility. With this most recent capital infusion, the company’s total Series C fundraising has reached around 1 billion Chinese Yuan (139 million USD) in a surprisingly short three-month period. The Shenzhen-based company is now positioned as a key infrastructure supplier for the developing global quantum economy with this financial boom.
A strong group of state-owned and industrial investors spearheaded the capital raising initiative, which is indicative of a larger strategic change in the Chinese quantum industry toward global commercialization and resilient local supply chains. Guotai Junan Innovation Investment, Cornerstone Capital, and Sichuan Zhenxing Group were important participants in the Series C+ round, with Glacier Capital acting as the strategic financial advisor. Longli Technology, Jadex Capital (Jingkai Capital), HTHS Capital (Hengtai Huasheng), ADDOR Capital (Yida Capital), Qingdao Hanrui, and Hainan Fengkaixiang participated in earlier stages of the Series C financing. Kuang Zhong and Xia Zuoquan, two well-known current investors, have contributed follow-on funds, increasing the company’s total investment history to several hundred million RMB across six different rounds.
A “Dual-Driven” Strategy for Market Dominance
By sticking to a “dual-driven” hardware strategy that strikes a balance between long-term research and immediate commercial revenue, SpinQ sets itself apart from many of its competitors. While many quantum enterprises focus solely on multi-year R&D projects with little current income, SpinQ exports portable, educational-grade NMR quantum computers to over 40 countries, creating a healthy commercial stream.
These gadgets, the Gemini and Triangulum series, are the first programmable desktop quantum computers in history. These systems, which are intended for K–12 education and research at the university level, give institutions all around the world a low-maintenance entry point, enabling SpinQ to stay profitable while refining high-performance superconducting architectures. Over 200 institutions in the US, Japan, Australia, the EU, and the Middle East have implemented SpinQ’s solutions thus far.
Scaling the Superconducting Frontier
The approximately 1 billion RMB will fund full-stack superconducting quantum technology research. The iterative development of the “Shaowei” series of superconducting quantum processors is one example of this. High-precision measurement and control hardware, quantum error correction protocols, and innovative manufacturing techniques are the main topics of SpinQ’s technical roadmap.
The company wants to greatly boost the dependability and qubit count of its systems by developing its “hardware + software + service” infrastructure. According to Dr. Jingen Xiang, founder and CEO of SpinQ, the implementation of robust, programmable, and scalable systems is necessary for the shift from laboratory to real-world industry impact. As it advances toward utility-scale computing, the company is currently aiming for a 100-qubit processor.
Industrial-Grade Infrastructure: The Ursa Major System
SpinQ’s industrial drive is around the SQC S Series, which is led by the superconducting quantum computer Ursa Major. In contrast to disjointed parts, the Ursa Major provides a comprehensive, integrated solution that consists of:
- High-performance QPUs (Quantum Processing Units): These chips, which belong to the QPU C Series, have great gate fidelity and long coherence times.
- High-precision cryogenic systems: Crucial for sustaining the temperatures close to absolute zero needed for superconducting qubits.
- SpinQ QCM (Quantum Control & Measurement): Quantum Control & Measurement, or SpinQ QCM, is a sophisticated method for accurate hardware manipulation.
- SpinQit Software & Cloud Platform: An all-inclusive software stack created to make it easier for developers from around the world to get started.
By bringing China’s first superconducting quantum chip and entire superconducting system to foreign markets, SpinQ has already created history. The company built one of the first large-scale, standardized production lines for its hardware platforms to fulfill the increasing demand from around the world.
The Future of the Quantum Economy
The financing will support the expansion of industry cooperation in addition to hardware development. In addition to creating domain-specific algorithms for materials science, biopharmaceuticals, and finance, SpinQ seeks to incorporate quantum accelerators into high-performance computing (HPC) environments.
Growing trust in SpinQ’s capacity to provide fault-tolerant, universal quantum computing is reflected in the investment landscape. SpinQ is establishing itself as a complete solution provider for the next generation of computing, rather than merely a hardware maker, by utilizing the capabilities of its new institutional partners.
The race to develop reliable, high-qubit systems has accelerated as the “Decryption Threshold” and quantum risks to infrastructure become more common in industry discourse. With almost 1 billion RMB in new funding and a track record of successful worldwide delivery, SpinQ Technology is currently well ahead in the competition to introduce quantum utility to the global market.
