Active Photonics Applications

  1. Unique simulation technology allows large-signal simulations of bidirectionally-interconnected active and passive components.
  2. Predict the dynamics and emission spectra and stability of fixed and tunable lasers.
  3. Generate and propagate ultra-short optical pulses using realistic models of integrated and bulk-grating mode-locked lasers.
  4. Evaluate all-optical signal processing based on Semiconductor Optical Amplifiers.
  5. Design and compare wavelength-conversion technologies and concepts, such as, XPM, XGM, FWM and Sagnac Loops.