2013 traiNiNg catalog - AFL

The Very Best in Fiber Optic Training

2013 traiNing catalog

2013 Course Catalog

Table of Contents

Introduction............................................................................................................................................. 4

Certifications............................................................................................................................................ 5

Custom Fiber Optic Training..................................................................................................................... 6

Class Schedule......................................................................................................................................... 7

2013 Training Classes............................................................................................................................... 10

Fiber Optics 1-2-3......................................................................................................................................... 10

NEW Advanced Hands-on Modules................................................................................................................ 11

Certified Fiber to the Home Professional........................................................................................................ 12

NEW E-learning – Online study course ......................................................................................................... 12 FTTx for Installers & Technicians..................................................................................................................... 13

Fiber Characterization.................................................................................................................................... 14

NEW Emergency Restoration......................................................................................................................... 15

Fiber Optics for Utilities—Level 1................................................................................................................... 16

NEW Fiber Optics for Utilities—Level 2......................................................................................................... 17

Fiber Optics for Traffic Systems....................................................................................................................... 18

Fiber Optics for Oil/Gas.................................................................................................................................. 19

Fiber Optics for Mining Applications............................................................................................................... 20

Fiber Optics for Pro-AV................................................................................................................................... 21

Premises/LAN Installation and Maintenance................................................................................................. 22

Fiber Optic Tool Kits and Hand Tools........................................................................................................ 23

Master Splicer Tool Kit.................................................................................................................................. 23

Emergency Restoration Tool Kit.................................................................................................................... 24

Cable Preparation Tool Kit............................................................................................................................. 24

Custom Tool Kit............................................................................................................................................. 25

Staff Development DVDs......................................................................................................................... 26

206.575.0404 • 800.451.7128 • www.lightbrigade.com 3

© 2012, The Light Brigade, all rights reserved. Specifications are subject to change without notice

The Leader in Fiber Optic Training Since 1987, The Light Brigade has trained more than 45,000 technicians, installers, engineers, and designers from a wide variety of industries: telephony, broadband cable, utilities, media broadcast, industrial, manufacturing, mining, government, aerospace, along with various branches of the military. Whether your application is voice, video, and/or data, or you are a service provider, contractor, or end user, The Light Brigade can provide critical training for your personnel to lower operating costs and improve installation efficiency.

Instructors Our professional instructors and technicians are technically skilled and have a variety of real world practical experience in all aspects of fiber optics. With experience in applications such as communications, signaling, security, and network control, our instructors provide valuable insight into the design, installation, and operation of state-of-the-art fiber optic systems.

Hands-on Training Extensive hands-on training sessions help our attendees to learn fiber optics by doing rather than watching. Attendees spend class time building, testing, and troubleshooting an actual fiber optic system. In each of our courses, the ratio of students to instructors during the hands-on sessions assures that there is direct personal interaction and attention to each student.

Technology-based In our training classes, you receive an objective viewpoint, not a sales pitch. We teach fiber techniques that are applicable to any product, and select the best available equipment and supplies from many different manufacturers. You can choose to develop your skills using our state-of-the-art equipment and accessories, or bring your own to learn how to use it more effectively.

Relevant Our course materials are constantly updated to stay in step with current and emerging technologies. All of our materials and techniques are written and taught based on the latest standards, recommendations, and codes from ANSI, ITU, TIA/EIA, IEEE, IEC, Telcordia, MSHA, NEC, NESC, and others.

Continuing Support To assure continued long-term support, we offer technical assistance to our class attendees. If you have a question or need help after the class is over, our staff is there to help.



Certification Options

Certification Options Light Brigade Certificate of Completion Everyone who completes one of our courses will receive a Light Brigade Certificate of Completion, signed by the course instructor. This certificate specifies the content and total number of instructional hours for both the classroom and hands-on portion and is traceable to the class attended.

Third-party Credits and Certification Many of our classes are eligible for independent certifications through third-party industry organizations and groups. These certifications are typically progressive levels and show competency in hands-on skills and technical knowledge. See individual course for more information. In addition, many of our courses are eligible for BICSI Continuing Education Credits (CECs), SCTE Recertification Units (RUs), IMSA Technical Advancement Recognition Points (TARPs), and Infocomm Recertification Units (RUs).

•

•

•

•

Fiber Optics 1-2-3

10

•

Advanced Hands-on Modules

11

Certified Fiber to the Home Professional

12

FTTx for Installers and Technicians

13

Fiber Characterization

14

•

Emergency Restoration

15

•

Fiber Optics for Utilities Level 1

16

Fiber Optics for Utilities Level 2

17

Fiber Optics for Utilities Level 3 (Custom)

• •

Infocomm RUs

SCTE RUs

Infocomm

BICSI CECs

UTC Level 3

UTC Level 2

UTC Level 1

IMSA Level III

IMSA Level II

IMSA Level I

FTTH Council CFHP

FOA CFOT

Utilities Telecom Council (UTC)

ETA FOI

ETA FOT-OSP

International Municipal Signal Association (IMSA)

Electronics Technicians Association (ETA)

Page

Fiber Optic Association (FOA)

FTTH Council

•

•

•

•

• •

Society of Cable Telecommunications Engineers (SCTE)

•

– •

Fiber Optics for Traffic Systems Level I

18

Fiber Optics for Traffic Systems Level II

18

Fiber Optics for Traffic Systems Level III

18

Fiber Optics for Oil/Gas

19

•

Fiber Optics for Mining Applications

20

•

Fiber Optics for Pro-AV

21

Premises/LAN Installation & Maintenance

22

Staff Development DVDs

26

• •

• •

• •


•

Building Industry Consulting Service International, Inc. (BICSI)


Fiber Training

Custom Fiber Optic Training Advantages of a Light Brigade Custom Course The Light Brigade can develop and deliver a custom course specific to your needs and application. Let us create a course to meet your desired skill level and to focus on specific subject matter. We have produced thousands of customized courses, DVDs, videos, and other training materials. Convenience: Can be taught at your site(s) and scheduled to meet your business needs. Cost and time savings: Eliminate travel time and expense to and from a public class. Also, your employee’s time will only be spent on issues critical to your company’s business. Develop expertise: Use your own equipment in our training or have us bring our extensive inventory of supplies and equipment. You decide! Critical emphasis: You pick the points, products, and techniques of particular importance to your operations, and our skilled instructors and technicians will tailor a custom course to meet your requirements. Scheduling flexibility: A custom course can be any length: one day, one week, or longer. It can be scheduled during or after normal business hours. There can be sessions spread throughout the year and delivered at different company locations. You choose what makes sense for your organization.

Subjects We Teach

Industries We Train

• Fiber to the User (FTTx) • Fiber Characterization • Restoration/Maintenance • PMD, CD, and ORL • Premises/Enterprise Networks • Network Maintenance • DWDM • 40G/100G Systems • ROADM/Switched Networks • Advanced Fiber Optic Systems • Long Haul and MANs • Basic Fiber Optics

• Telephone • Utilities • Government • Military • Aerospace • Transportation • Manufacturing • End Users


• Broadband/CATV • Pro-AV • Security • Industrial • Oil and Gas • Mining • Natural Resources


2013 Class Schedule

2013 Class Schedule fiber optics 1-2-3 design - installation - maintenance Riverside, CA Little Rock, AR Columbia, SC San Jose, CA Portland, OR Omaha, NE San Juan, PR Huntsville, AL Boise, ID Washington, DC Dallas, TX San Antonio,TX Newark, NJ Las Vegas, NV Duluth, MN Seattle, WA Honolulu, HI Lowell, MA Cincinnati, OH Kansas City, KS Spartanburg, SC Orlando, FL Denver, CO San Diego, CA Anchorage, AK Atlanta, GA Tulsa, OK Charlotte, NC Norfolk, VA Philadelphia, PA Mobile, AL Anaheim, CA Spokane, WA Ft. Lauderdale, FL Nashville, TN Alameda, CA San Juan, PR Salt Lake City, UT Raleigh, NC

