SIST EN 300 417-4-1 V1.2.1:2003

Transmission and Multiplexing (TM); Generic requirements of transport functionality of equipment; Part 4-1: Synchronous Digital Hierarchy (SDH) path layer functions

Functional requirements for VC path layers of SDH interfaces on all ty pes of equipment based on the generic principles described in part 1-1

Prenos in multipleksiranje (TM) – Generične zahteve za prenosno funkcionalnost opreme – 4-1. del: Funkcije plasti poti pri sinhroni digitalni hierarhiji (SDH)

General Information

• Status: Published
• Publication Date: 30-Nov-2003
• ICS: 33.040.20 - Transmission systems
• Technical Committee: SS EIT - Technical Board for the electrotechnical, information technology and telecommunications fields
• Current Stage: 6060 - National Implementation/Publication (Adopted Project)
• Start Date: 01-Dec-2003
• Due Date: 01-Dec-2003
• Completion Date: 01-Dec-2003
• Ref Project: ETSI EN 300 417-4-1 V1.2.1 (2001-10) - Transmission and Multiplexing (TM); Generic requirements of transport functionality of equipment; Part 4-1: Synchronous Digital Hierarchy (SDH) path layer functions

Standards Content (Sample)

SLOVENSKI STANDARD
SIST EN 300 417-4-1 V1.2.1:2003
01-december-2003
3UHQRVLQPXOWLSOHNVLUDQMH70±*HQHULþQH]DKWHYH]DSUHQRVQRIXQNFLRQDOQRVW
RSUHPH±GHO)XQNFLMHSODVWLSRWLSULVLQKURQLGLJLWDOQLKLHUDUKLML6'+
Transmission and Multiplexing (TM); Generic requirements of transport functionality of
equipment; Part 4-1: Synchronous Digital Hierarchy (SDH) path layer functions
Ta slovenski standard je istoveten z: EN 300 417-4-1 Version 1.2.1
ICS:
33.040.20 Prenosni sistem Transmission systems
SIST EN 300 417-4-1 V1.2.1:2003 en
2003-01.Slovenski inštitut za standardizacijo. Razmnoževanje celote ali delov tega standarda ni dovoljeno.

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SIST EN 300 417-4-1 V1.2.1:2003

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SIST EN 300 417-4-1 V1.2.1:2003

ETSI EN 300 417-4-1 V1.2.1 (2001-10)
European Standard (Telecommunications series)


Transmission and Multiplexing (TM);
Generic requirements of transport functionality of equipment;
Part 4-1: Synchronous Digital Hierarchy (SDH)
path layer functions

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SIST EN 300 417-4-1 V1.2.1:2003
 2 ETSI EN 300 417-4-1 V1.2.1 (2001-10)



Reference
REN/TM-01042-4-1
Keywords
architecture, SDH, transmission, interface
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© European Telecommunications Standards Institute 2001.
All rights reserved.

