1 Scope
2 References
3 Definitions
3.1 Terms defined elsewhere
3.2 Terms defined in this Recommendation
4 Abbreviations and acronyms
5 Reference models and system requirements
5.1 System reference models
5.2 Application reference models
5.3 FTU protocol reference model
5.4 FTU functional model
5.5 INP system requirements
6 Profiles
6.1 Definition
6.2 Profile compliance
7 Transmission medium interface characteristics
7.1 Duplexing method
7.2 Frequency band
7.3 Power spectral density
7.4 Out-of-band PSD limit
7.5 Termination impedance
7.6 Maximum aggregate transmit power
8 Transport protocol specific transmission convergence (TPS‑TC)
function
8.1 Functional reference model
8.2 Generic DTU format
8.3 Packet-based TPS-TC (PTM-TC)
8.4 Network timing reference (NTR)
8.5 Time‑of‑day (ToD)
9 Physical media specific transmission convergence (PMS‑TC)
sub-layer
9.1 Functional reference model
9.2 DTU scrambler
9.3 DTU encoder
9.4 Interleaver
9.5 Data frame multiplexer
9.6 RMC
9.7 Acknowledgement
9.8 Retransmission function
10 Physical media dependent (PMD) function
10.1 PMD functional reference model
10.2 Symbol encoder
10.3 Precoder (downstream vectoring)
10.4 Modulation
10.5 TDD frame structure
10.6 Superframe structure
10.7 Normal and discontinuous operation intervals
10.8 Alignment of transmissions in vectored group
11 Operation and maintenance (OAM)
11.1 OAM functional model
11.2 Management functions and procedures over eoc
11.3 OAM primitives
11.4 OAM parameters
12 Link activation methods and procedures
12.1 Overview
12.2 Special operations channel (SOC)
12.3 Initialization procedure
12.4 Loop diagnostics mode
13 Online reconfiguration (OLR)
13.1 Overview
13.2 Eoc-based procedures
13.3 RMC-based procedures
13.4 Low power link states
14 Electrical requirements
14.1 Balance
14.2 Differential port impedance
Annex A to Annex C
Annex D – Operation with Dynamic Time
Assignment in a crosstalk environment
D.1 Scope
D.2 Definitions
D.3 Abbreviations and acronyms
D.4 Reference model(s)
D.5 Coordinated Dynamic
time assignment (cDTA)
D.6 Initialization messages
Annex E to Annex Q
Annex R – Showtime reconfiguration
R.1 Scope
R.2 Overview
Page
R.3 Showtime reconfiguration procedures
R.4 Management of the showtime reconfiguration protocol
R.5 Showtime reconfiguration request eoc commands
R.6 Near-end anomalies
Annex S – NT software upgrade
S.1 Scope
S.2 References
S.3 Reference model
S.4 Software image management process
S.5 Message set
S.6 Software upgrade
(informative)
Annex T –
Dynamic time assignment (DTA) – higher-layer control aspects
T.1 Scope
T.2 DTA control parameters
T.3 Coordination between
the link state request and the DTA request
Annex U to Annex W
Annex X –
Operation without multi-line coordination intended for a crosstalk-free
environment
X.1 Scope
X.2 Definitions
X.3 Abbreviations and acronyms
X.4 Reference model(s)
X.5 Profiles
X.6 Independent dynamic
time assignment (iDTA)
X.7 Initialization messages
X.8 Discontinuous operation
X.9 On-line reconfiguration
X.10 Initialization
X.11 Low power states
X.12 Adaptation to the
coaxial cable medium
Annex Y – Upstream dynamic resource reports
Annex Z – Cross-layer traffic monitoring functions and
link state control
Z.0 Introduction
Z.1 Definition of Terms
Z.2 Abbreviations and acronyms
Z.3 Reference models
Z.4 Generic traffic monitoring functions
Z.5 Generic information flows
Z.6 Link state specific
functions
Z.7 Link state management and reporting parameters
Appendix I – Wiring topologies and reference loops
I.1 Wiring topologies
I.2 Reference loops
Appendix II – Example OLR use cases
II.1 Transmitter initiated gain adjustment (TIGA)
Appendix III – Motivation of MTBE accelerated test
Appendix IV – Targeted generalized vectoring with
active ITU-T G.9701 supporting lines (TGVA)
IV.1 Scope
IV.2 Definitions
IV.3 Downstream TGVA (TGVAds) with active ITU-T G.9701 supporting
lines
IV.4 Upstream TGVA (TGVAus) with active ITU-T G.9701 supporting
lines
Appendix V – Retransmission buffer size and the
achievable bit-rate
V.1 Case 1: NSYMret+NSYMack+1 ≤ Mus
V.2 Case 2: NSYMret+NSYMack+1≥Mus
V.3 Case 3: Lower bound for the achievable net data rate
V.4 Memory size example
Appendix VI – Example applications of discontinuous
operation
VI.1 Discontinuous operation with vectoring disabled
VI.2 Examples of discontinuous operation with vectoring enabled
Appendix VII – Calculation of loop attenuation (LATN)
Appendix VIII – Impulse noise monitoring – detection
and interpretation of impulse noise using clusters of corrupted DTUs
VIII.1 Overview
VIII.2 Expected accuracy of impulse noise events
Appendix IX –
Examples of the cDTA procedure
IX.1 Mds is increased
IX.2 Mds is decreased
Bibliography