OptiSystem Lab Assignments

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Optiwave provides a structured learning path for researchers and commercial engineers looking to develop their skills in optical communications and other photonics applications. These lab assignments are designed to cater to users of all experience levels, starting from OptiPerformer installation and progressing to more advanced use cases with OptiSystem.

Optimize Optical Networks with OptiSystem

From basic optimizations to reduce dispersion to simulating the deployment of a full-fledged commercial optical communication network, OptiSystem is designed to be the ultimate optical system design software.

Test various fiber optic communication link configurations before investing in real-world prototypes. OptiSystem supports a wide range of networks, including LAN, MAN, SAN, and ultra-long-haul systems.
Supercharge research and development efforts with incredibly precise simulations and granular analysis capabilities.
Test and measure the performance of high-speed networks with powerful analytical tools and a streamlined, user-friendly workflow that saves time.
Simulate a massive array of potential scenarios with an extensive library of over 600 components.
OptiSystem features seamless integration with other tools like OptiFDTD, speeding up projects and minimizing conversion hassles.
If you have any questions about the assignments, you can consult our manuals for more information. Or, contact us today and get expert assistance.

LESSON 1 – INTRODUCTION TO OPTIPERFORMER

In this exercise, you will download and install OptiPerformer on your PC/laptop. Then, you will run a basic fiber optic system consisting of a transmitter, a fiber, and a receiver.

Download OptiPerformer file for LESSON 1 (422kb)

422.50 KB

Download instructions for LESSON 1 (17kb)

16.86 KB

LESSON 2 – ATTENUATION – LIMITED FIBER LENGTH

In this exercise, you will calculate the attenuation-limited fiber length based on the power budget equation. Simulate the resulting system and verify that it meets performance objectives.

Download solution for LESSON 2 (216kb)

215.19 KB

Download OptiPerformer 10GB layout for LESSON 2 (423kb)

423.00 KB

Download OptiPerformer 2.5GB layout for LESSON 2 (423kb)

423.00 KB

Download instructions for LESSON 2 (17kb)

27.43 KB

LESSON 3 – DISPERSION LIMITED FIBER LENGTH

In this lesson, you will calculate the dispersion-limited fiber length for a fiber optic transport system that employs standard single-mode fiber and a directly modulated single-mode laser diode transmitter.

Simulate the resulting system and verify that it meets performance objectives.