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ATIS T1.413 : 98 SUPP A 2001

Superseded

Superseded

A superseded Standard is one, which is fully replaced by another Standard, which is a new edition of the same Standard.

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NETWORK TO CUSTOMER INSTALLATION INTERFACES - ASYMMETRIC DIGITAL SUBSCRIBER LINE (ADSL) METALLIC INTERFACE

Superseded date

01-03-2009

Superseded by

ATIS 0600413 : 2009

Published date

12-01-2013

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Foreword
1 Scope and purpose
2 Referenced standards
3 Definitions, abbreviations, acronyms and symbols
4 Reference models
5 Transport capacity
6 ATU-C functional characteristics
7 ATU-R functional characteristics
8 Operations and maintenance
9 Initialization
10 On-line adaptation and reconfiguration
11 Loop plant, impairments, and testing
12 Electrical characteristics
13 Physical characteristics
14 Environmental conditions
Annex A - ATU-C and ATU-R state diagrams
Annex B - Power spectral density of crosstalk disturbers
Annex C - Characteristics of test impulse waveform
Annex D - Vendor identification numbers
Annex E - POTS splitter requirements
Annex F - ATU-C Transmitter PSD Mask for Reduced NEXT
Annex G - Characteristics of typical telephone cables
Annex H - Aspects of ADSL systems based on 2048 kbit/s
Annex I - Extended impulse noise tests
Annex J - Cell TC Sublayer interfaces
Annex K - Dynamic Rate Adaptation
Annex L - Full Duplex Autonomous Data Transfer for the eoc
Annex M - ADSL line related performance parameters
Annex N - Summary of changes from Issue 1 to Issue 2
Annex O - Bibliography
Table 1 - Required 32 kbit/s multiples for transport of STM
Table 2 - ADSL downstream system overhead (excluding RS FEC
          redundancy)
Table 3 - ADSL upstream system overhead (excluding RS FEC
          redundancy)
Table 4 - Definition of framing structures
Table 5 - Definition of indicator bits, ATU-C transmitter
          (fast data buffer, downstream direction)
Table 6 - Fast byte format (Fast data buffer)
Table 7 - Sync byte format (Interleaved data buffer)
Table 8 - Overhead functions for full and reduced overhead
          mode with separate fast and sync bytes
Table 9 - Overhead functions for reduced overhead mode with
          merged fast and sync bytes
Table 10 - Minimum FEC coding capabilities for ATU-C
Table 11 - Convolutional interleaving example for N=5, D=2
Table 12 - Dummy byte insertion at interleaver input for S=1/2
Table 13 - Forming the binary word u
Table 14 - Relation between 4-dimensional and 2-dimensional
           cosets
Table 15 - Determining the top 2 bits of X and Y
Table 16 - Mapping of two data bits into a 4-QAM
           constellation point
Table 17 - Fast byte format for synchronization (Fast data
           buffer)
Table 18 - Sync bute format for synchronization (Interleaved
           data buffer)
Table 19 - Minimum FEC coding capabilities for ATU-R
Table 20 - eoc message fields
Table 21 - Eoc message opcodes
Table 22 - ATU-R data registers
Table 23 - eoc messages acceptable at the ATU-R
Table 24 - Meaning of four C-Activate signals
Table 25 - Meaning of R-ACK1 and R-ACK2
Table 26 - Power cut-back: downstream PSD as a function of
           upstream received power
Table 27 - C-RATES1
Table 28 - Assignment of 48 bits of C-MSGS1
Table 29 - C-MSG1 encoding rules for transmit PSD during
           C-REVERB1
Table 30 - R-RATES1
Table 31 - Assignment of 48 bits of R-MSGS1
Table 32 - C-RATES-RA
Table 33 - RRSI fields of C-RATES-RA
Table 34 - Assignment of 48 bits of C-MSGS-RA
Table 35 - Assignment of 32 bits of C-MSGS2
Table 36 - Bit pattern for C-RATES2
Table 37 - Assignment of 80 bits of R-MSG-RA
Table 38 - Bit settings for Maximum Interleaving Depth
Table 39 - Bit pattern for R-RATES-RA
Table 40 - Assignment of 32 bits of R-MSGS2
Table 41 - Bit pattern for R-RATES2
Table 42 - Aoc message headers
Table 43 - Format of the bit swap request message
Table 44 - Bit swap request commands
Table 45 - Format of the extended bit swap request message
Table 46 - Format of the bit swap acknowledge
Table 47 - ATU operating modes for performance evaluation by
           category
Table 48 - Loop sets and maximum rates for category I and II
           testing
Table 49 - Crosstalk tests for category I (downstream)
