With the booming development of artificial intelligence technology, there is an urgent and growing demand for high-speed, stable data transmission. AI computing power requirements are growing exponentially, and data center traffic continues to rise. As core components supporting backbone networks and intelligent computing centers, 800G/1.6Tbps optical modules are experiencing explosive market growth.
In the manufacturing process of high-speed optical modules, low coupling efficiency, unstable yield rates, and high employee training difficulty have become key bottlenecks constraining manufacturers' production capacity expansion and stable delivery. The critical step of optical module coupling and packaging can be said to be the core determinant of whether the high-speed optical interconnect industry can bridge the "mass production gap."
Laile Optoelectronics' newly upgraded dual-FA automatic coupling system is specifically designed for the mass production of high-speed optical modules (800G/1.6T and beyond). Its core advantages lie in the dual innovation of efficiency and precision:
Doubled Efficiency: Adopting a unique dual-FA simultaneous coupling design that enables synchronized operation of TX and RX ends, achieving a production efficiency increase of over 50% compared to traditional single-FA coupling.
Fully Automated Integration: Integrating high-precision image recognition, automatic leveling, and a fully automated "coupling–dispensing–curing" process with one-click operation, significantly improving mass production stability and yield rates.
Broad Compatibility: Compatible with various materials including silicon photonics, thin-film lithium niobate, and III-V compounds, as well as the full range of modules from 400G to 3.2T, meeting cutting-edge process requirements.
With our superior equipment, we build a set of process anchor points featuring high precision, high takt time, and high yield rates for the mass production and delivery of silicon photonic modules, while also providing after-sales service of superior quality that exceeds industry standards. This is not merely equipment iteration; it is the critical leap for ultra-high-speed optical modules from the "laboratory grade" to the "industrial grade." While the industry is still catching up with rate upgrades, Laile Optoelectronics has already paved the underlying road in advance for the large-scale implementation of next-generation optoelectronic co-packaging.
