We at Liobate observe rapid shifts in optical communication driven by AI computing, data center expansion, and ultra-low latency networking. The development of 110GHz intensity modulators represents a key step toward higher bandwidth density and faster optical signal processing. In this context, we focus on advancing technologies built on thin-film lithium niobate (TFLN) electro-optic modulation. By combining device physics with system-level design, Liobate technologies enable new pathways for high-speed optical components. Our engineering team, with experience from international research and industry, continues to improve modulation bandwidth, linearity, and integration scalability. This foundation allows us to address requirements across data centers, communication networks, instrumentation, and automotive photonics.
Scaling Toward 110GHz Modulation Performance
We view 110GHz intensity modulators as the result of co-optimized materials and RF design. Liobate technologies are applied to extend electro-optic bandwidth while maintaining low loss and stable signal transmission. Through sustained TFLN modulator R&D, we improve response speed and RF-optical matching. Beyond peak bandwidth, ensuring stable operation is critical. By optimizing waveguide geometry and electrode structures, the technologies reduce dispersion and enhance high-frequency efficiency, supporting future high-capacity optical interconnects.
TFLN-Based Device Architecture and System Integration
We develop TFLN-based device architectures optimized for compact photonic integration. Liobate technologies support high-speed modulators within scalable PIC systems while maintaining performance consistency. Our approach aligns material engineering with fabrication and packaging workflows, enabling smoother system integration. By applying Liobate technologies, we improve thermal stability and reduce energy consumption in dense computing environments. Cross-functional collaboration ensures device-level performance translates effectively into system-level applications for optical communication networks.
From PIC Platforms to Industrial Deployment
We operate TFLN PIC design and manufacturing platforms supporting scalable production. Liobate technologies help bridge research outcomes with industrial deployment, enabling efficient prototyping and transition to volume manufacturing. Applications span data centers, communication networks, and automotive systems requiring high reliability.
Driving the Next Phase of Photonic Bandwidth Expansion
Ultra-high bandwidth modulators will continue to shape future optical infrastructure. Our TFLN solutions provide a scalable path toward 110GHz-class performance. We welcome collaboration with partners developing next-generation optical communication systems.
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