Name: Huawei SmartAX MA5600T
Brand: Huawei
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7.1 Subtended Network

This topic describes an example of subtended network.

As shown in Figure 7-1:

l MA5600T-1 is subtended with MA5600T-2 through the GE port on the GIU board.

l MA5600T-2 is subtended with MA5600T-3 through the GE port on the GIU board.

Figure 7-1 shows an example subtended network of the MA5600T.

SmartAX MA5600T/MA5603T/MA5608T Multi-service

Access Module

Commissioning and Configuration Guide 7 Example: Subtending Networking

Issue 01 (2014-04-30) Huawei Proprietary and Confidential

507

About this Document3
- Intended Audience3
- Table of Contents6
1 Commissioning26
- Commissioning Introduction27
- Commissioning Definition27
- Commissioning Procedure27
- Commissioning Preparations28
- Checking Hardware28
- Preparing Software29
- Preparing Tools30
- Planning Data31
- Stand-Alone Commissioning32
- Checking the Settings of DIP Switches32
- Checking the Settings of DIP Switches on the H801ESC Board32
- Checking the Settings of DIP Switches on the Fan Monitoring Board36
- Powering on the Device41
- Commissioning the Power Supply System42
- Checking the Power Supply of the DC PDU42
- Checking the Power Supply of the Power Board42
- Configuring the Maintenance Terminal43
- Logging in to the System45
- Login through the Local Serial Port46
- Login through Telnet (Outband Management)51
- Login through Telnet (Inband Management)57
- Login through SSH (Outband Management)63
- Login through SSH (Inband Management)74
- Checking the Software State86
- Loading a Configuration Script88
- Changing the System Name89
- Configuring the System Time90
- Configuring a System User92
- Adding a System User92
- Modifying the System User Attributes94
- Configuring a Board96
- Adding a Board Offline97
- Confirming a Board98
- Checking the Board Status99
- Checking the Status of the Upstream Port100
- Checking the Status of the Service Port100
- Enabling the ONT Automatic Discovery Function101
- Testing the Optical Power of an Optical Port101
- Measuring the Transmit Optical Power of an OLT PON Port101
- Measuring the Receive Optical Power of an OLT PON Port103
- Measuring the Transmit Optical Power of an ONU PON Port104
- Measuring the Receive Optical Power of an ONU PON Port106
- Commissioning the EMU108
- Environment Monitoring Application108
- Commissioning the EMU_ESC109
- Configuring H801VESC Environment Monitoring Parameters112
- Configuring the Environment Monitoring Parameters of the EPS30-4815AF114
- Configuring the Environment Monitoring Parameters of the EPS75-4815AF120
- Configuring the Environment Monitoring Parameters of the GEPS4845128
- Configuring the Environment Monitoring Parameters of the ETP4830134
- Configuring the Environment Monitoring Parameters of the ETP4890140
- Configuring the Power3000 Environment Monitoring Mode145
- Commissioning the EMU_TCU148
- Commissioning the EMU_FAN150
- Saving and Backing up Data152
- Manually Saving and Backing up Data152
- Configuring the Auto-Save and Auto-Backup Functions156
- Interconnection Commissioning160
- Commissioning the Interconnection with the NMS161
- Commissioning Outband Network Management (SNMP V1 and V2)161
- Commissioning Outband Management (SNMP V3)168
- Commissioning Inband Management (SNMP V1 and V2)174
- Commissioning Inband Network Management (SNMP V3)181
- Commissioning the Interconnection with the Router187
- Commissioning the Interconnection with the BRAS188
- Interconnection Commissioning of the MG Interface190
- Commissioning the Interconnection with the MG Interface(H.248)190
- Commissioning the Interconnection with the MG Interface (MGCP)193
- Commissioning the Interconnection with the SIP Interface196
- Commissioning the Management Channel between the OLT and the GPON MDU199
- Commissioning the Management Channel between the OLT and the GPON ONT204
- Commissioning the Management Channel to the Xdsl CPE207
- Maintenance and Management Commissioning210
- Configuring the System Energy-Saving Function210
- Checking Alarms and Events212
- Verifying the Alarm and Event Function212
- Querying Alarms and Events212
- Checking the Log215
- Checking the System Switchover216
- Supplementary Information218
- Script Making218
- Configuring the File Transfer Mode219
- Configuring the FTP Transfer Mode220
- Configuring the SFTP Transfer Mode221
- Configuring Xmodem File Transfer Mode222
- Configuring the TFTP Transfer Mode224
- Software Package Settings227
- Factory Default of the Xdsl Line Profile227
- Factory Defaults of the Xdsl Alarm Profile232
