OptiSystem Applications
Webinar: Probabilistic Amplitude Shaping for QAM and PAM Modulated Signals
Webinar: Probabilistic Amplitude Shaping for QAM and PAM Modulated Signals 8 June 2022, 10:00 – 11:00 – Eastern Daylight Time Various schemes have been used in the field to address the ever-increasing demands of exploding information transmission requirements to support different services including social networking, video conferencing, multimedia, etc. Probabilistic amplitude shaping (PAS), a form…
OPTICA Technology Showcase April 2022
Optiwave invites you to join our next webinar Integration of OptiInstrument Software with OptiSystem 19.0 New Release in partnership with Thursday 14 April 11:45 a.m. ET / 05:45 p.m. GMT / 8:45 a.m. PT Optiwave will present our latest progress in the “Integration of OptiInstrument Software with OptiSystem 19.0 New Release” on the OPTICA’s Technology…
OPTICA Virtual Technology Showcase
Presented at the 4th OPTICA Virtual Technology Showcase 12:45 – 13:00 (EDT) on 14 October 2021 On Thursday 14 October 2021, Kayden Kaller will introduce our latest progress in QAM and PAM. Pulse Amplitude Shaping for QAM and PAM Modulation Schemes Probabilistic pulse amplitude shaping (PAS) is demonstrated for QAM and PAM modulation schemes…
Optical System — Photonic Crystal Fiber Supercontinuum Generation
Photonic crystal fiber (PCF) provides a unique platform for realizing the desired dispersion, birefringence, confinement, and mode multiplicity characteristics for myriad of applications. This can be attributed to the freedom in designing the shape, size and arrangement of holes and material composition of the PCF. Using the vector finite element method (VFEM) mode solver in…
Introduction to Optisystem – How To Setup The Pseudo Random Bit Sequence Generator
In this Optisystem introductory tutorial video we will be looking at how to setup the pseudo random bit sequence generator In Optisystem About The Component The Pseudo random bit sequence can be used to generate a binary sequence of pseudo random bits. The bit sequence can be connected to a binary sequence visualizer so that…
Introduction To Optisystem – The Ideal Multiplexer
In this Optisystem video we will be looking at the ideal multiplexer and its properties. We will demonstrate the multiplexer by multiplexing two modulated signals together. We will then observe the output and observe the effects on changing various parameters of the multiplexer. About The Component The ideal mux multiplexes a user defined number of…
Introduction To Optisystem – The Gaussian Optical Filter
In this introduction to Optisystem video we will be looking at the Gaussian optical filter and will be using it to filter out a signal from 2 signals that are multiplexed together. This video describes how to setup and modify the Gaussian optical filter in OptiSystem. Using The Component The Gaussian optical filter component acts…
How To Setup The Triangle Pulse Generator In Optisystem
How To Setup The Triangle Pulse Generator In Optisystem. The triangle pulse generator generates an electrical triangle pulsed signal. Using The Component The triangle pulse generator and Gaussian pulse generator blocks are almost identical the main difference is the shape of the pulses generated. All of the properties that can be changed of the two…
How To Setup The Sine Pulse Generator In Optisystem
The sine pulse generator component allows users to create a sequence of electrical sine pulsed signal. This video describes how to setup and modify the sine pulse generator in OptiSystem. Using The Component The sine pulse generator and Gaussian pulse generator blocks are almost identical. The main difference is the shape of the pulse generated.…
How To Setup The Saw Up Pulse Generator In Optisystem
The saw up pulse generator generates an electrical saw up pulse. In this video we will be looking at the settings of the pulse generator and looking at the effects of changing different parameters. Using the Component The saw up pulse generator and Gaussian pulse generator blocks are almost identical the main difference is…
