Modern optical communication networks require continuous evolution to meet the growing demand for higher throughput, especially as service providers plan for 100G/200G PON upgrades. We see that existing infrastructure often faces tec...

Engineers across industries like autonomous driving and high-speed communications face significant obstacles when integrating precision components into compact systems. At Liobate, we recognize that the path to efficient signal processin...

Optical systems face increasing pressure to provide higher signal integrity and speed, especially as data throughput demands rise. At Liobate, we observe that engineers often struggle to stabilize frequency combs with some laboratory dem...

Sustainability has become a central design criterion across the optical communications industry. Data centers, telecom networks, and sensing systems all face pressure to reduce carbon footprints while scaling bandwidth. Power consumption...

We at Liobate focus on improving the performance of high-speed optical links as demand for bandwidth and energy efficiency continues to increase across communication networks and photonic systems. A thin film lithium niobate modulator li...

Deploying a thin film lithium niobate modulator in a production or laboratory environment requires more than initial performance verification. Long‑term system uptime depends on disciplined maintenance and reliability protocols that acco...