- Default Settings of the System Parameters234
- Default Settings of the Overseas Parameters235
- Factory Defaults of a DBA Profile235
- Default Settings of the GPON ONT Line Profile238
- Default Settings of the GPON ONT Service Profile239
- Factory Defaults of a GPON ONT Alarm Profile239
- Default Settings of the Environment Monitoring Units241
2 Basic Configurations243
- Configuring Alarms244
- Adding Port Description247
- Configuring the Attributes of an Upstream Ethernet Port248
- Configuring AAA251
- Configuring the Local AAA252
- Configuring the Remote AAA (RADIUS Protocol)253
- Configuration Example of the RADIUS Authentication and Accounting262
- Configuring the Remote AAA (HWTACACS Protocol)265
- Configuration Example of the HWTACACS Authentication (802.1X Access User)269
- Configuration Example of HWTACACS Authentication (Management User)272
- Configuring DOCSIS Event Reporting275
3 Configuring the DSLAM Services277
- Example: Configuring the Xdsl Internet Access Service278
- Example: Configuring the Xdsl Internet Access Service through Pppoe Dialup278
- Example: Configuring the Xdsl Ipoe Internet Access Service285
- Example: Configuring the Xdsl Pppoa Internet Access Service292
- Example: Configuring the Xdsl Ipoa Internet Access Service298
- Example: Configuring the Internet Access Service in the Xdsl 802.1X Mode305
- Configuration Example of Changing ADSL Internet Access Service to VDSL Internet Access Service (for the VDSL2 Board)313
- Example: Configuring the Xdsl Multicast Service317
- Configuration Example of the Multicast Video Service (Static Program Configuration)317
- Configuration Example of the Multicast Video Service (Dynamic Program Generation)322
- Example: Configuring the Voip Service326
- Example: Configuring the Voip Service (H.248-Based)326
- Example: Configuring the Voip Service (MGCP-Based)334
- Example: Configuring the Voip PSTN Service (SIP)341
- Example: Configuring the Voip Service (H.248-Based and SIP-Based)348
- Example: Configuring the P2P ISDN BRA Service353
- Example: Configuring the P2P ISDN BRA Service (Based on the SIP Protocol)357
- Example: Configuring the P2MP ISDN BRA Service360
- Example: Configuring the P2MP ISDN BRA Service(Based on the SIP Protocol)363
- Example: Configuring the ISDN PRA Service365
- Example: Configuring the ISDN PRA Service (Based on the SIP Protocol)369
- Example: Configuring TDM SHDSL for Carrying the PRA Service371
- Example: Configuring TDM SHDSL for Carrying the PRA Service (Based on the SIP Protocol)374
- Configuring Vags376
- Example: Configuring the H.248/MGCP-Based VAG Service376
- Example: Configuring the SIP-Based VAG Service383
- Example: Configuring the Triple Play388
- Configuration Example of the Triple Play (Multi-PVC for Multiple Services)390
- Configuration Example of the Triple Play (Single-PVC for Multiple Services) - Stream-Based Rate Limitation397
- Configuration Example of the Triple Play Service (Single-PVC for Multiple Services) - User-Based and Stream-Based Rate Limitation404
4 Configuration Example of the Private Line Service413
- Example: Configuring the Qinq VLAN415
- Example: Configuring VLAN Stacking Multi-ISP Wholesale Access419
- Configuration Example of the PWE3 Private Line Service423
- Example: Configuring ATM PWE3 to Implement Migration from ATM Network to IP Network424
- Example: Configuring the ATM PWE3 to Achieve Emulated ATM Services on the MPLS Network433
- Example: Configuring the ETH PWE3 to Emulate Ethernet Services on the MPLS Network439
- Example: Configuring the TDM PWE3 to Emulate TDM Services on the IP Network444
- Example: Configuring the TDM PWE3 to Emulate TDM Services on the MPLS Network450
- Configuration Example of TDM SHDSL for Transparently Transmitting the Narrowband Data Private Line Service455
- Configuration Example of the Private Line Service Leasing E1 Timeslots458
5 Configuration Example of MSTP Subtending Network464
- MSTP Networking465
- MSTP Dataplan466
- Configuring MA5600T/MA5603T/MA5608T-1470
- Configuring MA5600T/MA5603T/MA5608T-2480
- Configuring MA5600T/MA5603T/MA5608T-3490
- Configuring MA5600T/MA5603T/MA5608T-4498
- Configuring MA5600T/MA5603T/MA5608T-5506
- Verification512
6 Configuration Example of VPLS513
- Configuration Example of the VPLS Internet Access Service515
- Configuration Example of the VPLS Multicast Service519
- Configuration Example of the VPLS Enterprise Private Line Service524
7 Example: Subtending Networking531
- Subtended Network532
- Data Plan for Subtended Network533
- Configuring MA5600T-1536
- Configuring MA5600T-2545