Jan 8-11 Jan 8-11 Jan 8-11 Jan 15-18 Jan 22-25 Jan 22-25 Jan 29-Feb 1 Jan 29-Feb 1 Jan 29-Feb 1 Feb 5-8 Feb 5-8 Feb 12-15 Feb 12-15 Feb 19-22 Feb 19-22 Feb 26-Mar 1 Feb 26-Mar 1 Mar 5-8 Mar 5-8 Mar 12-15 Mar 12-15 Mar 19-22 Mar 19-22 Mar 25-28 Mar 25-28 Apr 2-5 Apr 9-12 Apr 9-12 Apr 16-19 Apr 23-26 Apr 23-26 Apr 30-May 3 May 7-10 May 7-10 May 14-17 May 14-17 May 20-23 May 20-23 May 20-23

Seattle, WA Savannah, GA Bismarck, ND Baton Rouge, LA Louisville, KY Baltimore, MD Houston, TX Charleston, SC Minneapolis, MN Colorado Springs, CO Vancouver, BC Pittsburgh, PA Spartanburg, SC Sioux Falls, SD Edmonton, AB Springfield, IL Sacramento, CA Long Island, NY Idaho Falls, ID Toronto, ON Washington DC Helena, MT Dallas, TX Corpus Christi, TX St. Louis, MO Burbank, CA Seattle, WA Lowell, MA Fresno, CA Las Vegas, NV Chicago, IL Atlanta, GA Austin, TX Indianapolis, IN Albany, NY San Bernardino, CA Richmond, VA Madison, WI Detroit, MI

Jun 4-7 Jun 4-7 Jun 11-14 Jun 11-14 Jun 18-21 Jun 18-21 Jun 25-28 Jun 25-28 Jul 9-12 Jul 9-12 Jul 15-18 Jul 16-19 Jul 23-26 Jul 23-26 Jul 23-26 Jul 30-Aug 2 Jul 30-Aug 2 Aug 6-9 Aug 6-9 Aug 13-16 Aug 13-16 Aug 13-16 Aug 20-23 Aug 20-23 Sept 10-13 Sept 10-13 Sept 17-20 Sept 17-20 Sept 17-20 Sept 24-27 Sept 24-27 Oct 1-4 Oct 1-4 Oct 8-11 Oct 8-10 Oct 15-18 Oct 15-18 Oct 22-25 Oct 22-25

Columbus, OH Reno, NV Anchorage, AK Tampa, FL Richland, WA Jackson, MS Denver, CO Topeka, KS Salt Lake CIty, UT Portland, OR Birmingham, AL Spartanburg, SC Omaha, NE Jacksonville, FL Seattle, WA El Paso, TX

Oct 22-25 Oct 29-Nov 1 Oct 29-Nov 1 Nov 5-8 Nov 5-8 Nov 12-15 Nov 12-15 Nov 19-22 Nov 19-22 Dec 3-6 Dec 3-6 Dec 10-13 Dec 10-13 Dec 10-13 Dec 16-19 Dec 16-19

To search for classes by location rather than date, please visit www.lightbrigade.com 206.575.0404 • 800.451.7128 • www.lightbrigade.com 7


2013 Class Schedule

advanced hands-on TRAINING Anchorage, AK Topeka, KS Seattle, WA Spartanburg, SC Las Vegas, NV San Diego, CA

Jan 22-25 Feb 12-15 Mar 5-8 Apr 9-12 May 7-10 May 20-23

Ft. Lauderdale, FL Mountain View, CA Salt Lake CIty, UT San Juan, PR Seattle, WA Minneapolis, MN

Jul 9-12 Jul 23-26 Aug 6-9 Aug 26-29 Sept 24-27 Oct 1-4

Cincinnati, OH Houston, TX Spartanburg, SC Lowell, MA

Oct 15-18 Nov 5-8 Nov 19-22 Dec 3-6

CERTIFIED FIBER TO THE HOME Professional (cfhp) Minneapolis, MN Seattle, WA San Juan, PR Anaheim, CA

Jan 3-4 Feb 20-21 Feb 20 -21 Mar 21-22

Apr 3-4 May 29-30 Jun 5-6 Jul 1-2

Dallas, TX Sept 11-12 Denver, CO Oct 16-17 Spartanburg, SC Nov 25-26 *Call for additional dates and locations.

Jun 18-20 Jul 16-18 Aug 27-29 Sep 4-6

San Juan, PR Seattle, WA Minneapolis, MN Spartanburg, SC

Oct 8-10 Oct 22-24 Nov 5-7 Dec 17-19

Lowell, MA Spartanburg, SC

Jul 1-2 Sept 4-5

Seattle, WA

Nov 25-26

Seattle, WA Houston, TX Minneapolis, MN Dallas, TX

May 29-30 Jun 25-26 Jul 9-10 Aug 20-21

Las Vegas, NV Atlanta, GA Orlando, FL Portland, OR

Sept 24-25 Oct 1-2 Nov 5-6 Dec 3-4

Jun 11-13 Jul 16-18 Aug 6-8 Aug 20-22

Portland, OR Sacramento, CA

Nov 12-14 Dec 10-12

Lowell, MA Orlando, FL Cincinnati, OH Kansas City, KS

fttx FOR INSTALLERS AND TECHNICIANS Orlando, FL Pierre, SD Cincinnati, OH Kansas City, KS San Juan, PR

Feb 20-22 Mar 26-28 Apr 16-18 May 14-16 May 15-17

Portland, OR Dallas, TX Denver, CO Lowell, MA

FIBER CHARACTERIZATION: PMD, CD, and ORL Dallas, TX Seattle, WA

Jan 3-4 May 29-30

eMERGENCY RESTORATION Columbia, SC Washington DC Denver, CO Philadelphia, PA

Jan 8-9 Feb 5-6 Mar 19-20 Apr 23-24

FIBER OPTICS FOR UTILITIES — level 1 Minneapolis, MN Denver, CO Spartanburg, SC Kansas City, KS

Jan 15-17 Feb 5-7 Mar 19-21 Apr 16-18

Des Moines, IA Atlanta, GA Lowell, MA Seattle, WA



2013 Class Schedule

FIBER OPTICS FOR UTILITIES — level 2 Minneapolis, MN Denver, CO Spartanburg, SC Kansas City, KS Des Moines, IA

Jan 18 Feb 8 Mar 22 Apr 19 Jun 14

Atlanta, GA Lowell, MA Seattle, WA Portland, OR Sacramento, CA

Jul 19 Aug 9 Aug 23 Nov 15 Dec 13

FIBER OPTICS FOR TRAFFIC SYSTEMS Kansas City, KS Denver, CO New York City, NY San Jose, CA Spartanburg, SC

Jan 28-Feb 1 Feb 25-Mar 1 Mar 11-15 Apr 1-5 Apr 29-May 3

Seattle, WA Houston, TX Chicago, IL Lowell, MA

Jun 24-28 Aug 12-16 Sept 16-20 Oct 7-11

Jan 15-17 Feb 12-14 Apr 23-25 May 29-31 Jul 9-11

Sarnia, ON Calgary, AB Ft. McMurray, AB Bakersfield, CA Houston, TX

Aug 6-9 Oct 22-24 Oct 28-30 Nov 19-21 Dec 3-5

Pittsburgh, PA St. Louis, MO

Aug 27-29 Oct 29-31

Denver, CO

Nov 12-14

New York, NY Dallas, TX Atlanta, GA

Oct 14-16 Nov 5-7 Nov 19-21

San Francisco, CA Los Angeles, CA

Dec 4-6 Dec 9-11

May 29-30 Jul 1-2

Minneapolis, MN Dallas, TX

Sept 4-5 Nov 25-26

FIBER OPTICS FOR OIL/GAS Baton Rouge, LA Anchorage, AK Houston, TX Mobile, AL Newark, NJ

FIBER OPTICS FOR MINING applications Las Vegas, NV Salt Lake City, UT

Feb 26-28 Apr 2-4

FIBER OPTICS FOR PRO av Orlando, FL Las Vegas, NV Chicago, IL

Jul 30-Aug 1 Aug 27-29 Sep 23-25

PREMISES/LAN INSTALLATION AND MAINTENANCE Spartanburg, SC Seattle, WA

Jan 3-4 Mar 19-20

Lowell, MA Spartanburg, SC

TRAINING DISCOUNTS • 10% for multiple attendees from the same organization. • 25% for previous attendees of our three- or four-day courses.

• 15% for IMSA and FTTH Council members. • GSA pricing available (Contract #GS02F0012R).

