GR 909 CORE : ISSUE 2
Current
The latest, up-to-date edition.
GENERIC CRITERIA FOR FIBER IN THE LOOP SYSTEMS
12-01-2013
Change History
Preface
1. Introduction
1.1 Purpose and Scope
1.2 Reason for Issue
1.3 Summary of Changes
1.4 FITL System Evolution
1.5 Public Standardization
1.6 Organization of the Document
1.7 Requirements Terminology
1.8 Requirement Labeling Conventions
1.9 Relationship to Digital Loop Carrier System Documents
1.10 Additional Related Telcordia Documents
2. Fiber In The Loop System Overview
2.1 Application Environment
2.2 FITL System Reference Models
2.3 Multi-Service Delivery Networks
2.4 Telecommunications Service Capabilities
2.5 Telecommunications Delivery Architectures
2.6 Video Service Capabilities
2.7 Video Services Transport Architecture
2.8 Data Services Capabilities and Architectures
2.9 Optical Distribution Network
2.10 FITL System Powering
2.11 Operations Capabilities
2.12 Maintenance Termination Unit Compatibility
2.13 ONU Modularity
2.14 Considerations for Traffic Sensitive FITL Systems
2.15 Network Loss
2.16 System Performance Requirements
2.17 Network Services Security Considerations
2.18 Electrical Protection
2.19 ONU Environmental Considerations
2.20 Reliability and Availability
2.21 Service Drop Considerations
2.22 ONU Line Unit Considerations
2.23 Multiple Interface Group (Multi-IG) Feature
3. Service Requirements
3.1 Telecommunication Services
3.2 Data Service Capabilities
3.3 Video Service Capabilities
3.4 Line Unit Adaptability
3.5 ONU Service and Bandwidth Capacity
4. Signaling and Supervision Criteria for Telecommunications Services
4.1 Loop Start Signaling
4.2 Ground Start Signaling
4.3 Loop Reverse Battery Signaling
4.4 General Supervision Requirements
4.5 General Ringing Requirements
4.6 Coin Telephone Signaling
5. Voice Quality and Transmission
5.1 Introduction
5.2 Packet Voice Criteria
5.3 Voice Grade Analog Transmission Criteria for Locally Switched
Services
6. Broadband Service Interface and Transport Criteria
6.1 Broadband Service Interfaces
6.2 Network Interfaces
6.3 Connections and Service Flows
6.4 Packet Transport Requirements
7. Traffic-Sensitive System Criteria
7.1 Telecommunications Services
7.2 Video Services
8. Transmission Performance Criteria
8.1 Transport Delay
8.2 Error Performance
8.3 Jitter Interfacing with the DTF
8.4 Jitter Tolerance From Customers
8.5 Jitter Generation Towards Customers
8.6 Jitter Transfer Towards Customers
8.7 Wander
8.8 Jitter and Wander Compliance
8.9 ATM Cell Performance Parameters
8.10 Video-Related Performance Parameters
8.11 xDSL Transmission Performance Criteria
9. Transmitter and Receiver Requirements
9.1 Operating Wavelength Range
9.2 Optical Source and Detector Characteristics
9.3 Optical Transmitter and Receiver Characteristics
9.4 Transmitter/Receiver Performance Over ODN Optical Paths
9.5 Transmission Convergence Layer Requirements
9.6 Ranging Method
10. Synchronization
11. Network Interfaces
11.1 Generic Interface to the Local Digital Switching System
11.2 FITL System Core Packet Network Interface
11.3 Video Overlay Network Interface
12. Operations Requirements
12.1 NE-to-NE Communications
12.2 Memory Administration
12.3 Surveillance
12.4 Testing
12.5 Network Data Collection
13. Powering Requirements
13.1 ONU Powering
13.2 COT and HDT Powering
14. Availability and Reliability Criteria
14.1 System Availability
14.2 Operations System Interface Availability
14.3 Silent Failures
14.4 Powering Availability
14.5 Equipment Maintenance
14.6 Hardware Reliability Calculations
14.7 Protection and Equipment Duplication
14.8 Reliability Assurance
15. Electromagnetic Compatibility Criteria
15.1 EMC and Electrical Safety Criteria Applicable to FITL System
15.2 Electrical Protection
15.3 Immunity to Line Crosses
16. Security Requirements
17. Miscellaneous Common Requirements
17.1 Physical Requirements
17.2 Temperature and Humidity
17.3 Altitude
17.4 Heat Dissipation
17.5 Acoustical Noise
17.6 Airborne Contaminants
17.7 Environmental Impact and Conservation
17.8 System Administration
Appendix A: TL1 Messages for OS/NE Communications
A.1 Introduction
A.2 Addressing Rules
A.3 Memory Administration
A.4 Surveillance
A.5 Testing
A.6 Potential xDSL and ATM TL1 Commands
Appendix B: Criteria Revision History Log
List of Acronyms
Glossary
References
Requirement-Object Index
Provides the preliminary Telcordia view of proposed generic requirements for FITL systems that are intended to be compatible with typical Local Exchange Carrier (LEC) service, transmission and operations environments. Addresses feature and functional requirements for FITL systems while referencing appropriate requirements for related FITL equipment and components.
DevelopmentNote |
Included in FR 440. (02/2001) Replaces TA NWT 000909. (09/2001) Partially supersedes GR 2833 CORE. (04/2004) Included in FR EP 01. (06/2011) Included in FR TS 01. (02/2012)
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DocumentType |
Standard
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PublisherName |
Telcordia Technologies
|
Status |
Current
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Supersedes |
GR 950 CORE : ISSUE 3 | GENERIC REQUIREMENTS FOR OPTICAL NETWORK UNIT (ONU) CLOSURES |
GR 196 CORE : ISSUE 2 | GENERIC REQUIREMENTS FOR OPTICAL TIME DOMAIN REFLECTOMETER (OTDR) TYPE EQUIPMENT |
GR 1221 CORE : ISSUE 3 | GENERIC RELIABILITY ASSURANCE REQUIREMENTS FOR PASSIVE OPTICAL COMPONENTS |
SCTE 165-1 : 2009 | IPCABLECOM 1.5 - PART 1: ARCHITECTURE FRAMEWORK TECHNICAL REPORT |
GR 356 CORE : ISSUE 2 | GENERIC REQUIREMENTS FOR OPTICAL CABLE INNERDUCT, ASSOCIATED CONDUIT, AND ACCESSORIES |
TS 103 161-14 : 1.1.1 | ACCESS, TERMINALS, TRANSMISSION AND MULTIPLEXING (ATTM); INTEGRATED BROADBAND CABLE AND TELEVISION NETWORKS; IPCABLECOM 1.5; PART 14: EMBEDDED MTA ANALOG INTERFACE AND POWERING SPECIFICATION |
GR 468 CORE : ISSUE 2 | GENERIC RELIABILITY ASSURANCE REQUIREMENTS FOR OPTOELECTRONIC DEVICES USED IN TELECOMMUNICATIONS EQUIPMENT |
SCTE 24-1 : 2016 | IPCABLECOM 1.0 - PART 1: ARCHITECTURE FRAMEWORK FOR THE DELIVERY OF TIME-CRITICAL SERVICES OVER CABLE TELEVISION NETWORKS USING CABLE MODEMS |
GR 474 CORE : ISSUE 2 | NETWORK MAINTENANCE: ALARM AND CONTROL FOR NETWORK ELEMENTS |
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