- Configuring MA5600T-3555
- Configuring MA5600T-4562
- Verification567
8 Fttx Configuration Summary568
9 FTTH Configuration571
- FTTH Service Overview572
- Basic Concepts572
- Networking Scenarios and Hardware Configurations (GPON)574
- Networking Scenarios and Hardware Configurations (P2P)576
- Reference of GPON ONT Capability Sets577
- Principle of FTTH Data Plan588
- Data Plan Principles for IP Addresses588
- Principle of Qos Planning589
- Principle of Internet Access Service Data Plan592
- Principle of Voice Service Data Plan594
- Principle of IPTV Service Data Plan598
- Principle of Security Data Plan600
- GPON Access: Configuring FTTH Service602
- Bridging+Voice ONT Network Scenario603
- Service Requirements and Application Scenario603
- Configuration Process604
- Adding an ONT to an OLT607
- Configuring the Internet Access Service610
- Configuring the H.248-Based Voice Service (on a Web Page or the U2000)613
- Configuring the H.248-Based Voice Service (through the CLI)623
- Configuring the SIP-Based Voice Service (on a Web Page or the U2000)627
- Configuring the SIP-Based Voice Service (through the CLI)636
- Configuring the BTV Service641
- Configuring the Vod Service644
- Configuring Link Aggregation, Congestion Control, and Security Policies646
- Verifying Services649
- Bridging ONT + HGW Network Scenario654
- Service Requirements and Application Scenario654
- Configuration Process655
- Adding an ONT to an OLT656
- Configuring the Internet Access Service660
- Configuring the Voice Service663
- Configuring the BTV Service666
- Configuring the Vod Service670
- Configuring Link Aggregation, Congestion Control, and Security Policy673
- Verifying Services676
- Gateway ONT Network Scenario681
- Service Requirements and Application Scenario681
- Configuration Process682
- Adding an ONT to an OLT684
- Configuring the Internet Access Service (on a Web Page or the U2000)688
- Configuring the H.248-Based Voice Service (on a Web Page or the U2000)694
- Configuring the H.248-Based Voice Service (through the CLI)704
- Configuring the SIP-Based Voice Service (on a Web Page or the U2000)708
- Configuring the SIP-Based Voice Service (through the CLI)717
- Configuring the BTV Service722
- Configuring the Vod Service725
- Configuring Link Aggregation, Congestion Control, and Security Policy727
- Verifying Services730
- Configuring Triple Play Service (Simplified Mode)735
- P2P Access: Configuring FTTH Service742
10 FTTD Configuration749
- FTTD Service Overview750
- Basic Concepts750
- Networking Scenarios and Hardware Configurations (GPON)752
- Reference of GPON ONU Capability Sets755
- Principle of FTTD Data Plan756
- Data Plan Principles for IP Addresses756
- Principle of Qos Planning756
- Principle of Internet Access Service Data Plan759
- Principle of Voice Service Data Plan760
- Principle of IPTV Service Data Plan763
- GPON Access: Configuring FTTD Service765
- Bridging+Voice ONU Network Scenario (MA5652S)765
- Service Requirements and Application Scenario766
- Configuration Process766
- Adding an ONU to an OLT769
- Configuring a VDSL2 User Port772
- Configuring the Internet Access Service777
- Configuring the H.248-Based Voice Service (through the CLI)780
- Configuring the H.248-Based Voice Service (on a Web Page)784
- Configuring the SIP-Based Voice Service (through the CLI)790
- Configuring the SIP-Based Voice Service (on a Web Page)795
- Configuring the BTV Service800
- Configuring the Vod Service804
- Verifying Services807
- Bridging ONU Network Scenario (MA5651/MA5651S)811
- Service Requirements and Application Scenario811
- Configuration Process812
- Adding an ONU to an OLT813
- Configuring a VDSL2 User Port817
- Configuring the Internet Access Service822
- Configuring the Voice Service825
- Configuring the BTV Service828
- Configuring the Vod Service832
- Verifying Services835
11 FTTB and FTTC Solution Configuration839
- FTTB and FTTC Service Overview840
- Basic Concept840
- Scenario and Hardware Configuration (GPON)843
- Scenario and Hardware Configuration (10G GPON)846
- Networking Scenarios and Hardware Configurations (Ethernet Cascading)847
- GPON ONU Capability Sets849
- GPON ONU Capability Sets853
- Ethernet Upstream ONU Capability Sets854
- Principle of FTTB and FTTC Data Plan858
- Principle of Device Management Data Plan858
- Principle of Qos Data Plan860
- Principle of Internet Access Service Data Plan862
- Optional) Principle of Vectoring Data Plan865
- Principle of Voip Service Data Plan867
- Principle of IPTV Service Data Plan871
- Principle of Security Data Plan879