Discounts cannot be combined.



2013 Training Classes

Fiber Optics 1-2-3 Course Description This four-day class has been developed with 16 hours of classroom and 16 hours of hands-on skills labs to provide practical understanding and skills required to properly design, install, and maintain fiber optic networks. Applicable for fiber optic communications systems in Telco, Broadband, and Premises (LAN) applications. Students will use the latest fiber optic technology and equipment to learn how to splice, connectorize, test, and troubleshoot optical fiber networks in order to increase efficiency, reliability and on-the-job safety as well as reduce cost and downtime.

Course Level Introductory to intermediate. Beginners to experienced fiber technicians find the class and extensive hands on skills training beneficial.

Course Options Four days – Classroom lecture and hands-on exercises Two days – Classroom only. Ideal for designers and planners

Classroom (16 Hours)

Certifications ETA Fiber Optic Installer

Complete the four day Fiber Optics 1-2-3 course and successfully pass the ETA Fiber Optic Installer (FOI) certification exam. The FOI is designed for those working with both multimode and single-mode fibers.

Course Fees • Four-day course $1650 • Two-day course $900 • Optional ETA Fiber Optic Installer (FOI) Exam $150 GSA#: GS02F0012R

Physical Plant

Hands-On (16 Hours) DISCIPLINES

Introduction to Fiber Optics Standards Terminology Fiber Theory/Optical Fibers Single-mode Multimode New Generation Fibers Cables Indoor/Outdoor Special Types Connectors Specifications Single-mode Connectors Multimode Connectors SFF Connector Styles Connectorization Reflection Issues Attenuators and Terminators Splicing Fusion Mechanical Cleaving Tools Cable Management Patch Panels Splice Panels Distribution Panels LAN Panels Splice Closures Hubs and Pedestals


Installation Outside Plant Underground / Aerial Premises / LAN Test Equipment and Testing Theory Operation and Application Documentation Restoration/Maintenance Planning Outside Plant Premises Emergency Restoration Safety Design Sources / Detectors Repeaters / Amplifiers Optical Amplifiers Passive Devices WDM / DWDM / CWDM System Design Loss Budgets Integration Standards Systems Overview Topologies Ethernet HDTV / CATV / CCTV SONET / ATM FTTx/PON

Safety Meeting Station #1 – Splicing Fusion / Mechanical / Pigtail Fiber Handling Fiber Cleaving Station #2 – Connectorization Multiple Bonding Methods Visual Inspection / Cleaning Cable Assembly Testing Station #3 – Cable Preparation Loose Tube Cables Distribution / Breakout Cable Patch Panel Preparation Splice Closure Preparation Mid-Entry Practices Station #4 – OTDR Operation Acceptance Testing Span Acceptance / Splice Loss Reflection Testing Emergency Restoration Troubleshooting Documentation / Records Station #5 – Optical Loss Testing Link Loss Measurement Transmit and Receive Power Identifiers and Tracers Reflection Testing Variable and Fixed Attenuators Documentation / Records

CERTIFICATION TESTING



NEW

Advanced Hands-on Training Course Description This four-day course has been developed with 8 hours of classroom training and 24 hours of hands-on skills exercises focused on specific fiber optic disciplines. Developed as the “next level” of training, this class teaches more advanced knowledge and skills to students that have already had formal introductory classes. Course material is predominantly based on technician fiber installation skills technology and includes content applicable for FTTx and DWDM systems.

Course Level Intermediate to expert. This series of classes requires basic knowledge of fiber optic theory and terminology, as well as field experience, equivalent formal training such as the Fiber Optics 1-2-3 course, or viewing the Light Brigade Staff Development DVD set.

Course Options Four days – Classroom lecture and hands-on exercises.

Certification ETA Fiber Optic Technician— Outside Plant

Complete all four days of the Advanced Hands-on Training course and pass the ETA Fiber Optic Technician—Outside Plant (FOT-OSP) certification exam. The FOT-OSP is designed for those installing outside plant single-mode fiber optic networks.

Course Fees • Four-day course $1650 • Optional ETA FOT-OSP Exam $150 GSA#: GS02F0012R

Classroom (8 Hours)

Hands-On (24 Hours)

Introduction to Fiber Optics Introduction Terminology Fiber Optic Theory Attenuation, Dispersion, and Reflectance Technician Responsibilities Skill Requirements Fiber Optic Cable Preparation Optical Cable Structures Optical Cable Types Cable Installation Splicing and Mid-entries Cable Management Splicing and Terminations Connector Types Single-mode Termination Connector Polishing Cleaning and Inspection Splicing and Mid-entries Splice Protection Optical Loss Testing Transmitters and Receivers Fiber Optic Testing Troubleshooting Processes Loss Budgets OTDR Theory and Operation How the OTDR Works Reading OTDR Signatures Index of Refraction ORL and Reflectance Acceptance Testing Restorations

Safety Meeting Station #1 – Cable Preparation Cable Preparation Mid-entry Practices Closure Preparation Station #2 – Splicing Fusion Splicing Ribbon Splicing Mechanical Splicing Pigtail Splicing No-polish Terminations FuseConnect Terminations Connector Testing Connector Inspection Station #3 – Loss Testing Optical Loss Testing Building LAN Panels Span Testing Testing Tx Power Levels Testing Rx Power Levels Troubleshooting Reflection Testing ORL Testing Station #4 – OTDRs Setting up the OTDR Adjusting the Display Fusion Splice Testing Mechanical Splice Testing Reflection Testing Span Restoration Review and Q&A





Certified Fiber to the Home Professional Course Description This course is focused to network designers, network planners, supervisors, and project managers that will be involved in deploying and maintaining FTTH and FTTB networks. Students will gain a broad base of knowledge and familiarity with FTTH architecture, network design, deployment technology, and operational skills. This course is available in a face-to-face classroom format, or as an online study program. The classroom format features 16 hours of classroom training with an experienced FTTH instructor. The online study program is comprised of 16 modules that allow the student to grasp key concepts at their own pace and gauge their mastery through knowledge questions.


Course Options Certification Certified Fiber to the Home Professional (CFHP)

Complete the Certified Fiber to the Home Professional course and pass the CFHP examination. The certification is valid for three years.

Course Fees • Two-day course $1000 (Includes CFHP Certification Exam) • Online course $500 • Online course and CFHP manual $650 • CFHP Certification Exam $150

Two days – Classroom lecture only NEW E-learning – Online study course

Classroom (16 Hours) Applications Terminology Transmission Basics Topologies Architectures Bandwidth Issues Analog to Digital Current Technologies Future Technologies Economics CAPEX and OPEX Greenfields and Brownfields Design Issues Migration and Growth Other Considerations Theory and Fibers Attenuation, Dispersion, and Reflection Optical Transmission Single-mode Fiber Types FTTH Standards Network Architectures Standards Bodies PON Standards Physical Layer Standards Network Topologies P2P Topologies P2MP Topologies PON Configurations FTTB Configurations


Network Components Light Sources Photodetectors The OLT and ONT Multiplexers Splitters Wavelength Allocations Cables Cable Designs Optical Cable Types Cable Specifications Cable Management Fiber Management Products Panels and Enclosures Cable Management Products Closures and Cabinets Multiport Service Terminals Underground Storage Slack Storage Cable and Fiber Termination Design Criteria Splicing Scenarios Splicing Methods Connector Types Terminators and Attenuators Splitter Placement FTTH Planning Planning for Growth Cabling Options Locating the Splitter

Network Design System Design and Planning Growth Strategies Outside Plant Design Cable Management Construction Planning Writing Specifications Mid-entries Fiber to the Building FTTB Scenarios Design Goals Infrastructure Installation Challenges FTTB Solutions End User Locations Loss Budgets General Rules Component Specifications P2P Loss Budgets P2MP Loss Budgets Reach Extension Test Disciplines Fiber Optic Tests “Not to Exceed” Charts OTDR Testing Documentation System Problems Service Activation Testing Review Summary Course Review



FTTx for Installers & Technicians Course Description This three-day class has been developed with 12 hours of classroom and 12 hours of hands-on skills labs to provide practical understanding and hands-on skills required to properly install and maintain fiber-to-the-home (FTTx) networks. This course is focused to supervisors and technicians that are to be involved in building, maintaining and troubleshooting FTTx networks. Students will gain practical knowledge and hands-on skill in all aspects of FTTx deployments including specific issues—such as testing splitters, WDM devices, measuring reflectance, and bidirectional testing— that are unique to FTTx networks.

