1
Scope
2
References
3
Definitions
4
Abbreviations
and acronyms
5
Introduction
5.1
G.9954v2
protocol stack overview
5.2
Network
reference model
5.3
The
protocol stack
6
PHY
layer specification over phoneline
6.1
Overview
6.2
Transmitter
reference model
6.3
Framing
6.4 Scrambler
6.5 Constellation encoder
6.6 QAM modulator
6.7
Minimum
device requirements
6.8
Transmitter
electrical specification
6.9
Receiver
electrical specification
6.10
Input
impedance
7
PHY
layer specification over Coax
7.1
Overview
7.2
Transmitter
reference model
7.3
Framing
7.4
Scrambler
7.5 Constellation encoder
7.6
QAM
modulator
7.7
Minimum
device requirements
7.8
Transmitter
electrical specification
7.9
Receiver
electrical specification
7.10
Input
impedance
8
Media
access protocol specification
8.1
Modes
of operation
8.2
Basic
CSMA
8.3
Priority
access
8.4
Priority
mapping
8.5
Network devices and device
identifiers (Device_ID)
8.6
Data
flows and flow identifiers (Flow_ID)
8.7
The
MAC cycle
8.8
The
MAC cycle length
8.9
Media
access plan (MAP)
8.10
Transmission
opportunities (TXOPs)
8.11
The
G.9954v2 master node functional capabilities
8.12 G.9954v2 endpoint node requirements
8.13
MAC
layer framing
8.14
MAC
parameters
9
Compatibility
specification
9.1
Spectral compatibility with other
services on the same wire
9.2
Coexistence
and interoperability with G.9951/G.9952
9.3
Coexistence
and interoperability with G.9954
10 G.9954v2 quality of service
10.1
General
description
10.2
Priority-based
QoS
10.3
Parameter-based
QoS
10.4
Service
flows and QoS parameters
10.5
Bandwidth
allocation models
10.6
Convergence
layer traffic classification
10.7
Flow
signalling protocol
10.8
Admission
control
10.9
QoS
support levels
11 Link-layer protocol specification
11.1
Overview
11.2
Basic
link layer frame format
11.3
Link-layer
control frames
11.4
Rate
negotiation control function
11.5
Link
integrity function
11.6
Capability
and status announcement
11.7
LARQ:
Limited automatic repeat request protocol
11.8
Vendor-specific
formats
11.9
HNT
certification and diagnostics protocol
11.10
Link-layer
framing extensions
11.11
Reed-Solomon
coding with intra-frame interleaving (Optional)
11.12
Frame
bursting protocol
11.13
MAC
cycle synchronization
11.14
Network
admission control (Registration) protocol
11.15
Master
selection protocol
11.16
Flow
signalling protocol
11.17
Timestamp
report indication message (optional)
Annex A –
Mechanical interface (MDI)
A.1
RJ11
MDI connector
A.2
F-type
female connector
Annex B –
Network test loops
B.1
Wire
model
B.2
Test
loops
Appendix I
– Convergence layers
I.1
Overview
I.2
Convergence-layer
primitives
I.3
Convergence layer architecture
I.4
Flow set-up triggering
I.5
Classification
I.6
Convergence layer interfaces to
upper protocol layers
I.7
Protocol-specific convergence
layers
Appendix II
– Media Independent Interface (MII) Recommendations
II.1 MII overview
II.2 G.9954v2 signalling recommendations
II.3
The
"off-chip" G.9954v2 convergence layer
Appendix
III – End-to-end architecture
III.1
G.9954v2-to-G.9954v2
protocol stack
III.2
Ethernet-HNT
interface
III.3
USB-to-G.9954v2
protocol stack
III.4
IEEE
1394-to-G.9954v2 protocol stack
III.5
DOCSIS
to G.9954v2 protocol stack
Appendix IV
– Network synchronization
IV.1
Synchronization
requirements
IV.2
The
network synchronization model
IV.3
Summary
of synchronization mechanisms
Appendix V
– Support for variable bit-rate (VBR) flows
V.1
Per-cycle
bandwidth request
V.2
UGS
+ shared transmission opportunity
V.3
UGS
+ explicit bandwidth requests
V.4
UGS
+ spare bandwidth
Appendix VI
– Quality of service (QoS) parameters
Appendix
VII – Simultaneous applications test profiles
Appendix
VIII – Media access planning guidelines
VIII.1
Resource
management
VIII.2
Media
resource allocation and assignment
VIII.3
Burst
size management
VIII.4
MAC
cycle length management
VIII.5
Traffic
policing and shaping
VIII.6
Latency
and jitter control
VIII.7 MAP generation
Bibliography