Table 50 - Crosstalk tests for category I (upsteam)
Table 51 - Crosstalk tests for category II (downstream)
Table 52 - Crosstalk tests for category II (upstream)
Table 53 - Test loops, interferers, and data rates for
           impulse tests for category I
Table 54 - Test loops, interferers, and data rates for
           impulse tests for category II
Table 55 - Test loops, interferers, and data rates for POTS
           tests category I
Table 56 - Test loops, interferers, and data rates for POTS
           tests category II
Table 57 - Minimum test time for crosstalk
Table 58 - Pin assignments for 8-position jack and plug at
           Network Interface
Table 59 - Pin assignments for 8-position jack and plug at
           remote location
Figure 1 - ADSL system reference model
Figure 2 - ATU-C transmitter reference model for STM transport
Figure 3 - ATU-C transmitter reference model for ATM transport
Figure 4 - ATU-R transmitter reference model for STM transport
Figure 5 - ATU-R transmitter reference model for STM transport
Figure 6 - ATU-C functional interfaces to the STM layer at
           the V-C reference point
Figure 7 - ATU-C functional interfaces to the ATM layer at the
           V-C reference point
Figure 8 - ATM cell delineation state machine
Figure 9 - Example implementation of the measurement
Figure 10 - ADSL superframe structure - ATU-C transmitter
Figure 11 - Fast sync byte ("fast" byte) format - ATU-C
            transmitter
Figure 12 - Interleaved sync byte ("sync" byte) format -
            ATU-C transmitter
Figure 13 - Fast data buffer - ATU-C transmitter
Figure 14 - Interleaved data buffer, ATU-C transmitter
Figure 15 - Scrambler
Figure 16 - Tone ordering and bit extraction example (without
            trellis coding)
Figure 17 - Tone ordering and bit extraction example (with
            trellis coding)
Figure 18 - Conversion of u to v and w
Figure 19 - Convolutional encoder
Figure 20 - Constituent 2-dimensional cosets for Wei's code
Figure 21 - Trellis diagram
Figure 22 - Constellation labels for b=2 and b=4
Figure 23 - Expansion of points n into the next larger square
            constellation
Figure 24 - Constellation labels for b=3
Figure 25 - Constellation labels for b=5
Figure 26 - MTPR test
Figure 27 - ATU-C transmitter PSD mask
Figure 28 - ATU-R functional interfaces to the STM layer at
            the T-R reference point
Figure 29 - ATU-R functional interfaces to the ATM layer at
            the T-R reference point
Figure 30 - Fast data buffer - ATU-R transmitter
Figure 31 - Interleaved data buffer - ATU-R transmitter
Figure 32 - ATU-R transmitter PSD mask
Figure 33 - ATU-C state diagram for outstanding eoc messages
Figure 34 - EOC receiver state machine at ATU-R
Figure 35 - EOC receiver state machine at ATU-C
Figure 36 - In-service surveillance of the ADSL link shown
            from standpoint of ATU-C
Figure 37 - Illustration of ADSL Lines
Figure 38 - Overview of initialization
Figure 39 - Timing diagram of activation and acknowledgment
            (9.2-9.3)
Figure 40 - Timing diagram of transceiver training (9.4-9.5)
Figure 41 - Timing diagram of channel analysis (9.6-9.7)
Figure 42 - Timing diagram of exchange
Figure 43 - Timing diagram of the initialization sequence
            (part 1)
Figure 44 - Timing diagram of the initialization sequence
            (part 2 - without RA)
Figure 45 - Timing diagram of the initialization sequence
            (part 2 - with RA)
Figure 46 - Overview of test set-up for downstream testing
Figure 47 - Overview of test set-up for upstream testing
Figure 48 - Test loops
Figure 49 - Test impulse 1
Figure 50 - Test impulse 2
Figure 51 - Laboratory test set-up for measuring downstream
            performance margins
Figure 52 - Laboratory test set-up for measuring upstream
            performance margins
Figure 53 - High impedance crosstalk injection circuit
Figure 54 - Longitudinal balance above 30 kHz measurement
            method (only HPF integrated)
Figure 55 - Longitudinal balance above 30 kHz measurement
            method (HPF and LPF integrated)
Figure 56 - Interface on the customer premises side of the U-R
Figure 57 - House Wiring for external POTS splitter
Figure 58 - Wiring for a remote ATU-R with integrated POTS
            splitter