- Configuring Services in Various FTTB and FTTC Scenarios (GPON and 10G GPON Access)881
- FTTB Networking (LAN Access Without HGW)882
- Service Requirements and Application Scenarios882
- Configuration Procedure883
- Adding an ONU to an OLT885
- Configuring the Management Channel between the OLT and the ONU889
- Configuring the Service Channel between the OLT and the ONU890
- Configuring LAN Internet Access Service (on the ONU)892
- Configuring H.248 Voice Service (on the ONU)894
- Configuring SIP Voice Service (on the ONU)897
- Configuring Link Aggregation, Congestion Control, and Security Policies901
- Verifying Services904
- FTTB/C Networking (Xdsl Access, Without HGW)906
- Service Requirements and Application Scenario906
- Configuration Procedure907
- Adding an ONU to an OLT909
- Configuring the Management Channel between the OLT and the ONU913
- Configuring the Service Channel between the OLT and the ONU914
- Configuring the Internet Access Service (ADSL2+ Access, on the ONU)916
- Configuring the Internet Access Service (VDSL2 Access, on the ONU)919
- Optional) Configuring Vectoring922
- Configuring H.248 Voice Service (on the ONU)933
- Configuring SIP Voice Service (on the ONU)937
- Configuring Link Aggregation, Congestion Control, and Security Policy940
- Verifying Services943
- FTTB/FTTC+HGW Networking (Voice Service Provided by ONU)945
- Service Requirements and Application Scenario945
- Configuration Procedure947
- Adding an ONU to an OLT950
- Configuring the Management Channel between the OLT and the ONU954
- Configuring Service Channels between an OLT and an ONU955
- Configuring the Internet Access Service (LAN Access, on the ONU)959
- Configuring the Internet Access Service (ADSL2+ Access, on the ONU)960
- Configuring the Internet Access Service (VDSL2 Access, on the ONU)963
- Optional) Configuring Vectoring966
- Configuring H.248 Voice Service (on the ONU)977
- Configuring SIP Voice Service (on the ONU)981
- Configuring the IPTV Service (on the ONU)984
- Configuring Link Aggregation, Congestion Control, and Security Policy987
- Configuring the Internet Access Service (on the HGW)990
- Configuring the IPTV Service (on the HGW)992
- Verifying Services994
- FTTB/FTTC+HGW Networking (HGW Providing the Voip Service)998
- Service Requirements and Application Scenario998
- Configuration Procedure999
- Adding an ONU to an OLT1002
- Configuring the Management Channel between the OLT and the ONU1006
- Configuring the Service Channel between the OLT and the ONU1007
- Configuring the Internet Access Service (LAN Access, on the ONU)1011
- Configuring the Internet Access Service (ADSL2+ Access, on the ONU)1012
- Configuring the Internet Access Service (VDSL2 Access, on the ONU)1015
- Optional) Configuring Vectoring1018
- Configuring the Voice Service Channel (on the ONU)1029
- Configuring the IPTV Service (on the ONU)1031
- Configuring Link Aggregation, Congestion Control, and Security Policy1034
- Configuring the Internet Access Service (on the HGW)1037
- Configuring the IPTV Service (on the HGW)1039
- Configuring the Voip Service (on the HGW)1041
- Verifying Services1044
- Configuring Services in Various FTTB and FTTC Scenarios (Ethernet Cascading)1047
- FTTB and FTTC Ethernet Cascade Networking (ONU Works as an Independent NE)1047
- Service Requirements and Usage Scenario1047
- Configuration Procedure1049
- Configuring the Working Mode of an Ethernet Cascading Board1050
- Configuring the Management Channel between an OLT and an ONU1051
- Configuring the Service Channel between an OLT and an ONU1057
- Configuring the Service Flow on an ONU or HGW1061
- Configuring Link Aggregation, Congestion Control, and Security Policy1064
- Verifying Services1067
- FTTB and FTTC Ethernet Cascade Networking (ONU Works as a GE Remote Extended Subrack)1068
- Service Requirements and Application Scenarios for GE Remote Extended Subrack1068
- Principle of Data Planning for GE Remote Extended Subrack1069
- Configuration Procedure for GE Remote Extended Subrack1071
- Adding GE Remote Extended Subracks1073
- Configuring VDSL2 User Ports1074
- Configuring VDSL2 Service Flows1075
- Optional) Configuring Vectoring1078
- Configuring Link Aggregation, Congestion Control, and Security Policies1084
- Configuring the Internet Access Service (on the HGW)1088
- Configuring the IPTV Service (on the HGW)1090
- Configuring the Voip Service (on the HGW)1092
- Verifying Services1094
12 FTTO Configuration(SOHO and SME)1098
- Overview of FTTO Services (SOHO and SME)1099
- Basic Concept1099
- Networking Scenario and Hardware Configurations1101
- ONU Capability Sets1103