ETSI

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SIST EN 300 417-4-1 V1.2.1:2003
 3 ETSI EN 300 417-4-1 V1.2.1 (2001-10)
Contents
Intellectual Property Rights.8
Foreword.8
1 Scope.10
2 References.10
3 Definitions, abbreviations and symbols .11
3.1 Definitions.11
3.2 Abbreviations.11
3.3 Symbols and diagrammatic conventions .14
3.4 Introduction.14
4 VC-4 Path Layer Functions.14
4.1 VC-4 Layer Connection Function S4_C .17
4.1.1 SNC Protection.19
4.2 VC-4 Layer Trail Termination Functions.20
4.2.1 VC-4 Layer Trail Termination Source S4_TT_So.20
4.2.2 VC-4 Layer Trail Termination Sink S4_TT_Sk .22
4.3 VC-4 Layer Adaptation Functions .24
4.3.1 VC-4 Layer to P4x Layer Adaptation Source S4/P4x_A_So .24
4.3.2 VC-4 Layer to P4x Layer Adaptation Sink S4/P4x_A_Sk .27
4.3.3 VC-4 Layer to P4e Layer Adaptation Source S4/P4e_A_So.28
4.3.4 VC-4 Layer to P4e Layer Adaptation Sink S4/P4e_A_Sk.29
4.3.5 VC-4 Layer to VC-3, VC-2, VC-12, and VC-11 Layer Compound Adaptation Source Function
S4/SX_A_So.31
4.3.5.1 VC-4 Layer to TUG Adaptation Source Function S4/TUG_A_So .33
4.3.5.2 TUG Termination Source Function TUG_T_So.35
4.3.5.3 TUG to VC-3 Layer Adaptation Source Function TUG/S3_A_So/K.0.0 .35
4.3.5.4 TUG to VC-2 Layer Adaptation Source Function TUG/S2_A_So/K.L.0.37
4.3.5.5 TUG to VC-12 Layer Adaptation Source Function TUG/S12_A_So/K.L.M .40
4.3.5.6 TUG to VC-11 Layer Adaptation Source Function TUG/S11*_A_So/K.L.M .43
4.3.6 VC-4 Layer to VC-3, VC-2, VC-12, and VC-11 Layer Compound Adaptation Sink Function
S4/SX_A_Sk.46
4.3.6.1 VC-4 Layer to TUG Adaptation Sink Function S4/TUG_A_Sk.48
4.3.6.2 TUG Termination Sink Function TUG_T_Sk.49
4.3.6.3 TUG to VC-3 Layer Adaptation Sink Function TUG/S3_A_Sk/K.0.0.50
4.3.6.4 TUG to VC-2 Layer Adaptation Sink Function TUG/S2_A_Sk.51
4.3.6.5 TUG to VC-12 Layer Adaptation Sink Function TUG/S12_A_Sk/K.L.M.52
4.3.6.6 TUG to VC-11 Layer Adaptation Sink Function TUG/S11*_A_Sk/K.L.M.53
4.3.7 VC-4 Layer to P0s Layer Adaptation Source S4/P0s_A_So .55
4.3.8 VC-4 Layer to P0s Layer Adaptation Sink S4/P0s_A_Sk .56
4.3.9 VC-4 Layer to DQDB Layer Adaptation Source S4/DQDB_A_So .57
4.3.10 VC-4 Layer to DQDB Layer Adaptation Sink S4/DQDB_A_Sk .59
4.3.11 VC-4 Layer to TSS1 Adaptation Source S4/TSS1_A_So .61
4.3.12 VC-4 Layer to TSS1 Adaptation Sink S4/TSS1_A_Sk .63
4.3.13 VC-4 Layer to ATM Virtual Path Layer Compound Adaptation Source function S4/Avp_A_So .64
4.3.14 VC-4 Layer to ATM Virtual Path Layer Compound Adaptation Sink function S4/Avp_A_Sk.64
4.3.15 VC-4 Layer Clock Adaptation Source S4-LC_A_So.64
4.4 VC-4 Layer Monitoring Functions.64
4.4.1 Type 1 VC-4 Layer Non-intrusive Monitoring Function S4m_TT_Sk .64
4.4.2 VC-4 Layer Supervisory-Unequipped Termination Source S4s_TT_So.66
4.4.3 VC-4 Layer Supervisory-unequipped Termination Sink S4s_TT_Sk .68
4.4.4 Type 2 VC-4 Layer Non-intrusive Monitoring Function S4m2_TT_Sk .70
4.5 VC-4 Layer Trail Protection Functions .72
4.5.1 VC-4 Trail Protection Connection Functions S4P_C .72
4.5.1.1 VC-4 Layer 1+1 uni-directional Protection Connection Function S4P1+1u_C.72
4.5.1.2 VC-4 Layer Protection bi-directional Connection Function S4P1+1b_C .74
ETSI