Describes the electrical characteristics of the Asymmetric Digital Subscriber Line (ADSL) signals appearing at the network interface. The physical interface between the network and the customer installation is also described. Also provides the minimal set of requirements for satisfactory transmission between the network and the customer installation.

Committee
NIPP
DevelopmentNote
Redesignated as ATIS 0600413. (09/2011)
DocumentType
Standard
PublisherName
Alliance for Telecommunications Industry Solutions
Status
Superseded
SupersededBy

CSA ISO/IEC 16500-1 : 2002 : R2015 INFORMATION TECHNOLOGY - GENERIC DIGITAL AUDIO-VISUAL SYSTEMS - PART 1: SYSTEM REFERENCE MODELS AND SCENARIOS
CSA ISO/IEC 16500-1 : 2002 : R2010 INFORMATION TECHNOLOGY - GENERIC DIGITAL AUDIO-VISUAL SYSTEMS - PART 1: SYSTEM REFERENCE MODELS AND SCENARIOS
TS 101 270-1 : 1.4.1 TRANSMISSION AND MULTIPLEXING (TM); ACCESS TRANSMISSION SYSTEMS ON METALLIC ACCESS CABLES; VERY HIGH SPEED DIGITAL SUBSCRIBER LINE (VDSL); PART 1: FUNCTIONAL REQUIREMENTS
CSA ISO/IEC 16500-4 : 2002 : R2010 INFORMATION TECHNOLOGY - GENERIC DIGITAL AUDIO-VISUAL SYSTEMS - PART 4: LOWER-LAYER PROTOCOLS AND PHYSICAL INTERFACES
ISO/IEC 16500-1:1999 Information technology Generic digital audio-visual systems Part 1: System reference models and scenarios
CSA ISO/IEC 16500-4 : 2002 : R2015 INFORMATION TECHNOLOGY - GENERIC DIGITAL AUDIO-VISUAL SYSTEMS - PART 4: LOWER-LAYER PROTOCOLS AND PHYSICAL INTERFACES
CSA ISO/IEC 16500-1:2002 INFORMATION TECHNOLOGY - GENERIC DIGITAL AUDIO-VISUAL SYSTEMS - PART 1: SYSTEM REFERENCE MODELS AND SCENARIOS
CSA ISO/IEC 16500-4 : 2002 INFORMATION TECHNOLOGY - GENERIC DIGITAL AUDIO-VISUAL SYSTEMS - PART 4: LOWER-LAYER PROTOCOLS AND PHYSICAL INTERFACES
ISO/IEC 30100-2:2016 Information technology Home network resource management Part 2: Architecture
ISO/IEC 16500-4:1999 Information technology Generic digital audio-visual systems Part 4: Lower-layer protocols and physical interfaces
TR 102 024-7 : 4.1.1 TELECOMMUNICATIONS AND INTERNET PROTOCOL HARMONIZATION OVER NETWORKS (TIPHON) RELEASE 4; END-TO-END QUALITY OF SERVICE IN TIPHON SYSTEMS; PART 7: DESIGN GUIDE FOR ELEMENTS OF A TIPHON CONNECTION FROM AN END-TO-END SPEECH TRANSMISSION PERFORMANCE POINT OF VIEW
CAN/CSA-ISO/IEC 30100-2:18 Information technology — Home network resource management — Part 2: Architecture (Adopted ISO/IEC 30100-2:2016, first edition, 2016-04)

ATIS T1.231 : 2003 LAYER 1 IN-SERVICE DIGITAL TRANSMISSION PERFORMANCE MONITORING

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