Course Level Introductory to intermediate. Beginners to experienced fiber-to-the-home technicians find the class and extensive hands-on skills training beneficial.

Course Options Three days – Classroom lecture and hands-on exercises.

Certification ETA Fiber Optic Technician— Outside Plant

Complete the FTTx for Installers and Technicians course and pass the ETA Fiber Optic Technician—Outside Plant (FOT-OSP) certification exam. The FOT-OSP is designed for those installing outside plant single-mode fiber optic networks.

Course Fees • Three-day course $1500 • Optional ETA FOT-OSP Exam $150

Classroom (12 Hours) FTTx Introduction Fiber Optic Basics Standards & Standards Groups FTTx Methodology Passive Optical Networks Active Ethernet RF Overlay • RFoG Fiber Theory for FTTx ITU and FTTx Bands Optical Fiber Fiber Specifications ITU-T G.652 Single-mode Fiber ITU-T G.657 Single-mode Fiber Optical Cable Feeder, Distribution, and Drop Cables Loose Tube Cables (FTTH) Tight Buffered Cables (FTTB) Indoor/Outdoor Cables Termination Options Types and Polishes Hardened Terminations No-polish Connectors Splitters WIC • FBT • Planar Distributed Centralized Tapered


Hands-On (12 Hours) Panels, Closures and Cabinets Fiber Distribution Hubs Fiber Access Terminals Splice Closures and MST Entrance Enclosures WDM in FTTx Applications Bidirectional CWDM • WDM-PON Active Devices Transmitters (Laser Basics) Receivers (Detector Basics) OLTs and ONTs Not to Exceed Loss Budgets Cable Installation Techniques Direct Burial / Duct / Aerial Codes and Specifications Termination Options FTTB Techniques and Options Testing FTTx Systems OTDR Testing Optical Loss Testing Testing P2P Systems Testing P2MP Systems Fiber Identifiers Visual Tracers Documentation Maintenance and Restoration Typical Causes of Failure Troubleshooting Techniques

Safety Meeting Station #1 – Cable Management Cable Preparation Mid-Entry Practices Closure Preparation Panel Dressing Splitter Installation Splice Tray Fiber Routing Station #2 – Splicing Strip and Cleave Processes Inline and Pigtail Splicing FTTx Splicing Fixed V-groove Splicers Core Alignment Splicers Station #3 – OTDR Testing OTDR Use in FTTx Installations FTTx OTDR Signatures Measuring Reflectance Testing Splitters Station #4 – Optical Loss Testing FTTx Test Equipment Testing OLT/ONT Power Levels Test Points in FTTx Installations Upstream/Downstream Testing Troubleshooting FTTx Documentation




Fiber Characterization PMD, CD, and ORL Course Description This two-day class has been developed with 8 hours of classroom and 8 hours of hands-on skills labs to provide practical understanding of the principles behind building and maintaining high-speed optical networks. Theoretical limits and practical field measurement techniques are demonstrated by calculating and measuring key critical parameters such as polarization mode dispersion (PMD), chromatic dispersion (CD), and optical return loss (ORL) in order to evaluate system capabilities and network upgrades to higher bit rate systems.

Course Level Intermediate to advanced. System designers and experienced fiber technicians find the class and extensive hands-on skills training beneficial.

Course Options Two days – Classroom lecture and hands-on exercises

Course Fees • Two-day course $1200

Classroom (8 Hours)

Hands-On (8 Hours)

Introduction Fiber Theory Fiber and System Standards Single-mode Fibers G.652 Fiber G.655 Fiber Connector Polishes Test Equipment Installation System Overview DWDM and ROADM Basics Dispersion Compensation Chromatic Dispersion Polarization Mode Dispersion

Dispersion Testing Build an 80-km Span with G.655 Fiber Build a 50-km Span with G.652 Fiber Polarization Mode Dispersion Testing Chromatic Dispersion Testing Optical Fiber Mismatches Dispersion Compensating Modules Cleaning Practices Reflection Testing Documentation




NEW

Emergency Restoration Course Description Whether the fiber cable network is above or below ground, inside or outside a building, these words strike fear in any network or outside plant manager. Network outages can cost tens of thousands of dollars every hour your system is offline. When (not if) a problem occurs, it is critical not only to have a recovery program in place, but to have staff that is trained to deal with the emergency in timely, cost-efficient manner. The Emergency Restoration advanced training course will help your organization to develop its own ongoing restoration program. It places heavy emphasis on fault location, troubleshooting, and test equipment, then culminates in a second day of hands-on drills that simulate actual field restorations for both retrievable and non-retrievable slack scenarios.


Course Options Two days – Classroom lecture and hands-on exercises

Course Fees • Two-day course $900

Classroom (8 Hours) Typical Causes of Failure Restoration Equipment Fiber Optic Terminations Splicing Issues Fusion Splicing Mechanical Splicing Splice Closures Mid-span Entries Slack Cable Documentation Issues Single-mode Restorations


Hands-On (8 Hours) OSP Restorations Aerial Restorations Post-Restoration Recommendations Retrievable and Non-retrievable Slack Restoration Kits OTDR Signatures OTDR Location Accuracy Locating and Isolating the Fault

Build an Emergency Restoration Kit Build a Simulated Fiber Optic System Test the Span Using an OTDR Perform a Loss Budget Perform Optical Loss Testing Install and Emulate a Live System Measure Tx Output Power Measure Rx Input Power Develop a Hypothetical Outage Condition Define the Simulated Outage Measure Optical Distance Simulate a Field Repair with a Restoration Kit Re-Test and Re-Document the System



Fiber Optics for Utilities — Level 1 Course Description This three-day class has been developed with 12 hours of classroom and 12 hours of hands-on skills labs to provide practical understanding and skills required to properly design, install and maintain aerial and underground fiber optic systems in investor-owned and municipal power networks. Students will use the latest fiber optic technology and equipment to learn how to splice, terminate, test, and troubleshoot fiber-optic-based utility networks in order to increase network efficiency, system reliability and safety requirements as well as increase deployment speed and reduce operating cost by improving fiber optic skills of their personnel.

Course Level Introductory to intermediate. Novices to experienced fiber technicians find the class and extensive hands-on skills training beneficial.

Course Options Three days — Fiber Optics for Utilities Level 1 Four days — Fiber Optics for Utilities Levels 1 and 2

Certification UTC Fiber Optic Professional Level 1 Technician

Complete the three-day Fiber Optics for Utilities Level 1 course and successfully pass the UTC Level 1 Technician certification exam. The UTC Level 1 certification is designed for technicians installing utility-based fiber optic networks.

Course Fees • Level 1 Three-day course $1500 • Levels 1 and 2 Four-day course $1800 • Optional UTC Level 1 Exam Member rate $175 Non-Member rate $275 GSA#: GS02F0012R

Classroom (12 Hours) Introduction to Fiber Optics Standards and Terminology Fiber Optic Applications Fiber Theory and Optical Fibers Basic Optical Theory Attenuation, Reflection, Dispersion Optical Fiber Types Fiber Optic Cable Cable Design and Types ADSS and OPGW Cable Cable Preparation Connectors Connector Components SC and LC Connectors Termination Techniques Inspection and Cleaning Splicing Fiber Optic Cleaving Fusion and Pigtail Splicing Splice Protection Cable Management Panels and Closures Installation Basics Route Planning and Engineering Cable Handling General Guidelines

Hands-On (12 Hours) Aerial Placement Typical Pole Placement Aerial Installation Methods Underground Installation Trenching and Plowing Conduits and Ducts ADSS Installation Dry Band Arcing and Corona Travelers EHV Lines Low Voltage Lines OPGW Installation OPGW Cable Design Existing Electric Tower Lines Equipment and Tooling Anti-Rotation Devices Splicing Concerns Optical Testing OTDRs Optical Loss Testing Testing Terminal Equipment Restoration Typical Causes of Failure Restoration Planning Aerial Restoration Underground Restoration Safety Active and Passive Devices System Design Loss Budgets

Safety Practices Station #1 – Handling & Installation Cable Bend Radii Pulling Grip Installation Cable Storage Station #2 – Cable Preparation Loose Tube/ADSS Preparation Mid-Entry Loose Tube/ADSS OPGW Preparation Station #3 – Closure Preparation Cable Entry and Retention Fiber Unit Routing Fanout Kits Slack Storage for Splice Points Station #4 – Splicing Pigtail Splicing FuseConnect In-line Splicing Station #5 – OTDR Testing Acceptance Testing Span Acceptance / Splice Loss Reflection Testing Emergency Restoration Troubleshooting Documentation / Records Station #6 – Optical Loss Testing Link Loss Measurement Transmit and Receive Power Identifiers and Tracers Documentation / Records

Custom Utilites Course Custom Fiber Optics for Utilities Courses can include UTC Level 2 and Level 3 training and certification testing.




