Optical link performance calculator based on the Polynomial Closed-Form GN/EGN model (PCFM) v1.2
Optical link performance calculator based on the Polynomial Closed-Form GN/EGN model (PCFM) v1.2
Optical link performance calculator based on the Polynomial Closed-Form GN/EGN model (PCFM) The main file is Matlab, the others are mostly MEX files, compiled for Windows/Intel systems and for Linux systems. The software is capable of fully characterizing the GSNR of each channel of a multi-band, multi-span link, in the presence of ISRS and Raman amplification (both forward and backward). Version 1.1: the graphical output of the provided use-case example has been improved. More information is provided, including a breakdown of NLI into SCI and XCI. A dialog lets you choose which span output, of the provided 10-span example of a C+L+S systems, you are interested in. Version 1.2: several new system examples have been added. Now the full suite of examples include: a 1000 km C+L+S system with Raman amplification optimized for throughput (same as in Version 1.1) a 1000 km C+L+S system with Raman amplification optimized for throughput and GSNR flatness (new) a 3000 km C+L system with Raman amplification optimized for throughput (new) a 3000 km C+L system with Raman amplification optimized for throughput and for GSNR flatness (new) a 7000 km C-band system optimized for throughput (new)
ISRS, Optical Multiband Transmission, Raman Amplification, Long-Haul Transmission, EGN-model, GN-model, Optical Fiber Communications, Coherent Systems, Optical Ultrawideband Transmission, Wavelength Division Multiplexing, Non-Linear Fiber Propagation, GSNR, Multispan Optical Systems
ISRS, Optical Multiband Transmission, Raman Amplification, Long-Haul Transmission, EGN-model, GN-model, Optical Fiber Communications, Coherent Systems, Optical Ultrawideband Transmission, Wavelength Division Multiplexing, Non-Linear Fiber Propagation, GSNR, Multispan Optical Systems
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