Silicon Photonics technology integrates high-speed optoelectronic functions—such as modulation, detection, and signal transmission—directly onto silicon chips, forming the backbone of next-generation optical communication. When combined with CPO (Co-Packaged Optics) architectures, signal paths are significantly shortened, power consumption is minimized, and bandwidth density is maximized. From transceivers to advanced CPO packaging, the entire manufacturing process demands ultra-precise alignment and high stability to meet the high-speed transmission requirements of data centers and AI computing.

Our automation solutions comprehensively cover the core requirements of the Silicon Photonics supply chain. At the module level, we provide high-precision optical transceiver module assembly and fiber array (FA) connector processing. For connectivity, we offer automated fiber optic connector assembly, boot and ferrule assembly, as well as high-efficiency fiber winding, routing, and stripping operations. To address advanced interconnection needs, we deliver high-reliability optical transmission socket assembly and core CPO packaging and module assembly solutions, integrating state-of-the-art active alignment and multi-chip integration technologies.

These processes require critical capabilities such as multi-axis compensation, active optical coupling, and automatic tension control. Our comprehensive automation solutions include robotic system integration, ODM/OEM customized equipment design, CPO assembly line integration, AGV systems, AI vision inspection platforms, automated packaging modules, and MES integration to ensure seamless information flow. Through intelligent control and high-precision integration, we help customers build high-yield, high-throughput, and stable production lines for silicon photonics and advanced CPO packaging.