Fiber Characterization – Training Workshop
Can you accurately determine fault locations with your OTDR?
How do you accurately measure CD and PMD?
Do you know if your fiber cable support 10G traffic?
Can your fiber cable network support DWDM or CWDM systems?
Do you know how to identify high loss connectors and splices?
Our Fiber Characterization training will guide you to the answer of these questions and more. Let us provide you with a direction in assessing your fiber cable characteristics. We will show you how to verify the integrity and capacity of your fiber network by performing specific measurements of fiber parameters such as optical loss, chromatic dispersion, polarization mode dispersion and fiber reflections. We check for fiber anomalies and identify loss problems with our OTDR traces.
At the end of this workshop, you will be able to produce reports to substantiate your findings concluded through analysis of raw date.
Bob Chomycz, P.Eng.
Over the past 20 years, Bob has characterized over 10,000 km of optical fiber in USA and Canada. Bob also has designed, engineered and installed many fiber optic systems worldwide and is the author of a number of fiber optic books and papers.
Advance Fiber Characterization Workshop Registration (3 day course)
Courses are held in Detroit MI USA and in Ontario Canada. Option: available at customer’s site (minimum of 10 participants required).
Note: This is an advance course. Students should have a basic understanding of fiber optic cable and communications.
Beginners Add-On Class to Advance Fiber Characterization Workshop Registration (3 day course)
This is a one day add-on class ahead of the advanced fiber characterization workshop for fiber beginners/novices who would like to take the advance fiber characterization training workshop. It will provide the beginner/novice with basic fiber optic cable and communication knowledge. Style, Classroom lecture.
Please contact us for next available course location.
Topics covered include the following:
OTDR Setup and Calibration
Not sure why your expensive OTDR cannot provide you with accurate cable fault locations? It can be due to incorrect index of refraction (IOR) and Helix Factor values that are entered into the OTDR. We show you how to determine proper values for IOR and Helix factor so that your next OTDR fault location measurement is accurate. Best and most accurate measurements of IOR and Helix factors are made during or prior fiber cable deployment construction. Post construction measurements are also possible but with less accuracy.
The Optical Time Domain Reflectometer (OTDR) is used to obtain a visual representation of an optical fiber's attenuation characteristics along its length. OTDR trace results include fiber attenuation, fiber loss, splice loss, splice location, connector loss, connector location, fiber length, bad fiber bend locations, other fiber anomaly locations and optical return loss (event reflections) which are graphically represented and charted in our report.
We show you how to properly setup and operate an OTDR, and read OTDR traces.
Chromatic dispersion (CD) limits the maximum transmission rate and distance capability of the fiber. If you are planning to increase your transmission rate to 1 Gbps or higher over long distances this report is suggested.
We show you how to setup, operate chromatic dispersion test set and interpret test set results.
Polarization Mode Dispersion Measurements
Polarization Mode Dispersion (PMD) can affect transmission at rates of 10 Gbps and higher. There is no easy way to compensate for high PMD so knowing fiber PMD is important for 10G and higher systems.
We show you how to setup, operate PMD test set and interpret test set results.
Optical Return Loss (ORL)
Optical Return Loss (ORL) measures the optical back reflection of a fiber caused by connectors, splices, other fiber anomalies and the fiber itself. High ORL can affect laser stability and increase transmission bit errors.
Measurements are conducted at 1310nm and 1550nm.
Optical Power Meter and Attenuation Profile Measurements
How to measure fiber loss from 1270nm to 1620nm for. Full fiber attenuation profile .
Fiber Signal Latency
How to measure network fiber latency and provide a tabulated results for all fibers.
Signal propagation through fiber is slower than through air or copper. Therefore the added signal delay due to fiber latency is an important consideration for many time sensitive applications and protocols.
Visual Inspection of Network Fiber Connectors
How to inspect and record
This course is designed for fiber optic technicians, engineers, and managers that already have of a basic knowledge and hands on experience with fiber optic systems. It will provide the students with advanced and detailed information on how to properly measure optical fiber characteristics using the OTDR, CD test set, PMD test set, ORL test set, power meter, and laser source equipment.