The field of silicon nanophotonics has gained significant attention due to its unique advantages, including CMOS compatibility and the ability to achieve ultra-high integration density. A wide range of passive and active silicon nanophotonic integrated devices have been successfully developed for applications such as optical fiber and data communications, high-performance computing, and lab-on-chip systems.

Among these, silicon nanophotonic devices for on-chip light manipulation play a critical role, enabling advanced optical functionalities and supporting the next generation of compact, high-performance photonic technologies.

Silicon Nano

  1. Our output stability maintains a high percentage of the maximum current.

  2. Our light sources exhibit high spectral density and low unevenness to allow measurement of more attenuated devices over a wider band.