NEW

Fiber Optics for Utilities — Level 2 Course Description This one-day course has been developed with 8 hours of classroom training that provide the practical understanding required for selecting, specifying, planning, integrating, and designing fiber optic communication systems for utility applications. This technical primer is intended for those involved in the design, administration, operation, and supervision of utility-based fiber optic networks. Students will learn about fiber optic system design parameters, cable management alternatives, route planning, optical testing requirements, test results interpretation, and fiber optic safety concerns.

Course Level Intermediate to expert. This course requires basic knowledge of fiber optic theory, as well as field experience, equivalent formal training such as the Fiber Optics 1-2-3 course, or viewing the Light Brigade Staff Development DVD set.

Course Options One day — Fiber Optics for Utilities Level 2 Four days — Fiber Optics for Utilities Levels 1 and 2

Certification UTC Fiber Optic Professional Level 2 Designer

Complete the one-day Fiber Optics for Utilities Level 2 course and successfully pass the UTC Level 2 Designer certification exam. The UTC Level 2 certification is intended for those who design, plan, manage, or supervise utility-based fiber optic networks.

Course Fees • Level 2 One-day course $600 • Levels 1 and 2 Four-day course $1800 • Optional UTC Level 2 exam Member rate $175 Non-member rate $275

Classroom (8 Hours) Introduction Optical Fiber Transmission System Topologies Relevant Standards Transmission Theory Attenuation, Dispersion, and Reflection Optical Fibers Optical Fiber Specifications Optical Fiber Selection Fiber Optic System Design System Design Objectives Optimizing System Wavelength Safety Margins Loss Budgets Design Planning and Scheduling Fiber Optic Cables Loose Tube Cable Types ADSS and OPGW Cable Indoor Plenum and Riser Cable Access Jumpers and Cordage Connectors Main Connector Components Fiber Connector Types Termination Techniques Visual Inspection and Cleaning Connector Endface Polishes Attenuators and Terminators


Fiber Splicing Splice Technology Selection Good Splice Requirements Optical Fiber Cleaving Fusion and Pigtail Splicing Cable Management OSP Cable Management Fiber Interconnect Hardware Indoor Cable Management Utility Splice Closures Splice Tray Recommendations Closures and Slack Buffer Tubes Fan-Out and Breakout Kits Underground Cable System Design Trenching, Plowing, and Boring Underground Cable Storage Marking Cable Routes Conduit and Duct Installation Tension Monitoring High Speed Air Blown Cable Aerial Cable System Design Aerial Placement Cable Types for Utilities Typical Pole/Structure Placement Sag and Ground Clearance Proper Aerial Route Planning Aerial Installation Alternatives

ADSS Cable System Design ADSS Cable Construction Long Span ADSS for Transmission Short Span ADSS for Distribution Thermal Expansion Long Term Creep Sag and Tension Considerations Tracking Erosion Corona Discharge Aeolian Vibration ADSS Aerial Cable Slack Storage OPGW Cable System Design OPGW Cable Construction Stress Strain Characteristics Environmental Wind and Ice Loading Sag and Tension Considerations Lightning and Short Circuits Aeolian Vibration Testing & Results Interpretation Basic Fiber Optic Field Tests Types of Test Equipment OTDR Testing Documentation Requirements Selecting Optical Test Equipment Interpreting Test Reports Maintenance and Restoration Plans Standards and Codes Fiber Optic Safety



Fiber Optics for Traffic Systems Course Description

This multi-level course offers three levels of certification over five days of training. The Level I course has 16 hours of classroom instruction on the physical layer. The Level II course is 8 hours of classroom instruction on transmission systems and is recommended for Maintenance and Operations Supervisors, Design Engineers, and ITS Managers. The Level III course features 16 hours of hands-on skills training labs that provide the practical skills required to properly design, install, and maintain modern fiber-optic-based intelligent transportation systems (ITS). In this certification class, students will cover essential learning objectives for the International Municipal Signal Association (IMSA) Fiber Optics for Traffic Systems certification requirements.

Course Level Certification IMSA Fiber Optics for Traffic Systems

Introductory to intermediate. Beginners to experienced fiber technicians find the class and extensive hands on skills training beneficial.

Course Options Fiber Optics for Traffic Systems Level I: Two days of classroom training covering basic fiber optic theory, fiber types, cables, splicing, terminations, fiber management products, as well as installation, testing, troubleshooting, and maintenance. To be eligible for IMSA certification, complete the Level I, II and/or III course and pass the corresponding certification examination.

Course Fees • Fiber Optics for Traffic Systems Level I $800 • Fiber Optics for Traffic Systems Level II $500 • Fiber Optics for Traffic Systems Level III $950 • Certification (per Level) $125 each

Fiber Optics for Traffic Systems Level II: One day of classroom training covering system design, loss budgets, and integration for voice, video, and data systems. In addition, the course includes three chapters—Video Transport, Control Systems, Level III Hands-On and NextGeneration Systems—that focus on the evolution (16 Hours) from analog to digital ITS applications. The class also includes optical multiplexing, bidirectional transmission, and Station #1 – Splicing bandwidth considerations. Fusion and Mechanical Restoration Scenarios Fiber Handling and Cleaving Terminating No-polish Connectors Station #2 – Cable Preparation Loose Tube Cables Indoor/Outdoor Cables Patch Panel Preparation Splice Closure Preparation Active and Passive Devices Mid-Entry Practices Light Sources and Detectors Station #3 – OTDR Operation Repeaters and Regenerators Acceptance Testing System Design Span Acceptance/Splice Loss Video Transport Reflection Testing Transmission Formats Emergency Restoration Data Transport Systems Troubleshooting Multi-channel Video Station #4 – Optical Loss Testing High-Density Video Transport Cleaning and Inspection Digital and FM Transmission Link Loss Measurement CWDM Video & Data Transport Identifiers and Tracers Long Distance Transmission Documentation Control Systems Station #5 – Systems Traffic Controllers CCTV Video Systems Data Modem Protocols Multi-drop Data Networks Next Generation Systems Measure Tx and Rx Power All-IP • Hybrid • Legacy Variable and Fixed Attenuators

Fiber Optics for Traffic Systems Level III: Two days of in-depth hands-on training on fiber optic cable preparation, splicing, OTDR Level II Classroom operation, optical loss testing, (8 Hours) restoration, and maintenance.

Level I Classroom (16 Hours) Fiber Theory and Optical Fibers Cables Connectors Splicing Panels, Trays, and Closures Installation Methods and Tools Testing and Test Equipment Maintenance and Restoration Fiber and Laser Safety




Fiber Optics for Oil/Gas Course Description This three-day class has been developed with 12 hours of classroom and 12 hours of hands-on skills labs to provide practical understanding and skills required to properly design, install and maintain fiber optics systems in petrochemical environments such as offshore drilling, pipeline, refineries, and process plants. Students will use the latest fiber optic technology and equipment to learn how to splice, connectorize, test, and troubleshoot petrochemical based optical fiber networks in order to increase efficiency, reliability, and on-the-job safety requirements as well as reduce overall production cost and facilities downtime.

Course Level Introductory to intermediate. The course is structured with the course manuals, flow, instruction and hands-on stations all geared for your success.


Certification ETA Fiber Optic Installer

Complete the three-day Fiber Optics for Oil/Gas course and pass the ETA Fiber Optic Installer (FOI) certification exam. The FOI is designed for those working with both multimode and single-mode fibers.

