• GR 1209 CORE : ISSUE 4

    Current The latest, up-to-date edition.

    GENERIC REQUIREMENTS FOR PASSIVE OPTICAL COMPONENTS

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    Published date:  12-01-2013

    Publisher:  Telcordia Technologies

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    Table of Contents - (Show below) - (Hide below)

    Preface
                     Bellcore's Interactive GR Process
                     FA-TA-TR to GR
                     Transition Phase
                     Comments and Issues List Report Mechanism
                     GR-1209 Current Maturity Level, Status and Plans
                     Formatting Comments
                     Where and When to Submit Comments
    1 Introduction
    1.1 Purpose and Scope of Document
    1.2 Requirements Terminology
    1.3 Requirement Labeling Conventions
    1.3.1 Numbering of Requirement and Related Objects
    1.3.2 Requirement, Conditional Requirement, and
                     Objective Object Identification
    1.4 Changes from TA-NWT-001209, Issue 2
    1.5 Organization
    2 General Information
    2.1 General Product Description
    2.1.1 Branching Component Classes
    2.2 Branching Component Technology
    2.3 Branching Component Applications
    2.3.1 Fiber in the Loop Systems
    2.3.1.1 Environmental Conditions
    2.3.2 Interoffice and Loop Feeder Systems
    2.3.2.1 Bidirectional Transmission
    2.3.2.2 Steps for Converting to Bidirectional
                     Interoffice Transmission
    2.3.2.3 Wavelength-Division Multiplexing
    2.3.3 HFC Architecture for Video Distribution and
                     Telephony
    3 General and Design Criteria
    3.1 Documentation
    3.1.1 General Documentation
    3.1.2 Workcenter Information Package
    3.2 Marking, Packaging and Shipping
    3.3 Physical Design Criteria
    3.3.1 Optical Fiber
    3.3.2 Optical Connectors
    3.3.3 Materials
    3.3.3.1 Toxicity
    3.3.3.2 Corrosion Resistance
    3.3.3.3 Dissimilar Metals
    3.3.3.4 Fungus Resistance
    3.3.3.5 Flammability
    3.3.4 Safety
    3.3.5 Mounting
    3.3.5.1 Central Office Location
    3.3.5.2 Outside Plant Location
    3.3.6 1x8 Splitter Closure Construction for FITL
    3.4 Quality and Reliability Criteria
    3.4.1 Reliability Assurance
    3.4.2 Quality Technology Program
    4 Performance Criteria
    4.1 Environmental and Mechanical Criteria
    4.1.1 Temperature-Humidity Aging
    4.1.2 Temperature-Humidity Cycling
    4.1.3 Water Immersion
    4.1.4 Vibration
    4.1.5 Flex Test
    4.1.6 Twist Test
    4.1.7 Side Pull
    4.1.8 Cable Retention
    4.1.9 Impact Test
    4.2 Optical Criteria
    4.2.1 Optical Bandpass
    4.2.2 Insertion Loss
    4.2.3 Uniformity
    4.2.4 WDM Wavelength Isolation or Far-End
                     Crosstalk (FEXT)
    4.2.5 Directivity
    4.2.6 Reflectance
    4.2.7 Polarization-Dependent Loss (PDL)
    5 Performance Verification/Test Procedures
    5.1 Environmental and Mechanical Testing
    5.1.1 Temperature-Humidity Aging
    5.1.2 Temperature-Humidity Cycling
    5.1.3 Water Immersion
    5.1.4 Vibration Test
    5.1.5 Flex Test
    5.1.6 Twist Test
    5.1.7 Side Pull
    5.1.8 Cable Retention
    5.1.9 Impact Test
    5.2 Optical Testing
    5.2.1 Optical Bandpass
    5.2.2 Insertion Loss
    5.2.3 Uniformity
    5.2.4 WDM Wavelength Isolation or Far-End
                     Crosstalk (FEXT)
    5.2.5 Directivity
    5.2.6 Reflectance
    5.2.7 Polarization-Dependent Loss (PDL)
    6 Passive Optical Component Code (POCC)
    6.1 Structure and Format
    6.2 Component Type Character
    6.3 Fiber Type and Operating Wavelength
                     Region Character
    6.4 Cable Type Character
    6.5 Coupling Ratio and Wavelength Isolation
                     Characters
    6.6 Application Character
    6.7 Configuration Characters
    6.8 Example
    Appendix A: The Transfer Matrix
    A.1 Definition of Terms
    A.2 Example
    References
                     Bellcore Documents
                     Other Related Document
                     External References
                     Ordering Information
    Appendix B: Acronyms
    Glossary

    Abstract - (Show below) - (Hide below)

    Defines generic criteria for passive optical components to help promote the satisfactory operation of such components in Network Operators single-mode fiber transmission networks and to permit economical planning and engineering of interoffice, loop feeder, FITL, HFC, and SONET Systems.

    General Product Information - (Show below) - (Hide below)

    Development Note Supersedes TR NWT 001209. Included in FR DWDM 1 & FR FIBER 1. (02/2001) Included in FR FIBER 2 and DP 1209 Supersedes TR TSY 000901 and TA NWT 000442 (07/2002) Included in FR PASSIVE COMP 01. (11/2010) Included in FR EP 01. (06/2011) Included in FR FC 01. (07/2011)
    Document Type Standard
    Publisher Telcordia Technologies
    Status Current
    Supersedes

    Standards Referenced By This Book - (Show below) - (Hide below)

    I.S. EN 62343-2:2014 DYNAMIC MODULES - PART 2: RELIABILITY QUALIFICATION
    GR 1221 CORE : ISSUE 3 GENERIC RELIABILITY ASSURANCE REQUIREMENTS FOR PASSIVE OPTICAL COMPONENTS
    IEC 62343-2:2014 Dynamic modules - Part 2: Reliability qualification
    CEI EN 62343-2 : 2015 DYNAMIC MODULES - PART 2: RELIABILITY QUALIFICATION
    BS EN 62343-2:2014 Dynamic modules Reliability qualification
    GR 1209 ILR : ISSUE 1A ISSUES LIST REPORT FOR FIBER OPTIC BRANCHING COMPONENTS
    GR 1377 ILR : ISSUE 3A SONET OC-192 TRANSPORT SYSTEM ISSUES LIST REPORT
    GR 2903 CORE : ISSUE 1 RELIABILITY ASSURANCE PRACTICES FOR FIBER OPTIC DATA LINKS
    13/30280815 DC : 0 BS EN 62343-2 - DYNAMIC MODULES - PART 2: RELIABILITY QUALIFICATION
    GR 1377 CORE : ISSUE 5 SONET OC-192 TRANSPORT SYSTEM GENERIC CRITERIA
    EN 62343-2:2014 Dynamic modules - Part 2: Reliability qualification
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