- Principles of Planning Data for FTTO Services (SOHO and SME)1105
- Principles of Planing Device Management Data1105
- Principle of Qos Planning1107
- Principle of Internet Access Service Data Plan1110
- Principles of Planning Voice Service Data1111
- Principle of IPTV Service Data Plan1115
- Principle of Security Data Plan1116
- Principle of Reliability Data Plan1119
- SOHO Service Configuration (GPON)1121
- Service Requirements and Usage Scenario1121
- Configuration Procedure1123
- Adding an ONU to an OLT1124
- Configuring the Internet Access Service1128
- Configuring the H.248-Based Voice Service (on a Web Page)1132
- Configuring the H.248-Based Voice Service (through the CLI)1139
- Configuring the SIP-Based Voice Service (on a Web Page)1144
- Configuring the SIP-Based Voice Service (through the CLI)1151
- Configuring the BTV Service1156
- Configuring the Vod Service1159
- Configuring Link Aggregation, Congestion Control, and Security Policy1160
- Verifying Services1163
- SME Service Configuration (GPON)1168
- Bridging and Router Networking1168
- Service Requirements and Usage Scenario1168
- Configuration Procedure1169
- Adding an ONU to an OLT1171
- Configuring the Internet Access Service1175
- Configuring the H.248-Based Voice Service (on a Web Page)1177
- Configuring the H.248-Based Voice Service (through the CLI)1184
- Configuring the SIP-Based Voice Service (on a Web Page)1187
- Configuring the SIP-Based Voice Service (through the CLI)1194
- Configuring the BTV Service1199
- Configuring the Vod Service1202
- Configuring Link Aggregation, Congestion Control, and Security Policy1205
- Verifying Services1208
- Gateway Networking1212
- Service Requirements and Usage Scenario1212
- Configuration Procedure1213
- Adding an ONU to an OLT1215
- Configuring the Internet Access Service1219
- Configuring the H.248-Based Voice Service (on a Web Page)1223
- Configuring the H.248-Based Voice Service (through the CLI)1230
- Configuring the SIP-Based Voice Service (on a Web Page)1234
- Configuring the SIP-Based Voice Service (through the CLI)1241
- Configuring the BTV Service1247
- Configuring the Vod Service1250
- Configuring Link Aggregation, Congestion Control, and Security Policy1251
- Verifying Services1254
- Layer 2 Interoperation Service between Enterprise Branches1259
- Service Requirement and Application Scenario1259
- Configuration Procedure1260
- Adding Onus to OLT1262
- Configuring Layer 2 Interoperation Service Ports on OLT1266
- Configuring Congestion Control and Security Policies1267
- Configuring E2E Reliability1268
- Verifying Services1272
13 FTTO Configuration (Large-Sized Enterprise Access)1275
- Overview of Enterprise Access Service1276
- Basic Concepts1276
- Networking Scenarios and Hardware Configurations (GPON)1279
- GPON ONU Capability Set1280
- Principle of Planning Data for Enterprise Access Service1282
- Principle of Equipment Management Data Plan1282
- Principle of VLAN Data Plan1283
- Principle of Qos Data Plan1285
- Principle of Protocol Transparent Transmission Data Plan1288
- Principle of Security Data Plan1289
- Principle of Reliability Data Plan1291
- Configuring Enterprise Access Service (GPON)1293
- Layer 2 Interoperation Service between Enterprise Branches1294
- Service Requirement and Application Scenario1294
- Configuration Process1295
- Adding Onus to OLT1296
- Configuring Management Service Ports on OLT and Onus1300
- Configuring Layer 2 Interoperation Service Ports on OLT1301
- Configuring Ethernet Access Service Ports on Onus1303
- Configuring Congestion Control and Security Policies1304
- Configuring E2E Reliability1306
- Verifying Services1310
- Enterprise DDN Private Line Access Service1312
- Service Requirement and Application Scenario1312
- Configuration Process1313
- Adding Onus to OLT1314
- Configuring Management Service Ports on OLT and Onus1317
- Configuring TDM Connections1318
- Configuring Clock Synchronization1319
- Verifying Services1321
- Enterprise IP PBX Private Line Access Service1324
- Service Requirement and Application Scenario1324
- Configuration Process1325
- Adding Onus to OLT1326
- Configuring Management Service Ports on OLT and Onus1328
- Configuring OLT Qinq Service Ports1329
- Configuring Ethernet Access Service Ports on Onus1330
- Configuring Congestion Control and Security Policies1331
- Configuring E2E Reliability1333
- Verifying Services1337
- Enterprise PRA PBX Private Line Access Service1338
- Service Requirement and Application Scenario1338
- Configuration Process1339
- Adding Onus to OLT1339
- Configuring Management Service Ports on OLT and Onus1342