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SIST EN 300 417-4-1 V1.2.1:2003
 4 ETSI EN 300 417-4-1 V1.2.1 (2001-10)
4.5.2 VC-4 Layer Trail Protection Trail Termination Functions .75
4.5.2.1 VC-4 Protection Trail Termination Source S4P_TT_So.75
4.5.2.2 VC-4 Protection Trail Termination Sink S4P_TT_Sk .76
4.5.3 VC-4 Layer Linear Trail Protection Adaptation Functions .77
4.5.3.1 VC-4 trail to VC-4 trail Protection Layer Adaptation Source S4/S4P_A_So .77
4.5.3.2 VC-4 trail to VC-4 trail Protection Layer Adaptation Sink S4/S4P_A_Sk.78
4.6 VC-4 Tandem Connection Sublayer Functions.79
4.6.1 VC-4 Tandem Connection Trail Termination Source function (S4D_TT_So).79
4.6.2 VC-4 Tandem Connection Trail Termination Sink function (S4D_TT_Sk).82
4.6.3 VC-4 Tandem Connection to VC-4 Adaptation Source function (S4D/S4_A_So) .86
4.6.4 VC-4 Tandem Connection to VC-4 Adaptation Sink function (S4D/S4_A_Sk) .87
4.6.5 VC-4 Tandem Connection Non-intrusive Monitoring Trail Termination Sink function
(S4Dm_TT_Sk) .88
5 VC-3 Path Layer Functions.91
5.1 VC-3 Layer Connection Function S3_C .94
5.1.1 SNC Protection.96
5.2 VC-3 Layer Trail Termination Functions.97
5.2.1 VC-3 Layer Trail Termination Source S3_TT_So.97
5.2.2 VC-3 Layer Trail Termination Sink S3_TT_Sk .99
5.3 VC-3 Layer Adaptation Functions .101
5.3.1 VC-3 Layer to P31x Layer Adaptation Source S3/P31x_A_So .101
5.3.2 VC-3 Layer to P31x Layer Adaptation Sink S3/P31x_A_Sk .104
5.3.3 VC-3 Layer to P31e Layer Adaptation Source S3/P31e_A_So.105
5.3.4 VC-3 Layer to P31e Layer Adaptation Sink S3/P31e_A_Sk.107
5.3.5 VC-3 Layer to P0s Layer Adaptation Source S3/P0s_A_So .109
5.3.6 VC-3 Layer to P0s Layer Adaptation Sink S3/P0s_A_Sk .110
5.3.7 VC-3 Layer to TSS3 Adaptation Source S3/TSS3_A_So .111
5.3.8 VC-3 Layer to TSS3 Adaptation Sink S3/TSS3_A_Sk .112
5.3.9 VC-3 Layer to ATM Virtual Path Layer Compound Adaptation Source function S3/Avp_A_So .113
5.3.10 VC-3 Layer to ATM Virtual Path Layer Compound Adaptation Sink function S3/Avp_A_Sk.113
5.3.11 VC-3 Layer Clock Adaptation Source S3-LC_A_So.113
5.4 VC-3 Layer Monitoring Functions.114
5.4.1 Type 1 VC-3 Layer Non-intrusive Monitoring Function S3m_TT_Sk .114
5.4.2 VC-3 Layer Supervisory-Unequipped Termination Source S3s_TT_So.116
5.4.3 VC-3 Layer Supervisory-unequipped Termination Sink S3s_TT_Sk .117
5.4.4 Type 2 VC-3 Layer Non-intrusive Monitoring Function S3m2_TT_Sk .119
5.5 VC-3 Layer Trail Protection Functions .122
5.5.1 VC-3 Trail Protection Connection Functions S3P_C .122
5.5.1.1 VC-3 Layer 1+1 uni-directional Protection Connection Function S3P1+1u_C.122
5.5.1.2 VC-3 Layer bi-directional Protection Connection Function S3P1+1b_C .123
5.5.2 VC-3 Layer Trail Protection Trail Termination Functions .125
5.5.2.1 VC-3 Protection Trail Termination Source S3P_TT_So.125
5.5.2.2 VC-3 Protection Trail Termination Sink S3P_TT_Sk .126
5.5.3 VC-3 Layer Linear Trail Protection Adaptation Functions .127
5.5.3.1 VC-3 trail to VC-3 trail Protection Layer Adaptation Source S3/S3P_A_So .127
5.5.3.2 VC-3 trail to VC-3 trail Protection Layer Adaptation Sink S3/S3P_A_Sk.127
5.6 VC-3 Tandem Connection Sublayer Functions.128
5.6.1 VC-3 Tandem Connection Trail Termination Source function (S3D_TT_So).128
5.6.2 VC-3 Tandem Connection Trail Termination Sink function (S3D_TT_Sk).131
5.6.3 VC-3 Tandem Connection to VC-3 Adaptation Source function (S3D/S3_A_So) .136
5.6.4 VC-3 Tandem Connection to VC-3 Adaptation Sink function (S3D/S3_A_Sk) .137
5.6.5 VC-3 Tandem Connection Non-intrusive Monitoring Trail Termination Sink function
(S3Dm_TT_Sk) .138
6 VC-2 Path Layer Functions.141
6.1 VC-2 Layer Connection Function S2_C .145
6.1.1 SNC Protection.146
6.2 VC-2 Layer Trail Termination Functions.148
6.2.1 VC-2 Layer Trail Termination Source S2_TT_So.148
6.2.2 VC-2 Layer Trail Termination Sink S2_TT_Sk .149
6.3 VC-2 Layer Adaptation Functions .151
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SIST EN 300 417-4-1 V1.2.1:2003
 5 ETSI EN 300 417-4-1 V1.2.1 (2001-10)
