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TRANSMISSION AND MULTIPLEXING (TM); ACCESS NETWORKS; SPECTRAL MANAGEMENT ON METALLIC ACCESS NETWORKS; PART 2: TECHNICAL METHODS FOR PERFORMANCE EVALUATIONS
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Available format(s): Hardcopy, PDF
Language(s): English
Published date:
Publisher: European Telecommunications Standards Institute
Intellectual Property RightsForeword1 Scope2 References 2.1 Normative references 2.2 Informative references3 Definitions and abbreviations 3.1 Definitions 3.2 Abbreviations4 Transmitter signal models for xDSL 4.1 Generic transmitter signal model 4.2 Transmitter signal model for "ISDN.2B1Q" 4.3 Transmitter signal model for "ISDN.2B1Q/filtered" 4.4 Line-shared signal model for "ISDN.2B1Q" 4.5 Transmitter signal model for "ISDN.MMS43" 4.6 Transmitter signal model for "ISDN.MMS43/filtered" 4.7 Line-shared signal model for "ISDN.MMS43" 4.8 Transmitter signal model for "HDSL.2B1Q" 4.9 Transmitter signal model for "HDSL.CAP" 4.10 Transmitter signal model for "SDSL" 4.11 Transmitter signal model for "ADSL/POTS (FO)" 4.12 Transmitter signal model for "ADSL/POTS (FDD)" 4.13 Transmitter signal model for "ADSL/ISDN (FO)" 4.14 Transmitter signal model for "ADSL/ISDN (FDD)" 4.15 Transmitter signal model for "ADSL2/J (FDD)" 4.16 Transmitter signal model for "ADSL2/M (FDD)" 4.17 Transmitter signal model for "VDSL1" 4.18 Transmitter signal models for "VDSL2"5 Generic receiver performance models for xDSL 5.1 Generic input models for effective SNR 5.2 Generic detection models 5.3 Generic models for echo coupling6 Specific receiver performance models for xDSL 6.1 Receiver performance model for "HDSL.2B1Q" 6.2 Receiver performance model for "HDSL.CAP" 6.3 Receiver performance model for "SDSL" 6.4 Receiver performance model for "ADSL/POTS (FO)" 6.5 Receiver performance model for "ADSL/POTS (FDD)" 6.6 Receiver performance model for "ADSL/ISDN (FO)" 6.7 Receiver performance model for "ADSL/ISDN (FDD)" 6.8 Receiver performance model for "VDSL"7 Transmission and reflection models 7.1 Summary of test loop models8 Crosstalk models 8.1 Basic models for crosstalk cumulation 8.2 Basic models for NEXT and FEXT coupling 8.3 Basic models for crosstalk injection 8.4 Overview of different network topologies 8.5 Crosstalk evaluation for multi-node topologies 8.6 Crosstalk evaluation for two-node topologies9 Examples of evaluating various scenarios 9.1 European Spectral Platform 2004 (ESP/2004)Annex A: BibliographyHistory
Provides guidance on a common methodology for studying the impact of noise on xDSL performance (maximum reach, noise margin, maximum bitrate) when changing parameters within various Spectral Management scenarios.
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