- Configuring Service Ports for Voice Transparent Transmission1343
- Configuring Voip PRA Access1344
- Configuring Congestion Control and Security Policies1347
- Configuring E2E Reliability1348
- Verifying Services1352
- Enterprise E1 Unified Access Service1353
- Service Requirement and Application Scenario1353
- Configuration Process1353
- Adding Onus to OLT1355
- Configuring Management Service Ports on OLT and Onus1357
- Configuring Satop Connections and Service Ports1358
- Configuring ONU Satop Connections1361
- Configuring Clock Synchronization1362
- Configuring Congestion Control and Security Policies1364
- Configuring Network Protectio1366
- Verifying Services1368
- Enterprise E1/T1 Unified Access Service (OLT Cascading)1370
- Service Requirement and Application Scenario1370
- Configuration Process1371
- Configure OLT_A Cascading with OLT_B1372
- Configuring Satop Connections between OLT_A and ONU1373
- Adding Onus to OLT_B1374
- Configuring Management and Service Channel on OLT_B and ONU1377
- Configuring ONU Satop Connections1378
- Configuring Clock Synchronization1380
- Verifying Services1382
14 FTTM Configuration (Base Station Access)1385
- Overview of Base Station Access Service1386
- Basic Concepts1386
- Networking Scenarios and Hardware Configurations (GPON)1387
- GPON ONU Capability Set1389
- Prinpicle of Planning Data for Base Station Access Service1391
- Principle of Equipment Management Data Plan1391
- Principle of VLAN Data Plan1392
- Principle of Qos Data Plan1394
- Principle of Clock Synchronization Data Plan1395
- Principle of Security Data Plan1397
- Planning Reliability Data1398
- Configuring Base Station Access Clock Synchronization1401
- Overview of Base Station Access Clock/Time Synchronization1401
- Configuring BITS Clock Synchronization1406
- Configuring E1/STM-1 Line Clock Synchronization1409
- Configuring Ethernet Clock Synchronization1411
- Configuring "1Pps+Tod" Clock Synchronization1414
- Configuring 1588V2 Clock Synchronization1418
- Configuring Base Station Access Service (GPON)1424
- E1 Base Station Access Service (in Native TDM Mode)1424
- Service Requirement and Application Scenario1424
- Configuration Process1425
- Adding Onus to OLT1426
- Configuring Management Service Ports on OLT and Onus1429
- Configuring TDM E1 Connections1430
- Configuring Clock Synchronization1431
- Configuring Congestion Control and Security Policies1433
- Configuring Network Protection1435
- Verifying Services1436
- E1 Base Station Access Service (in Satop Mode)1439
- Service Requirement and Application Scenario1439
- Configuration Process1440
- Adding Onus to OLT1442
- Configuring Management Service Ports on OLT and Onus1444
- Configuring Satop Connections and Service Ports1445
- Configuring Clock Synchronization1448
- Configuring Congestion Control and Security Policies1450
- Configuring Network Protection1451
- Configuring ONU Satop Connections1453
- Verifying Services1455
- Ethernet Base Station Access Service (in Qinq VLAN Mode)1457
- Service Requirement and Application Scenario1457
- Configuration Process1458
- Adding Onus to OLT1459
- Configuring Management Service Ports on OLT and Onus1462
- Configuring OLT Qinq Vlans and Service Ports1463
- Configuring Ethernet Access Service Ports on Onus1465
- Configuring Clock Synchronization1467
- Configuring Congestion Control and Security Policies1468
- Configuring Network Protection1470
- Verifying Services1474
- Symmetrical TDM PWE3 Access for Olts on both Sides1474
- Service Requirements and Application Scenario1474
- Configuration Procedure1475
- Adding Onus to the OLT and Configuring the Management Service Port1476
- Configuring the TDM Connection and TDM PW1479
- Configuring Clock Synchronization1482
- Configuring Congestion Control and Security Policies1483
- Configuring E2E Reliability1485
- Verifying Services1489
- GPON Access for the OLT One Side and E1 or SHDSL Access for the OLT on the Peer Side1490
- Service Requirements and Application Scenario1490
- Configuration Procedure1491
- Adding Onus to OLT-A and Configuring the Management Service Port1491
- Configuring the TDM Connection and TDM PW1495
- Configuring Clock Synchronization1498
- Configuring E2E Reliability1499
- Verifying Services1503
- Symmetrical E1 or SHDSL Access for Olts on both Sides1504
- Service Requirements and Application Scenario1504
- Configuration Procedure1505
- Configuring the TDM Connection and TDM PW1505
- Configuring Clock Synchronization1508
- Verifying Services1509
- E1 Access for the ONU and TDM PWE3 between the ONU and Peer PE1511
