Transmitters/Optical: DFB Laser, Fabry-Perot Laser, Empirical Laser Measured, Set OSNR The introduction of a new Lightwave Analyzer visualizer that can be used for measuring the responsivity and frequency response of a multitude of devices under test (DUT) including PINs, TIAs, lasers, optical modulators, etc.! The introduction of Multi-threading support for parameter sweeps to greatly accelerate calculation times when performing multiple iteration analysis of OptiSystem projects on multi-core CPU platforms.ĩ. Updates to our Optical and Electrical Filter Libraries to better align our models with the latest developments in Nyquist-based transmission system design and analysis.Ĩ. Updates to our PIN and TIA components, as to more effectively match these component models to the current state of the art high modulation photodetectors (>25 Gb/s).ħ. The introduction of a 90 Deg Optical Hybrid component for the design and analysis of coherent homodyne receiver systems.Ħ.
Optisystem 13 drivers#
The introduction of Analog to Digital and Digital to Analog converters to allow for the more realistic simulation of laser/modulator drivers and the characterization of impairments such as quantization errors.ĥ.
Updates to the Optical Sources Library including important improvements to our DFB and FP Lasers (including the introduction of our new Transmission Line Laser Model!), a new Empirical Laser Measured component (which will allow designers to more closely match their OptiSystem simulations with manufacturer and lab measurement data of semiconductor lasers), and a new dedicated optical source component for setting up accurate OSNR sweeps (Set OSNR component).Ĥ. Updates to our existing Decision component (to support BPSK, QPSK, 8PSK, 16PSK, 16QAM and 64QAM) and the introduction of a new PAM Decision component for the analysis of m-PAM systems.ģ. The introduction of a new Universal DSP component with a complete suite of DSP algorithms (including a new nonlinear compensation model) for analyzing a multitude of modulation formats (including BPSK, QPSK, 8PSK, 16PSK, 16QAM and 64QAM).Ģ.