SEEQC Accelerates a US–Taiwan Quantum Ecosystem With Strategic Semiconductor and Electronics Collaborations
SEEQC, a pioneer in quantum computing that integrates ultra-low-temperature quantum control circuitry directly onto a single chip, has formally established a US–Taiwan quantum technology ecosystem. As a leading supplier of quantum signal processing technology, SEEQC is bringing together major partners from the semiconductor, electronics, and academic sectors to accelerate the commercialization of its single-flux quantum (SFQ)–based quantum computing platform. The initiative includes significant strategic investment from Taiwanese partners, while SEEQC retains its core quantum architecture and intellectual property in the United States, reinforcing decades of technological collaboration between the two regions.
John Levy, Chief Executive Officer of SEEQC, emphasized Taiwan’s central role in global semiconductor innovation. He noted that Taiwan remains a world leader in IC manufacturing, advanced packaging, and chip design, with capabilities that continue to push the boundaries of modern electronics. SEEQC is leveraging this strength by combining Taiwan’s semiconductor expertise with its proprietary US-developed digital quantum control technology and system-on-a-chip architecture. Through collaborations with Kinpo, ITRI, and National Taiwan University, alongside a research partnership with the University of California, Berkeley, SEEQC aims to deepen US–Taiwan cooperation while laying the groundwork for a like-minded global alliance in the quantum era.
At the core of this initiative is the creation of a fully integrated quantum ecosystem spanning manufacturing, electronics, design, and academic research. SEEQC has established a collaborative network that supports its roadmap toward an “all-chip integrated quantum computer.” Each partner contributes specialized expertise: Kinpo is co-developing scalable room-temperature electronics, ITRI supports superconducting chip process development, and National Taiwan University advances high-speed CMOS electronic interface technologies for SEEQC’s SFQ processors. Several Taiwanese partners, including the Kinpo Group, have also taken strategic equity positions in SEEQC through recent fundraising efforts.
Dr. Shu-Jen Han, SEEQC’s Chief Technology Officer and a Taiwan native, highlighted the company’s technical leadership. SEEQC is the first company to demonstrate scalable superconducting quantum computers with cryogenic control and readout circuitry directly integrated into quantum chips. He explained that Taiwan offers the world’s most comprehensive semiconductor ecosystem, spanning advanced electronics, packaging, and large-scale manufacturing. SEEQC’s strategy is to retain its core quantum innovations in the United States while strategically utilizing Taiwan’s manufacturing and electronics capabilities to accelerate commercialization.
A key pillar of the ecosystem is SEEQC’s expanding collaboration with the Kinpo Group, a global leader in precision electronics and manufacturing. Together, the two companies are developing cost-effective, room-temperature electronic systems tailored specifically for SEEQC’s SFQ control chips. Kinpo also supports SEEQC as a long-term technology partner and strategic investor, contributing manufacturing and measurement expertise essential for scaling quantum systems.
Andy Lee, Chief Technology Officer of the Kinpo Group, noted that SEEQC’s chip-level quantum architecture places exceptionally high demands on precision electronics capable of operating reliably at scale. He added that Kinpo’s strengths in manufacturing and measurement align closely with SEEQC’s digital quantum approach, helping to speed commercial deployment.
In semiconductor process development, SEEQC’s partnership with ITRI forms the manufacturing backbone of its Taiwan strategy. ITRI is supporting the development and future mass production of superconducting SFQ control chips, drawing on Taiwan’s deep experience in advanced semiconductor processes. Dr. Shih-Chieh Chang, Director of the Electronics and Optoelectronic Systems Laboratories at ITRI, said the collaboration reflects Taiwan’s long-standing culture of innovation and cooperation, while laying the industrial foundation needed for next-generation quantum computing.
SEEQC has also launched advanced research collaborations with National Taiwan University and UC Berkeley, focusing on high-speed CMOS electronic interface technologies critical to SFQ processors. Joint pilot production has already been completed at TSMC. The project includes contributions from Professor Jun-Chau Chien, a globally recognized expert in high-speed mixed-signal CMOS circuits, underscoring the importance of trans-Pacific academic collaboration in advancing SEEQC’s platform.
Through the formation of this next-generation quantum supply-chain alliance, SEEQC is strengthening its ability to deliver commercially viable chip-scale quantum computers. By integrating Taiwan’s semiconductor and electronics strengths with SEEQC’s US-based quantum innovations, the ecosystem accelerates development timelines and builds a resilient, aligned supply chain for future computing technologies. These capabilities also support SEEQC’s strategic partnerships with industry leaders such as IBM and NVIDIA.
Ming-Chih Lai, Director at Taiwan’s National Science and Technology Council, noted that Taiwan remains committed to expanding global partnerships in advanced semiconductors and emerging computing fields. He emphasized that collaborations like this enhance innovation capacity, deepen technological exchange, and help build resilient supply chains for strategically important industries.
SEEQC and its partners will continue working together on process optimization, system electronics, and next-generation SFQ technologies to further mature SEEQC’s chip-based quantum computing platform.
About SEEQC
SEEQC focuses on developing core technologies for “quantum computing on chips.” Its digital quantum chip architecture is designed for scalability, energy efficiency, and commercial viability, enabling applications in quantum AI and heterogeneous computing. SEEQC originated from Hypres, a company spun out of IBM’s superconducting electronics division, and is led by a world-class team with advanced R&D centers in the United States and Europe.
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