1
Scope
2
References
2.1
ITU-T
Recommendations
2.2
IEEE specifications
2.3
Informative Reference
3
Definitions
4
Abbreviations
4.1
Abbreviations specified
in RPR [9]
4.2
Abbreviations specified
in ITU-T Rec. I.321
4.3
Abbreviations specified
in ETSI
4.4
Abbreviations specified
in this Recommendation
5
Network framework of
multiple services ring based on RPR
5.1
Elements of ring over
RPR MAC
5.2
Frame types on a ring
and multiple services in tributary
5.3
Components of a data
node in MAC client
5.4
Reference point in MAC
client of a data node
5.5
Transport functional
architecture of MSR networks
5.6
Operation of network
management frames in MAC client
5.7
Fault management in MAC
client
5.8
Performance management
in MAC client
6
The protocol framework
6.1
The protocol framework
of aggregate pipe
6.2
MSR (client) interface
to RPR MAC
6.3
Tributary adaptation
function unit
7
Generic frame format
7.1
Destination address for
use of this Recommendation
7.2 Extended Ethertype field
7.3 Payload Type (PT) field
7.4 Payload FCS Indicator (PFI) field
7.5 Reserved field
7.6
TT/CS/NM field
7.7
Tributary Number (TN)
field
7.8
Reserved field
7.9
Frame Sequence Number
(FSN) field
7.10
HEC field
7.11
Payload of XP
7.12
XP payload FCS
8
Tributary Loopback (TRL)
and Node Reachability Verification (NRV)
8.1
Tributary Loopback (TRL)
8.2 Tributary Loopback (TRL) shortcut
8.3 Node Reachability Verification (NRV)
8.4 Node Reachability Verification (NRV) shortcut
9
TDM Circuit Emulation
(TCE) over MSR
9.1
Introduction
9.2 Protocol framework of TDM Circuit Emulation (TCE)
9.3
Services provided by MSR
Data link
9.4
Supported functions of
XP for TCE case
9.5
XP protocol involved to
support TCE
9.6
Management function
involved to support TCE
10
Tributary Based Standby
(TBS)
10.1
Ethernet Tributary Based
Standby (ETBS)
10.2
TCE Tributary Based
Standby (TTBS)
11
Tributary Based
Multicast (TBM)
12
Bandwidth policing,
merging, line-speed filtering, stacking and mirroring of tributary
12.1 Tributary based policing – Bandwidth limitation with symmetry and asymmetry
12.2 Tributary merging with symmetry and asymmetry
12.3 Tributary based security – line-speed filtering
13
Topology application of
link-type, broadcast network and pseudo-mesh
13.1
Support of a link-type
with adding and dropping tributary services
13.2
Support of a broadcast
connection to DVB application
13.3
Support of a pseudo-mesh
topology