TuringQ Pursues A-Share IPO Amidst Strong Market Traction

Quantum computing innovator TuringQ has officially commenced its journey toward an A-share public offering, signaling a significant step for the company and the burgeoning Chinese quantum sector. The firm has initiated its IPO preparation phase, reportedly achieving an impressive valuation exceeding RMB 7 billion (approximately USD 1 billion). This strategic move follows the signing of an IPO counseling agreement with Guotai Haitong Securities, marking the formal start of the listing process.

TuringQ distinguishes itself as a pioneer in integrated photonic chips and programmable photonic quantum computers, a niche it claims to be the first in China to focus on. Established in 2021 by Professor Jin Xianmin of Shanghai Jiao Tong University, the company boasts a unique, integrated team covering chip fabrication, quantum computing, artificial intelligence, and photonic computing. This comprehensive expertise is crucial in navigating the complex development cycle of advanced quantum hardware.

The company's technological advancements are centered on lithium niobate materials and fabrication, leading to the development of wafer-scale, high-speed programmable photonic quantum chips. Notably, TuringQ has successfully integrated over 1,000 photonic devices onto a single chip and engineered a 32x32 ultrafast programmable chip operating at approximately ten gigahertz. This capability is vital for the rapid reconfiguration needed for real-time quantum error correction, a key challenge in scaling quantum systems.

Further bolstering its manufacturing capabilities, TuringQ collaborated with Wuxi-based Chip Hub for Integrated Photonics Xplore (CHIPX) to establish China's inaugural photonic chip pilot production line. This facility offers a complete, closed-loop manufacturing process from design to testing, enabling scaled production of thin-film lithium niobate photonic chips and high-performance quantum components. This addresses a critical bottleneck in the commercialization of photonic quantum computing.

On the system level, TuringQ has developed the TuringQ Gen2, a hybrid integrated photonic quantum computer capable of coherent control over 56 photons. This system, deployable in standard data center environments and supporting tensor-network simulations beyond 100 qubits, represents a significant leap towards industrial-scale quantum computing infrastructure. The company is actively integrating quantum computing with traditional supercomputing centers to create distributed quantum computing clusters, aiming to accelerate the deployment of AI computing centers built on quantum-supercomputing convergence.

TuringQ's market traction is evident in its substantial order book, with 2025 orders already surpassing RMB 100 million (approximately USD 14.8 million). The company has secured over ten state-linked projects and has seen its technology applied across diverse sectors including fintech, biomedicine, energy, transportation, and government services. Key partnerships include collaborations with China Mobile, State Grid Corporation of China, Shaanxi Big Data Group, Hygon, Moore Threads, and Zhongshan Hospital of Fudan University. This broad adoption underscores the growing demand for advanced computing solutions.

The company's financial trajectory shows robust growth, with revenue reportedly reaching an eight-figure RMB sum in 2023 and a compound annual revenue growth rate of 200%. Recent funding rounds this year have injected nearly RMB 1 billion (approximately USD 148 million), solidifying its valuation and providing capital for its ambitious expansion and IPO plans. TuringQ's pursuit of a public listing positions it as a key player in China's drive towards quantum computing leadership.