VPItransmissionMaker™ WDM
VPItransmissionMakerTM WDM accelerates the design of new photonic systems including link and all-optical networks. Automated synthesis and verification tools capture and distribute in house know-how.
Design advanced systems including novel modulation schemes, PMD compensation, Raman amplification, partial regeneration, adaptive dispersion compensation, optical channel monitoring and power flattering. Over 300 design templates are provided, with regular updates on the Optical Systems Forum. An unrivaled range of photonic and electronic modules supports almost every system concept.
The graphical interface allows almost any topology to be built and simulated using Sample and Block modes, both in unidirectional an bidirectional simulations. Advanced multiple-signal representations and sophisticated numerical models ensure speed and accuracy.
Interactive Simulation, Design-Assistants, simulation scripting, data import with automatic file format conversion and MATLAB/DLL/Python cosimulation streamline and capture design processes. Technical marketing is supported, by providing a dynamic environment to design, evaluate, demonstrate and compare the technical and cost superiority of solutions.
Applications
- Compare upgrade strategies for Dense WDM with high bit rate systems
- Develop Ultra Long Haul amplified systems and submarine systems
- Select technologies for Metro-WDM and digital access networks
- Assess component performance in a systems context to develop component specifications
- Fine tune link designs using Design Assistants for synthesis and analysis
- Mitigate PMD effects in 40 Gbit/s systems using compensators and novel modulation formats
- Explore several Tbit/s systems using C, L and S band windows
- Evaluate crosstalk in Super-Dense WDM metro networks
- Simplify the architecture of an access network by using OSSB sub-carrier multiplexed data
- Extend transmission distance of 40 Gbit/s OTDM systems using partial optical regeneration
- Upgrade the backbone network with ULH 640 x 2.5, 160 x 10, 80 x 40 RZ/CRZ/Soliton systems
- Maximize the capacity of the fiber plant using bidirectional transmission.
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Keywords:
GUI, WDM, High Capacity, Long-Haul, CWDM, TDM, Metro, Access, Sensors, Yield, Optimization, Signal Representations, Modulation, PMD, Nonlinearities, Crosstalk, MEMs, BER, Eye, Parameter Extractor, Channel Analyzer, Electrical Equalization, Multimode Fiber, Raman Amplification, Optical Signal Processing, Importance Sampling, Monitoring, Electronics, Receivers, Amplifier Dynamics