- Service Requirements and Application Scenario1511
- Configuration Procedure1511
- Adding Onus to the OLT and Configuring the Management Service Port1512
- Configuring the TDM VCL and Cesop Connection on the ONU1515
- Configuring the Static LSP and PW on the CX6001517
- Configuring Clock Synchronization1518
- Verifying Services1520
- Small-Cell Base Station Access Service (in Qinq VLAN through CLI Configuration)1521
- Service Requirements and Application Scenarios1521
- Configuration Procedure1522
- Configuring Ethernet Access Service Ports on Onus1522
- Configuring Congestion Control and Security Policies1524
- Configuring Clock Synchronization1525
- Configuring End to End Protection1527
- Verifying Services1528
- Small-Cell Base Station Access Service (in Qinq VLAN Mode through GUI Pre-Deployment)1528
- Service Requirements and Application Scenarios1529
- Configuration Procedure1529
- Configuring the IP Address of the NMS Server and the IP Address Pool of the ONU (GPON Dock Scenario)1530
- Creating the Authentication-Free Policy and Associating It with the OLT (GPON Dock Scenario)1532
- Configuring the Remote Software Commissioning Policy (GPON Dock Scenario)1536
- Configuring Clock Synchronization1537
- Verifying Services1539
15 Opticable D-CMTS Configuration (MA5633 Working as a Remote Extended Frame)1540
- D-CMTS Service Overview1542
- Basic Concepts1542
- Networking Scenarios and Hardware Configurations (GPON)1547
- Networking Scenarios and Hardware Configurations (GE)1548
- Data Plan Principles for D-CMTS Services1549
- Frequency Spectrum Management1549
- Device Management1551
- Qos1551
- Vlan1555
- VLAN Planning for Telecom Networks1557
- Service Configuration on a D-CMTS that Works as a GPON Remote Extended Frame on a Layer 3 Network1560
- Home Service Networking1561
- Service Requirements and Usage Scenario1561
- Configuration Process1562
- Configuring DHCP Relay1565
- Configuring a Route1567
- Configuring DHCP Relay (Ipv6)1569
- Configuring a Route (Ipv6)1572
- Adding a Remote Extended Frame to an OLT1574
- Configuring RF Port Parameters1577
- Configuring the HSI Service1581
- Configuring the DOCSIS Vod Service1582
- Configuring the EQAM Vod Service1583
- Configuring the BTV Service1586
- Configuring the Dynamic Packetcable Service1588
- Verifying Services1589
- L2VPN Enterprise Service Networking1594
- Service Requirements and Usage Scenario1594
- Configuration Process1595
- Configuring DHCP Relay1596
- Configuring a Route1598
- Configuring DHCP Relay (Ipv6)1600
- Configuring a Route (Ipv6)1602
- Adding a Remote Extended Frame to an OLT1604
- Configuring RF Port Parameters1606
- Configuring the L2VPN Enterprise Service1610
- Verifying Services1611
- WLAN Hotspot Radio Backhaul Service Networking1615
- Service Configuration on a D-CMTS that Works as a GE Remote Extended Frame on a Layer 3 Network1616
- Home Service Networking1617
- Service Requirements and Usage Scenario1617
- Configuration Process1618
- Configuring DHCP Relay1620
- Configuring a Route1623
- Configuring DHCP Relay (Ipv6)1625
- Configuring a Route (Ipv6)1628
- Adding a Remote Extended Frame to an OLT1630
- Configuring RF Port Parameters1632
- Configuring the HSI Service1636
- Configuring the DOCSIS Vod Service1637
- Configuring the EQAM Vod Service1638
- Configuring the BTV Service1641
- Configuring the Dynamic Packetcable Service1643
- Verifying Services1644
- L2VPN Enterprise Service Networking1649
- Service Requirements and Usage Scenario1649
- Configuration Process1649
- Configuring DHCP Relay1651
- Configuring a Route1653
- Configuring DHCP Relay (Ipv6)1654
- Configuring a Route (Ipv6)1656
- Adding a Remote Extended Frame to an OLT1658
- Configuring RF Port Parameters1661
- Configuring the L2VPN Enterprise Service1664
- Verifying Services1666
- WLAN Hotspot Radio Backhaul Service Networking1669
- Service Configuration on a D-CMTS that Works as a GPON Remote Extended Frame on a Layer 2 Telecom Network1670
- Home Service Networking1671
- Service Requirements and Usage Scenario1671
- Configuration Process1672
- Adding a Remote Extended Frame to an OLT1674
- Configuring RF Port Parameters1677
- Configuring the HSI Service1680
- Configuring the DOCSIS Vod Service1681
- Verifying Services1682
16 Opticable D-CMTS Configuration (MA5633 Working as a Standalone NE)1687
- D-CMTS Service Overview1689
- Basic Concepts1689
- Networking Scenarios and Hardware Configurations1693
- Data Plan Principles for D-CMTS Services1694
- Frequency Spectrum Management1694
- Device Management1696
- Qos1697
- Vlan1700
- Service Configuration on a D-CMTS that Works in GE Access Mode on a Layer 3 Network1704