Course Fees • Level 1: $1500 • Optional ETA Fiber Optic Installer (FOI) Exam $150

Classroom (12 Hours) Introduction to Fiber Optics Fiber Optic Applications Drivers Behind Oil/Gas Applications Pipeline Offshore & Subsea Refineries & Storage Bandwidth Demand Optical Fiber Theory Properties of Fiber Attenuation & Insertion Loss Reflection & Optical Return Loss Dispersion & Bandwidth Optical Fiber Types Fiber System Design Physical Architecture Fiber System Standards Safety & Design Concerns Fiber Optic Sensors Passive Device Technologies Loss Budget Calculations Fiber Optic Cable Cable Design & Types Aerial Self-supporting Underground Conduit Petrochemical Resistances Undersea Requirement

Hands-On (12 Hours) Fiber Optic Cable Installation Route Planning & Layout Cable Handling & Bend Radii Pulling or Payout Cable Preparation Fiber Optic Termination Connector Types Termination Methods Breakout & Pigtails Inspection & Cleaning Fiber Optic Splicing Fiber Cleaning Fiber Cleaving Fusion & Mechanical Splicing Splice Protection & Fiber Routing System Testing & Troubleshooting Optical Loss Testing Optical Time Domain Reflectometers (OTDRs) Fault Location Visual Inspection Testing Terminal Equipment Typical Causes of Failures Restoration Planning

Cable & Fiber Preparation Fiber Preparation & Handling Cable Preparation Mid-cable Entry Techniques Closure & Panel Preparation Mechanical & Fusion Splicing Fiber Cleaning & Preparation Splicing 250-µm & 900-µm Fibers Fiber Handling & Cleaving Fusion Splicing Connectorization & Termination SC • ST • LC • Breakout Field Installable • Factory Pigtails Connector Cleaning & Inspection Troubleshooting Connectors Optical Loss Testing Test Tx & Rx Power Levels Troubleshooting Using OLTS, VFIs Event Loss Analysis Documentation & Records Optical Time Domain Reflectometers OTDR Setup & Operation Reflectance Testing System Acceptance Testing Splice & Span Loss Testing Maintenance & Restoration

Custom Classes for Oil and Gas Ask about custom fiber optic training for offshore and topside refineries.




Fiber Optics for Mining Applications Course Description This three-day class has been developed with 12 hours of classroom and 12 hours of hands-on skills labs to provide the practical understanding and skills required to properly design, install and maintain fiber optics systems in harsh environment underground and surface mines. Students will use the latest fiber optic technology and equipment to learn how to splice, connectorize, test, and troubleshoot mining-based optical fiber networks in order to increase efficiency, reliability, and on-the-job MSHA safety requirements as well as reduce production cost and downtime.

Course Level Introductory to intermediate. Novices to experienced fiber technicians find the class and extensive hands-on skills training beneficial.



Certification ETA Fiber Optic Installer

Complete the three-day Fiber Optics for Mining Applications course and pass the ETA Fiber Optic Installer (FOI) certification exam.The FOI is designed for those working with both multimode and single-mode fibers.

Course Fees • Three-day course $1500 • Optional ETA Fiber Optic Installer (FOI) Exam $150

Introduction to Fiber Optics Standards and Terminology Fiber Optic Applications Fiber Theory Basic Optical Theory Attenuation, Reflection, Dispersion Optical Fibers Single-mode Fiber Types Multimode Fiber Types Fiber Selection Fiber Optic Cable Cable Design and Types MSHA-rated Cables Cable Specifications Connectors Connector Types Termination Techniques Inspection and Cleaning Splicing Fiber Optic Cleaving Fusion Splicing Splice Protection Cable Management Panels and Closures Installation Route Planning Cable Handling General Guidelines


Hands-On (12 Hours) Optical Testing OTDRs Optical Loss Testing Testing Terminal Equipment Visual Inspection Restoration/Maintenance Typical Causes of Failure Restoration Planning Underground Restoration Safety Light Sources • Fibers Chemicals • Installation Active and Passive Devices Lasers, VCSELs, and LEDs Detectors Repeaters Couplers and Switches Analog and Digital Reflection Issues System Design Design Objectives Optical Loss Budgets Safety Margins Material Lists System Standards IEEE 802 Standards CCTV Specifications

Station #1 – Cable Preparation MSHA-Rated Distribution Cables MSHA-Rated Breakout Cables MSHA-Rated Loose Tube Cables Cable Mid-Entries Closure and Panel Preparation Station #2 – Splicing Splicing 250-µm & 900-µm Fibers Fiber Handling and Cleaving Fusion Splicing Fusion Splicer Adjustments Station #3 – OTDR Operation Operate an OTDR Reflection Testing Acceptance Testing Splice and Span Loss Testing Maintenance and Restoration Documentation Station #4 – Connectorization Terminate LC, ST, and SC Connectors Inspect Fiber Endfaces Troubleshoot Terminations Test and Inspect TFOCA Connectors Station #5 – Optical Loss Testing Test Tx and Rx Power Levels Link Loss Measurements Troubleshooting Documentation



Fiber Optics for Pro-AV Course Description This course will provide an overview of fiber optic transmission theory, system design parameters, installation guidelines, fiber optic connector and splice termination options, test equipment, testing, documentation, and troubleshooting tailored for Pro-AV applications and installations. The course includes extensive hands-on exposure to fiber optic cable preparation, terminations, testing, and troubleshooting.

Course Level Introductory to intermediate. Beginners to experienced fiber designers and planners find the class beneficial.



Certification Infocomm

Ask about earning Infocomm RUs for attending this course.

Course Fees • Three day course $1200

Introduction Advantages of Optical Media Terminology System Architectures Applications Transmission Theory Optical Fiber Structures Fiber Types Fiber Parameters Bandwidth Requirements Standards and Codes NEC Building Codes Fiber Optic Standards Fiber Optic Cable Indoor/Outdoor Applications Cable Design Objectives Tight Buffered Cable Loose Tube Cable Other Cable Solutions Interpreting Specifications Specifying Optical Cable Fiber Terminations Fiber Optic Connectors Fiber Connectors for Pro-AV Factory Terminations Field Installations


Hands-On (12 Hours) Fiber Cable Installation Installation Parameters Key Points in Pre-Pull Short Indoor Runs Centralizing Terminations Cable Management Testing & Documentation Basic Fiber Optic Field Tests Visual Continuity Check Optical Loss Testing OTDR Testing Documentation Integration Standard Attenuation Metrics Selecting the Fiber and Cable Cable Management Products Termination Techniques Transmission Equipment Test Equipment Cost-effective Integration System Design Transmitters and Receivers Loss Budgets Bandwidth Analysis Next Generation Technology Wrap-up and Review

Cable Preparation Tight Buffered Cable Preparation Loose Tube Cable Sheath Removal Fan-out Kit Installation Wire Mesh Pulling Grips Connectorization No-polish Connectors Anaerobic Connectors 900-µm Multimode Jumpers Connector Inspection and Cleaning Splicing Fiber Preparation Fiber Cleaving Fusion Splices Mechanical Splices Field Testing Bi-directional Insertion Loss Measurement Documenting Jumpers Network Event Loss and Fiber Spool Length “Not to Exceed” Loss Budgets Isolating Span Problems Troubleshooting Terminations Locating Fault



Premises/LAN Installation and Maintenance Course Description This two-day class features 8 hours of classroom and 8 hours of hands-on skills labs to provide practical understanding and skills required to properly design, install and maintain premises-based local area networks (LANs). Students will use the latest fiber optic technology and equipment to learn how to splice, connectorize, test, and troubleshoot premises-based optical fiber networks in order to increase efficiency, reliability and on-the-job safety as well as reduce cost and downtime.

Course Level Introductory to intermediate. Beginners to experienced fiber technicians find the class and extensive hands-on skills training beneficial.

Course Options Two days – Classroom lecture and hands-on exercises.

Certification FOA Certified Fiber Optic Technician

Complete the two-day Premises/LAN Installation and Maintenance course and pass the Fiber Optic Association’s Certified Fiber Optic Technician (CFOT) exam.

