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Fiber Optica
 

Light Runner: A pioneering fiber optic lab solution with over 40 experiments, featuring telecom-grade components and advanced software for real-time control and monitoring.

LightSim: User-friendly simulation software for fiber optics, offering graphical representation, data tables, and documentation, developed in collaboration with IIT Delhi and IIT Roorkee.

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LIGHT RUNNER

​•    World’s first fiber optic bench top laboratory solution, Light Runner offers over 40 fiber optic experiments including Dispersion, EDFA, 4-channel WDM, FBG, BER, Eye Pattern, OTDR, OADM and many more.
•    An open platform based integrated modular system, Light Runner uses original telecom grade silica fiber and components to provide real industry based learning experience.
•    Advanced proprietary software for real-time optical control and monitoring. Supports theoretical concepts associated with each experiment and allows provision to store experiment results for later reference.
•    Light Runner is one of the top fiber optic lab solutions. Light Runneris an integrated modular system offering over 40 experiments in optics, optoelectronics, and optical communications, including Dispersion, Attenuation, EDFA, 4-channel WDM, OTDR, FBG, BER, Eye Pattern, and OADM. Backed with indigenous proprietary software for optical monitoring and control, Light Runner comprises of robust hardware constituting industry grade silica fibers and components, in-built DSO (with the provision to store readings) and in-built EDFA (user configurable). Fiber optic kit-Light Runner operations are fully computeriatzed with interactive software that provides exhaustive information on how-to-do and wh-to-expect from each optical experiment. Light Runner software not only provides theoretical concepts associated with each optical experiment but also allows saving results of individual students for later references by the tutor.

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Lightsim

  • LIGHTSIM is user friendly simulation software, designed for students, researchers and telecom engineer to give better understanding in the field of fiber optics, planar waveguide and fiber optic link design. It has been designed and developed in association with IIT Delhi & IIT Roorkee.

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Key Features

​•    Input/ Output parameters are displayed on same experimental            window => we can easily understand the correlation between            parameters.
•    Graphical representation of parameters => helps in conceptual           understanding of parameters.
•    Data tables for parameters => data at each point-of-plot can be          derived and saved.
•    Visualization/ Animation of optical phenomena => effective                  clarification of optical component.

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