6.3.1 VC-2 Layer to TSS4 Adaptation Source S2/TSS4_A_So .151
6.3.2 VC-2 Layer to TSS4 Adaptation Sink S2/TSS4_A_Sk .152
6.3.3 VC-2 Layer to ATM Virtual Path Layer Compound Adaptation Source function S2/Avp_A_So .153
6.3.4 VC-2 Layer to ATM Virtual Path Layer Compound Adaptation Sink function S2/Avp_A_Sk.153
6.3.5 VC-2 Layer Clock Adaptation Source S2-LC_A_So.153
6.4 VC-2 Layer Monitoring Functions.153
6.4.1 Type 1 VC-2 Layer Non-intrusive Monitoring Function S2m_TT_Sk .153
6.4.2 VC-2 Layer Supervisory-Unequipped Termination Source S2s_TT_So.155
6.4.3 VC-2 Layer Supervisory-unequipped Termination Sink S2s_TT_Sk .156
6.4.4 Type 2 VC-2 Layer Non-intrusive Monitoring Function S2m2_TT_Sk .158
6.5 VC-2 Layer Trail Protection Functions .160
6.5.1 VC-2 Trail Protection Connection Functions S2P_C .160
6.5.1.1 VC-2 Layer 1+1 uni-directional Protection Connection Function S2P1+1u_C.160
6.5.1.2 VC-2 Layer 1+1 dual ended Protection Connection Function S2P1+1b_C.162
6.5.2 VC-2 Layer Trail Protection Trail Termination Functions .163
6.5.2.1 VC-2 Protection Trail Termination Source S2P_TT_So.163
6.5.2.2 VC-2 Protection Trail Termination Sink S2P_TT_Sk .164
6.5.3 VC-2 Layer Linear Trail Protection Adaptation Functions .165
6.5.3.1 VC-2 trail to VC-2 trail Protection Layer Adaptation Source S2/S2P_A_So .165
6.5.3.2 VC-2 trail to VC-2 trail Protection Layer Adaptation Sink S2/S2P_A_Sk.166
6.6 VC-2 Tandem Connection Sublayer Functions.167
6.6.1 VC-2 Tandem Connection Trail Termination Source function (S2D_TT_So).167
6.6.2 VC-2 Tandem Connection Trail Termination Sink function (S2D_TT_Sk).170
6.6.3 VC-2 Tandem Connection to VC-2 Adaptation Source function (S2D/S2_A_So) .174
6.6.4 VC-2 Tandem Connection to VC-2 Adaptation Sink function (S2D/S2_A_Sk) .175
6.6.5 VC-2 Tandem Connection Non-intrusive Monitoring Trail Termination Sink function
(S2Dm_TT_Sk) .176
7 VC-12 Path Layer Functions.179
7.1 VC-12 Layer Connection Function S12_C .183
7.1.1 SNC Protection.185
7.2 VC-12 Trail Termination Functions.186
7.2.1 VC-12 Trail Termination Source S12_TT_So.186
7.2.2 VC-12 Trail Termination Sink S12_TT_Sk.188
7.3 VC-12 Adaptation Functions.190
7.3.1 VC-12 to P12x Adaptation Source S12/P12x_A_So .190
7.3.2 VC-12 to P12x Adaptation Sink S12/P12x_A_Sk.192
7.3.3 VC-12 to P12s Adaptation Source S12/P12s_A_So.194
7.3.3.1 Type 1 VC-12 to P12s Adaptation Source S12/P12s-b_A_So.194
7.3.3.2 Type 2 VC-12 to P12s Adaptation Source S12/P12s-a_A_So .197
7.3.4 VC-12 to P12s Adaptation Sink S12/P12s_A_Sk.198
7.3.4.1 Type 1 VC-12 to P12s Adaptation Sink S12/P12s-x_A_Sk.198
7.3.4.2 Type 2 VC-12 to P12s Adaptation Sink S12/P12s-b_A_Sk.200
7.3.4.3 Type 3 VC-12 to P12s Adaptation Sink S12/P12s-a_A_Sk.202
7.3.5 VC-12 to P0-31c Adaptation Source S12/P0-31c_A_So.205
7.3.6 VC-12 to P0-31c Adaptation Sink S12/P0-31c_A_Sk.207
7.3.7 VC-12 Layer to TSS4 Adaptation Source S12/TSS4_A_So .208
7.3.8 VC-12 Layer to TSS4 Adaptation Sink S12/TSS4_A_Sk .209
7.3.9 VC-12 Layer to ATM Virtual Path Layer Compound Adaptation Source function S12/Avp_A_So .210
7.3.10 VC-12 Layer to ATM Virtual Path Layer Compound Adaptation Sink function S12/Avp_A_Sk.210
7.3.11 VC-12 Layer Clock Adaptation Source S12-LC_A_So.210
7.4 VC-12 Layer Monitoring Functions.210
7.4.1 Type 1 VC-12 Layer Non-intrusive Monitoring Function S12m_TT_Sk.210
7.4.2 VC-12 Layer Supervisory-Unequipped Termination Source S12s_TT_So.212
7.4.3 VC-12 Layer Supervisory-unequipped Termination Sink S12s_TT_Sk .214
7.4.4 Type 2 VC-12 Layer Non-intrusive Monitoring Function S12m2_TT_Sk.216
7.5 VC-12 Layer Trail Protection Functions .218
7.5.1 VC-12 Trail Protection Connection Functions S12P_C .218
7.5.1.1 VC-12 Layer 1+1 uni-directional Protection Connection Function S12P1+1u_C.218
7.5.1.2 VC-12 Layer 1+1 dual ended Protection Connection Function S12P1+1b_C .220
7.5.2 VC-12 Layer Trail Protection Trail Termination Functions .221
7.5.2.1 VC-12 Protection Trail Termination Source S12P_TT_So.221
ETSI