- Home Service Networking1704
- Service Requirements and Usage Scenario1704
- Configuration Process1705
- Configuring DHCP Relay1708
- Configuring a Route1710
- Configuring DHCP Relay (Ipv6)1712
- Configuring a Route (Ipv6)1714
- Configuring a Management Channel between an OLT and a D-CMTS1717
- Configuring a Service Channel between an OLT and a D-CMTS1719
- Configuring RF Port Parameters on a D-CMTS1721
- Configuring the HSI Service on a D-CMTS1723
- Configuring the DOCSIS Vod Service on a D-CMTS1724
- Configuring the EQAM Vod Service on a D-CMTS1725
- Configuring the BTV Service1728
- Configuring the Dynamic Packetcable Service on a D-CMTS1730
- Verifying Services1732
- L2VPN Enterprise Service Networking1736
- Service Requirements and Usage Scenario1736
- Configuration Process1736
- Configuring DHCP Relay1738
- Configuring a Route1739
- Configuring DHCP Relay (Ipv6)1741
- Configuring a Route (Ipv6)1743
- Configuring a Management Channel between an OLT and an MA56331745
- Configuring a Service Channel between an OLT and a D-CMTS1747
- Configuring RF Port Parameters on an MA56331749
- Configuring the L2VPN Enterprise Service(on the CMC)1751
- Verifying Services1752
- WLAN Hotspot Radio Backhaul Service Networking1756
- Service Configuration on a D-CMTS that Works in GPON Access Mode on a Layer 3 Network1757
- Home Service Networking1758
- Service Requirements and Usage Scenario1758
- Configuration Process1759
- Configuring DHCP Relay1761
- Configuring a Route1764
- Configuring DHCP Relay (Ipv6)1766
- Configuring a Route (Ipv6)1768
- Adding a D-CMTS to an OLT1770
- Configuring a Management Channel between an OLT and a D-CMTS1775
- Configuring a Service Channel between an OLT and a D-CMTS1776
- Configuring RF Port Parameters on an MA56331778
- Configuring the HSI Service on an MA56331780
- Configuring the DOCSIS Vod Service on an MA56331781
- Configuring the EQAM Vod Service on an MA56331782
- Configuring the BTV Service on an MA56331785
- Configuring the Dynamic Packetcable Service on an MA56331787
- Verifying Services1789
- L2VPN Enterprise Service Networking1793
- Service Requirements and Usage Scenario1793
- Configuration Process1793
- Configuring DHCP Relay1796
- Configuring a Route1797
- Configuring DHCP Relay (Ipv6)1799
- Configuring a Route (Ipv6)1801
- Adding a D-CMTS to an OLT1803
- Configuring a Management Channel between an OLT and an MA56331807
- Configuring a Service Channel between an OLT and a D-CMTS1809
- Configuring RF Port Parameters on an MA56331811
- Configuring the L2VPN Enterprise Service on an MA56331813
- Verifying Services1814
- WLAN Hotspot Radio Backhaul Service Networking1818
17 Electrical Service Configuration1820
- Configuration Example of the Fttx Service (GPON Access)1821
- Configuration Example of Transmitting Video Monitoring Data over Ethernet Access1821
- Configuration Example of Intelligently Collecting Power Consumption Information over Ethernet Access1830
- Configuration Example of Automatically Transmitting Site Information over Ethernet (Single Homing)1839
- Configuration Example of Automatically Transmitting Site Information over Ethernet (Dual Homing)1856
- Configuration Example of Transmitting Information Collected in Centralized Mode in the Smart Grid over a Serial Port1872
- Configuration Description1874
18 Opticable Eoc Bandwidth Configuration1884
- Configuring Example of Eoc Services (Olts Use GPON Access)1885
19 Ipv6 Configuration1896
- Ipv6 Networking1897
- Configuration Difference between Ipv6 and Ipv41899
- Configuration Differences between Ipv6 and Ipv4 on the OLT1899
- Configuration Differences between Ipv6 and Ipv4 on the ONU1903
- Configuration Difference between Ipv6 and Ipv4 on the ONT1908
- Configuring Ipv6 Services in the FTTB/C (no Hgws) Scenario1909
- Application Scenarios1909
- Data Planning1910
- Configuration Procedure1912
- Configuration Example1914
- Configuring Ipv6 Services in the FTTB+HGW Scenario1922
- Application Scenario1922
- Data Planning1923
- Configuration Procedure1927
- Configuration Example1929
- Configuring Ipv6 Services in the FTTH (Bridging ONT) Scenario1940
- Application Scenarios1940
- Data Planning1941
- Configuration Procedure1944
- Configuration Example1945
- Configuring Ipv6 Services in the FTTH (Gateway ONT) Scenario1959
- Application Scenarios1959
- Data Plan1960
- Configuration Procedure1963
- Configuration Example1964

Brand	Huawei
Model	SmartAX MA5600T
Category	Control Unit
Language	English

Huawei SmartAX MA5600T User Manual

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