Course Fees • Two-day Course $595 • Optional FOA CFOT $75

Classroom (8 Hours)

Hands-On (8 Hours)

Introduction to Fiber Optics Development Timeline Advantages of Optical Fiber Media Fiber Optic Transmission Theory Structure of Optical Waveguides Types of Optical Fibers Basic Fiber Parameters Operating Wavelengths Optical Fiber Manufacturing Fiber Optic Cable Technology Cable Design Objectives OSP Cables and Loose Buffer Protection ISP Cables and Tight Buffer Protection Fiber Optic Cable Installation Methods Comparison to Metallic Cable Basic Installation Parameters Underground, Aerial, and Direct Buried Installations Termination and Splicing of Optical Fiber Connector Types Installation Methods Field Installable vs. Factory Termination Splicing Methods Field Testing and Troubleshooting Types of Field Tests Visual Continuity and Connector Inspection Insertion Loss Test Measurements Optical Time Domain Reflectometer Testing Standards and Codes System Design Parameters Insertion Loss Values System Dynamic Range Restoration Margin

Safety Meeting Station #1 – Fiber Optic Cable Prep Loose Tube Cable Preparation Tight Buffer Cable Preparation Fan-out Kit Installation Pulling Grip Setup Station #2 – Fusion Splicing Fiber Cleaning and Preparation Fiber Optic Cleaving Process Core Alignment Splicers V-groove Alignment Splicers Splicing 250-µm to 900-µm Fiber Equipment Maintenance and Cleaning Station #3 – Fiber Connectorization Fiber Cleaning and Preparation Anaerobic (Epoxy) Field Connector Installation Cleave and Crimp Field Connector Installation 250-µm Fiber Fan Termination 900-µm Tight Buffer Termination 2-mm and 3-mm Cordage Termination Station #4 – Field Testing and Troubleshooting Cleaning Connectors Evaluation of Connector Endface Continuity Test with Visual Fault Locator Bidirectional Insertion Loss Methods Launch Conditions for Multimode Systems Bidirectional OTDR Traces OTDR Event Analysis Compute Link Loss Budget and Test Acceptance Testing and Troubleshooting Tips Documentation Requirements



Tool Kits

Fiber Optic Tool Kits and Hand Tools As the leader in fiber optic training, The Light Brigade understands the special tool needs of technicians and what it takes to do the job in a safe, efficient, and effective manner. Our tool kits were developed with the insight and feedback from experts in the industry. We include options for these tool kits that allow technicians to order variations based on personal preferences without driving up the cost of the kits with unnecessary or redundant tools.

Cable Preparation Tool Kit A basic tool kit designed for fiber optic cable preparation and closure/enclosure preparation for splicing inside or outside. It is also for loose tube or premise cable applications where the right tool is needed to strip, clean, and prepare fiber optic cable for splicing and termination.

Part Number T-KCP

$399

T-2CCS T-2CK T-2CS T-2CW T-2CXC T-2KV T-2RT T-2SC T-3LP

Fiber cable sheath stripper Cable knife Cable slitter Multi-socket can wrench Cable cutters Kevlartm shears with pouch Ideal buffer cutting tool Splicer’s scissors 8” lineman pliers


Ideal Ripley Ripley Ripley Ripley Ripley Ideal Ripley Husky

T-3MS T-3NP T-3SDP T-3SDS T-3SR T-3TM T-5ETB T-5SPM T-5STB

Miller strippers 6” needle nose pliers Screwdriver – Phillips Screwdriver – standard Seam ripper 12’ tape measure Electrical tape – black Permanent marker – black Small tool bag 12” x 11” x 9”

Ripley Husky Stanley Stanley Clauss Stanley 3M Sharpie LBI


Tool Kits

Emergency Restoration Tool Kit A specialized tool kit designed for loose tube outside plant applications where fiber optic cable damage has occurred and a quick repair kit is needed to support emergency restoration. Includes hand tools for fiber cable preparation and closure preparation, mechanical splices, and a basic cleaver.

Part Number T-KERM

$700

S-D2501 S-D2509 S-D2529-6 T-1VL T-2CCS T-2CK T-2CS T-2CW T-2CXC T-2KV T-2RT

Universal Fibrlok assembly tool Fibrlok II cap lifter tool Universal Fibrlok – Pkg of 6 Staple cleaver Fiber cable sheath stripper Cable knife Cable slitter Multi-socket can wrench Cable cutters Kevlartm shears with pouch Ideal buffer cutting tool

3M 3M 3M OFS Ideal Ripley Ripley Ripley Ripley Ripley Ideal

T-2SC T-3LP T-3MS T-3NP T-3SDP T-3SDS T-3SR T-3TM T-5ETB T-5SPM T-5STB

Splicer’s scissors 8” lineman pliers Miller strippers 6” needle nose pliers Screwdriver – Phillips Screwdriver – standard Seam ripper 12’ tape measure Electrical tape – black Permanent marker – black Small tool bag 12” x 11” x 9”

Ripley Husky Ripley Husky Stanley Stanley Clauss Stanley 3M Sharpie LBI

Master Splicer Tool Kit An all-inclusive master tool kit specifically designed for fiber optic cable preparation and closure/ enclosure preparation. It is also for loose tube or premise cable applications where the right tool is needed to strip, clean and prepare fiber optic cable for splicing and termination. Includes specialized tools needed to do mid-cable access procedures and prepare special fiber optic cables such as OPGW, ADSS, MicroCable, and armored loose tube for splicing or termination. T-2BC

Part Number T-KMS

$750

T-2CCS T-2CKSC T-2CW T-2CXC T-2KV T-2OPGW T-2RT T-3JP T-3MS T-3MSAT T-3NP

Small bolt cutters– OPGW strands 14” Fiber cable sheath stripper Cable knife and scissors Multi-socket can wrench Cable cutters Kevlartm shears with pouch Mini SST pipe cutter 1/8” to 5/8” Ideal buffer cutting tool 8” joint pliers Miller strippers MSAT mid-span access tool 6” needle nose pliers


Workforce Ideal Ripley Ripley Ripley Ripley JHL Ideal Husky Ripley Ripley Husky

T-3SDP T-3SDS T-3SR T-3TM T-5ETB T-5ETBL T-5ETG T-5ETR T-5HSG T-5SPM T-HS-Assort T-5LTB

Screwdriver – Phillips Screwdriver – standard Seam ripper 12’ tape measure Electrical tape – black Electrical tape – blue Electrical tape – green Electrical tape – red Heat shrink gun Permanent marker – black Heat tubes 1/8”, 1/4”, 1/2”, 1” (6” segments) Large tool bag – 11 x 17 x 10”

Stanley Stanley Clauss Stanley 3M 3M 3M 3M Wagner Sharpie

LBI


Tool Kits

Fiber Optic Tool Kits and Hand Tools Custom Tool Kits Build your own custom tool kits by picking the exact tools you need. The tools can be individually selected and consolidated into a custom tool kit.

Tool Bag Kits

Fiber Cleavers

T-5LTB

Large tool bag – 11” x 17” x 10”

LBI

$45.00

T-5STB

Small tool bag – 12” x 11” x 9”

LBI

$35.00

Workforce

$31.95

Ideal Ripley Ripley Ripley Ripley Petro Com Clauss

$62.00 $10.29 $26.18 $42.73 $18.50 $200.00 $19.50

T-1CT-10 T-1CT-30A T-1VL

Cable Preparation Tools T-2BC T-2CCS T-2CK T-2CS T-2CXC T-2KV T-2SH T-3SR

Small bolt cutters– OPGW strands 14” Fiber cable sheath stripper Cable knife Cable slitter Cable cutters Kevlartm shears with pouch Armored cable sheath cutter Seam ripper

Ideal buffer cutting tool Splicer’s scissors No-Niks - red, 200 µm No-Niks - blue, 250 µm Miller strippers MSAT mid-span access tool

N-AFLL2400

N-AFLLG-250

S-D2178-S S-D252348-SF

Ideal Ripley Ripley Ripley Ripley Ripley

$36.25 $13.14 $36.85 $36.85 $42.56 $254.84

Multi-socket can wrench 8” joint pliers 8” lineman pliers 6” needle nose pliers Screwdriver – Phillips Screwdriver – standard 12’ tape measure Heat shrink gun

