Course: Fiber Characterization Workshop

Dates: May 13 - 14, 2025

Location: Charlotte, NC

Duration: 2 Days

This two-day instructor-led course focuses on the principles behind building and maintaining high-speed optical networks where key parameters such as polarization mode dispersion and chromatic dispersion must be calculated to evaluate system capabilities and potential upgrades to higher bit rates.

Fiber Characterization Workshop, Charlotte, NC May 13 - 14, 2025

Name: Fiber Characterization Workshop, Charlotte, NC May 13 - 14, 2025
SKU: 2505-FC-CHAR-NC

SKU： 2505-FC-CHAR-NC

$1,295.00より

数量

Audience: Those involved with equipment or systems where fiber characterization is needed to ensure proper operation of 10Gb/s or higher data rates

Prerequisite: Previous experience with fiber optics and knowledge of OTDR testing

Course Level: Intermediate

Course Length: 2 days: one day of classroom learning and one day of hands-on skills training

Certification (Optional): Light Brigade Digital Credentialing
Audience: New staff members in fiber optic-related manufacturing companies; Field staff who are new to fiber optics; Students preparing for an intensive fiber optic class – recommended as 'pre-class' preparation
Course Length: Up to 2 hours – varies with the knowledge base
Certification: Eligible for BICSI Continuing Education Credits

This e-learning course provides an overview of basic fiber optic theory, terminology, and key product characteristics. It was developed to introduce fiber optics for anyone involved in the industry or preparing to take further training. Designed with the novice in mind, Fiber Foundations introduces basic concepts for fiber optic communications, using easy-to-understand language and examples.

Fiber Foundations is self-paced and will take approximately two hours to complete. The easy-to-understand descriptions include helpful examples and animations to reinforce learning. Trainees will come away with a basic understanding of multimode and single-mode fiber, be familiar with the terminology used for describing fiber, loss, bandwidth, wavelengths, connectors, cables, and other foundational concepts. The course also includes review questions to assure the concepts have been understood.