Bias control is a practical concern in any high-speed optical link because even small drift can change extinction ratio, linearity, and long-term stability. In modern intensity modulator architectures built on TFLN Devices, we see th...

Next-generation communication systems demand measurable improvements in speed, efficiency, and integration density, and evaluating optical chips now requires a more engineering-driven framework than traditional component comparisons. At L...

Quantum chip vs photon chip is a question we hear often when discussing the future of high-bandwidth computing and sensing systems. At Liobate, we approach this topic from a practical engineering perspective because our partners are buil...

In recent years, photonic chips have become a crucial technology in high-speed optical communication and advanced data processing. At Liobate, we focus on the development of TFLNchips that combine high modulation speed, ultra-low ins...

Deploying 800G optical transceiversin data center interconnects (DCI) presents unique challenges that require careful planning and technical understanding. At Liobate, we often engage with clients who encounter issues that could have...

At Liobate, we recognize that the IDM (Integrated Device Manufacturer) model plays a pivotal role in advancing thin-film lithium niobate (TFLN) chip manufacturing. By integrating design, fabrication, and testing within our own ...