Ripley Husky Husky Husky Stanley Stanley Stanley Wagner

$647.50 $1091.50 $200.00

LL2400 stores 24 single fused fibers, base, cover, one (1) twentyfour position sleeve holder, base, cover, tie-wraps. Sealed fiber optic splice closure – 96 single or 144 mass fusion capable, includes five (5) cable kits for sealing / retention and a grounding terminal. Cable grounding kits, hanger brackets and splice trays not included. Fiber optic splice case – Contains materials for initial installation of 4 cables. Size: 8.5 x 21.9 Fiber splice organizer 48 fusion splices

AFL

$15.25

AFL

$240.75

3M

$249.15

3M

$37.51

Splicing Consumables E-802-010 E-805-300 E-806-080 E-812 E-817 E-818 E-FPF1-0900 S-PHS-40-50 S-PHS-60-50 T-5ETB T-5ETBL T-5ETG T-5ETR T-5SPM T-681 T-HS-Assort

Hand Tools T-2CW T-3JP T-3LP T-3NP T-3SDP T-3SDS T-3TM T-5HSG

AFL AFL OFS

Restoration Sealed Closures

Splicer Specialty Tools T-2RT T-2SC T-320 T-320 T-3MS T-3MSAT

CT-10 mid range cleaver CT-30A precision cleaver Staple cleaver

$45.75 $19.50 $24.50 $19.50 $10.00 $10.00 $15.95 $45.95


HydraSol cable gel remover – Pkg of 10 Polywater Econowipes (4”x 4”) – Pkg of 300 Chemtronics Alcopads – Pkg of 80 TexWipe Reel cleaner AFL NOYES® One Click SC, ST, FC cleaner AFL NOYES® One Click LC, MU cleaner AFL Fiber prep solution 3 oz. AFL Splice sleeves – 40 mm – Pkg of 50 ACT Splice sleeves – 60 mm – Pkg of 50 ACT Electrical tape – black 3M Electrical tape – blue 3M Electrical tape – green 3M Electrical tape – red 3M Permanent marker – black Sharpie Fiber splicing safety kit Clauss H/S tubes 1/8”, 1/4”, 1/2”, and 1” (6” segments)

$22.00 $14.50 $23.05 $107.00 $65.00 $65.00 $13.50 $21.65 $21.65 $7.50 $7.50 $7.50 $7.50 $2.00 $43.35 $8.50


DVDs

Staff Development DVDs These DVDs have been filmed by professional cinematographers and provide an unbiased, international perspective. The close-up filming allows small, difficult-to-see components, as well as installation content to be presented in a clear, easy-to-see manner. The content is formatted for easy presentation either by menu-selectable chapters or in continuous play mode. Each DVD includes a quiz, along with an answer sheet, in Microsoft® Word format. Introduction to Fiber Optics

Fiber Optic Cable

Fiber Optic Active Devices

Part # W–6D–101 (First edition) • 105 min • $50



Fundamentals of Fiber Optics

Fiber Optic Splicing

Fiber Optic Passive Devices

This comprehensive overview of fiber optics contains 14 introductory chapters from other Light Brigade DVDs. Learn and appreciate everything this amazing technology has to offer.

Learn how fiber optics are applied in today’s voice, video, and data communication systems. Learn fiber theory, terminology, and how various types of fiber are manufactured. Part # W–6D–112 (Second edition) • 80 min • $125

OTDR Theory and Operation The OTDR is a crucial instrument for acceptance testing and troubleshooting. Learn how to use an OTDR in various testing scenarios including FTTx, PMD, LAN, and OSP applications. Part # W–6D–121 (First edition) • 86 min • $125

Fiber Optic Test Equipment and Testing Fiber Optic Links Explore the wide variety of test equipment— from OTDRs to simple hand-held devices— used in the maintenance and acceptance testing of today’s fiber optic systems and links. Part # W–6D–131 (First edition) • 81 min • $125

Troubleshooting A Fiber Optic Link Proper selection and usage of fiber optic test equipment is key to an effective maintenance program. Learn how to choose the best equipment and technique for the task at hand, including acceptance testing and restoration.

Outside plant, utility, and premises applications employ many types of fiber optic cable. Learn how these cables are structured, manufactured, prepared for splicing and termination, and deployed.

A fiber optic system cannot function without light sources and detectors. Learn what these devices are, how they function, and how they are tested and integrated into transmission systems.


DWDM, FTTx, and ROADM fiber optic systems incorporate an enormous amount of optical passive devices. Learn about the many types of passive devices and how they are integrated to increase network bandwidth and reliability, while simultaneously lowering costs.

Fiber Optic Patch Panels, Splice Closures and Pedestals

Fiber Optic System Design



Fiber Optic Connectors

Fiber Optic Safety


This DVD serves as a primer on fiber optic safety for anyone working with fiber optic systems, components, fibers, or installation. The content includes visual safety for optical light sources sand amplifiers, physical safety for handling optical fibers and chemicals, on-the job training for cable installers, information on various fiber safety standards, and more.

Low loss splicing is the cornerstone of optimal network performance. Learn to correctly perform mechanical and fusion splicing to produce high quality, low loss splices in any fiber application.

Cable management products have evolved greatly over the years and fulfill many roles today. Learn how they are typically employed in today’s networks, and how they are integrated with optical cable.

Proper connectorization is critical to the success of a fiber link, and ultimately lies in the hands of the technician. From polishing to cleaning to visual inspection, a technician must be able to properly terminate each fiber and ensure it provides the lowest loss possible to achieve optimum performance.


Learn to design a fiber optic transmission system that suits your requirements now and for years to come, from a simple point-topoint networks to the more advanced DWDM, ROADM, and FTTH/FTTB systems.

Part # W-6D-221 (First edition) • 86 minutes • $125

Set of 12 DVDs*: $1200


*Does not include Introduction to Fiber Optics

GSA#: GS02F0012R



What people are saying about our training... The course was very beneficial. A lot of questions I couldn’t find answers for have been answered.”

-—Zachary Kerby, Danielson, Inc, Advanced Mods – Omaha, NE

Some of the best instructors of ANY technical course I’ve ever participated in!”

—Craig Ryan, Atco Electric, Advanced Mods – Omaha, NE

The manual is well organized and user friendly. It will be a useful reference when addressing fiber issues on the job. Due to my very limited knowledge of fiber optics, this course will be very beneficial by allowing me to effectively communicate with contractors and technicians when addressing fiber issues. The instructor was very knowledgeable of the subject matter. His practical real world experience was beneficial to applying the principle explained in theory.”

-—Brett Sellers, Alabama DOT, FO123 – Huntsville, AL

This course has been a tremendous help to repair existing fiber in our networks and to facilitate any additional installs and other projects in the future.”

-—Adam Johnson, Digital Traffic Systems, ITS – Spartanburg, SC

Critically, this is the perfect coalition of theory and experience. I found it so interesting that I wanted to dive into the more advanced depths of the book.” -—John Weininger, World Fiber Technologies, FO123 – Atlanta, GA

Instructor was excellent and very knowledgeable. He engaged the audience and kept things interesting.”

-—Brent Rusk, B&W Pantex, FO123 – San Diego, CA

Incredible. Seriously amazed at how much was covered in the time frame given.”

-—John Cassisi, Disney/ABC CNG, FO123 – San Diego, CA

The best instructor I’ve ever dealt with. I learned more in four days than I ever did in college.” -—Jeremy Warren, Windstream, FO123 – Atlanta, GA

Instructor was the best I have ever had in a course.” -—Nathan Wilson , Windstream, FO123 – Atlanta, GA

In six years in telecom this is the best and more informative training [I] attended.”

-—Kris Schaucmburg, Knology of Kansas, FO123 – Kansas City, KS

More knowledge gained that I ever could have imagined. I thought this was just a basic course, the curriculum was outstanding.”

-—Joshua Neely, USAF 30th Recon, FO123 – Anaheim, CA

The Light Brigade 837 Industry Drive Tukwila, WA 98188

Announcing our Holiday DVD Special Buy any single DVD for $99, a 20% savings off our list price. Get the entire set of 12 DVDs for $999, a 33% savings over the single unit price. Now through January 31, 2013 All Light Brigade DVDs are eligible for BICSI credits

For additonal promotions and special discounts in the future, check our website.

www.lightbrigade.com 206.575.0404 • 800.451.7128