High-precision sensing in modern LiDAR systems increasingly depends on stable optical modulation, especially as resolution and detection distance continue to expand. In this environment, Liobatefocuses on thin-film lithium niobate pl...

As data center architectures scale toward 800G and beyond, stable signal control becomes a practical engineering concern rather than a theoretical one. We focus on how electro optic intensity modulator design directly affects 800G FR4...

Low-power coherent transmission is becoming essential as bandwidth demand accelerates across AI clusters and next-generation networks. In this context, Liobatedevelops thin film lithium niobate platforms that enable efficient signal co...

The move toward 1.6T optical interconnects is not only about higher data rates; it is about sustaining scalable photonic applications that can handle AI workloads, dense switching fabrics, and advanced sensing. At Liobate, we focus on...

In modern communication systems, understanding how light is modulated and guided into fiber is essential for scaling bandwidth without increasing energy cost. At Liobate, we approach this question from a device engineering perspective, f...

An optical communication system is a framework that converts electrical data into light signals, transmits them through optical fiber, and restores them back into usable information at the receiver. These systems form the infrastructure b...