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SIST EN 300 417-4-1 V1.2.1:2003
 6 ETSI EN 300 417-4-1 V1.2.1 (2001-10)
7.5.2.2 VC-12 Protection Trail Termination Sink S12P_TT_Sk .222
7.5.3 VC-12 Layer Linear Trail Protection Adaptation Functions .223
7.5.3.1 VC-12 trail to VC-12 trail Protection Layer Adaptation Source S12/S12P_A_So .223
7.5.3.2 VC-12 trail to VC-12 trail Protection Layer Adaptation Sink S12/S12P_A_Sk.224
7.6 VC-12 Tandem Connection Sublayer Functions.225
7.6.1 VC-12 Tandem Connection Trail Termination Source function (S12D_TT_So).225
7.6.2 VC-12 Tandem Connection Trail Termination Sink function (S12D_TT_Sk).228
7.6.3 VC-12 Tandem Connection to VC-12 Adaptation Source function (S12D/S12_A_So) .232
7.6.4 VC-12 Tandem Connection to VC-12 Adaptation Sink function (S12D/S12_A_Sk) .233
7.6.5 VC-12 Tandem Connection Non-intrusive Monitoring Trail Termination Sink function
(S12Dm_TT_Sk) .234
Annex A (informative): Jitter/wander in justification processes .237
A.1 VC-n phase accuracy/timing error/jitter/wander.237
A.2 VC-n pointer processor introduced phase error measurement .237
A.3 SDH/PDH and PDH/PDH mapping introduced phase error measurement.240
Annex B (informative): SDH/PDH interconnection examples .241
Annex C (informative): Interaction between 2 Mbit/s and VC-12 signals for the case of byte
synchronous mapping.243
Annex D (informative): Examples of linear trail and SNC protection models .245
Annex E (informative): VC-3 to 44 736 Mbit/s adaptation functions.248
E.1 VC-3 Layer to P32x Layer Adaptation Source S3/P32x_A_So.248
E.2 VC-3 Layer to P32x Layer Adaptation Sink S3/P32x_A_Sk .250
Annex F (informative): VC-11 Path Layer Functions .253
F.1 VC-11 Layer Connection Function S11_C .257
F.1.1 SNC Protection.258
F.2 VC-11 Trail Termination Functions.260
F.2.1 VC-11 Trail Termination Source S11_TT_So .260
F.2.2 VC-11 Trail Termination Sink S11_TT_Sk .
...