On June 17, PATEO (02889) formally entered into a cooperative agreement with the new research-oriented institution, Fujian Fuyao University of Science and Technology. The collaboration will focus on intensive research and development in core material areas such as electro-optic modulator materials, silicon photonics integration, and fourth-generation semiconductors. The partners plan to commercialize the resulting innovations, a move that strategically positions them at the intersection of the booming trillion-dollar AI computing and optical communication sectors, aiming to establish a complete closed-loop from materials to chips and commercial applications.
Against the backdrop of the global AI wave and the accelerated shift towards central computing architectures in smart vehicles, computing infrastructure and in-vehicle communication systems are undergoing a profound revolution centered on light. As the scale of large model training clusters expands exponentially and high-level autonomous driving demands extreme data throughput, replacing copper with light and integrating photonics with electronics has become the essential path to overcoming computing bottlenecks and communication latency. In this technological contest concerning next-generation intelligent terminals and AI computing foundations, photonic chips and their upstream core materials are not only critical determinants of system performance but also a strategic high ground fiercely contested by global tech giants and a key area for domestic substitution.
Following its recent joint initiative with Ping An Capital to acquire a photonic chip company, PATEO has swiftly moved to integrate technology and secure upstream resources. This partnership with Fuyao University of Science and Technology shifts the focus beyond mere device manufacturing, targeting the very source of the optical communication industry: core materials. According to the agreement, PATEO will invest R&D funds into the university, specifically supporting its School of New Materials and New Energy in achieving technological breakthroughs across three key areas: electro-optic modulator core materials, silicon photonics integration technology, and fourth-generation semiconductors.
In the field of electro-optic modulation materials, the collaboration aims to tackle the challenge of low-cost fabrication of large-size, high-quality, highly oriented strontium barium niobate thin films. A particular focus is overcoming issues of lattice mismatch and interface defects when growing these films directly on silicon substrates, directly addressing a critical bottleneck in active core materials for optical communications to achieve a significant leap in technological capability.
Regarding silicon photonics integration, efforts will concentrate on developing low-cost, CMOS-compatible fabrication technologies for large-scale silicon photonic devices. The partnership will explore fully silicon-compatible pathways, such as germanium-silicon or strained silicon, to mitigate the intrinsic limitation of silicon's low light emission efficiency, reduce reliance on III-V materials, and meet the reliability verification standards required by Tier-1 customers in AI data centers.
Furthermore, the collaboration will jointly research low-cost, large-size preparation processes for gallium oxide single crystals, aiming to capture the technological high ground in fourth-generation semiconductor materials.
For the results conversion mechanism, the agreement establishes a "research as entrepreneurship" model with strong commercial potential through equity linkage. It stipulates that once laboratory progress is achieved in the research projects, both parties agree to transfer the results into a jointly established company for commercial purposes. This deeply integrated capital link not only secures Fuyao University's top-tier scientific achievements but also ensures the technology can rapidly respond to market demands, translating into tangible product competitiveness for PATEO in areas like smart cockpits, in-vehicle communication, and AI data centers.
Beyond the combination of technology and capital, the partners will jointly apply for national and provincial-level research projects as well as corporate horizontal research topics. They will also co-build scientific research and innovation platforms to enhance the capabilities of their industry-education-research joint laboratory.
This highly unique closed-loop layout across the entire industry chain aligns seamlessly with the integrated "hardware-software-chip-cloud" development strategy that PATEO has been advancing in recent years. On May 29 of this year, PATEO held a strategic cooperation signing ceremony with global chip giant NVIDIA, where they discussed cutting-edge fields including automotive AI, autonomous driving, next-generation computing platforms, and optical communication. On June 2, PATEO, in conjunction with Ping An Capital, proposed a cash acquisition of an integrated circuit design enterprise specializing in high-performance communication chip R&D, marking a strategic extension into the upstream chip domain.
From the proposed acquisition of a photonic chip company to partnering with Fuyao University to tackle foundational materials, PATEO is progressively building comprehensive capabilities spanning material R&D, chip design, system integration, and AI applications. PATEO stated that this collaboration with Fuyao University represents another crucial step in perfecting its optical industry ecosystem following the proposed photonic chip company acquisition. PATEO is gradually constructing full-stack capabilities through the continued deepening of its integrated "hardware-software-chip-cloud" strategy.
As this cooperation materializes, PATEO's footprint in the optical communication field is becoming increasingly defined. This is expected not only to consolidate its leading position in smart cockpits but also to potentially open new growth avenues amidst the concurrent rise of AI computing and optical communication, showcasing its ambition to transform from a single-device supplier into a "technology + industry" platform company.