2015customertrainingcatalog-coursedescriptions(transmissionnetwork)
TRANSCRIPT
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Customer Training Catalog Course Descriptions
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Customer Training Catalog
Course DescriptionsTransmission Network
HUAWEI Learning Service
2015
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Customer Training Catalog Course Descriptions
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CONTENTS
Customer Training Catalog................................................................................................................................................ 1
Course Descriptions............................................................................................................................................................ 1
Transmission Network....................................................................................................................................................... 1
HUAWEI Learning Service............................................................. .............................................................. ..................... 1
CONTENTS........................................................ ................................................................. ................................................... 2
1.1
Training Course Descriptions ........................................................................................................... .......... 9
1.2
Evolution and Trends Training Course Descriptions .............................................................. ................... 20
1.2.1 OTA19 All IP Transport Network Solution....... ............................................................... ................... 20
1.2.2
OTF87 Microwave Backhaul Solution Evolution ........................................................... ................... 21
1.2.3
OTF88 Huawei Microwave Solution Overview .............................................................. ................... 22
1.2.4
OTF89 Microwave Small Cell Backhaul Solution .......................................................... ................... 23
1.2.5
OTC156 Transmission Based T-SDN Introduction ........................................................ ................... 24
1.2.6 OTC157 Introduction to 400G Technology ......................................................... .............................. 25
1.2.7
OTC181 OptiX OSN 1800 Based Metro Network Solution ...................................................... ........ 26
1.3
Planning and Design Training Course Descriptions .............................................................. ................... 27
1.3.1 OTA33 iManager MDS 6600 ASON (SDH) Network Design ............................................................ 27
1.3.2
OTA44 OptiX MSTP Network Design ......................................................... ...................................... 29
1.3.3
OTA47 OptiX Hybrid MSTP Network Design ....................... ............................................................ 31
1.3.4
OTC03 OptiX WDM Network Design ....................................................................................... ........ 32
1.3.5 OTC31 OptiX NG WDM Network Design ........................................................... .............................. 33
1.3.6
OTC36 OptiX NG WDM ASON Network Planning Design ......................................................... 35
1.3.7
OTC47 OptiX WDM/NG WDM Network Design Basics ........................................................... ........ 37
1.3.8
OTC74 iManager MDS 6600 WDM Planner Operation ............................................................ ........ 38
1.3.9 OTC75 iManager MDS 6600 WDM Designer Operation .......................................................... ........ 39
1.3.10
OTC76 OptiX NG WDM 40G Network Design ........................................................................ ......... 40
1.3.11
OTC145 OptiX OSN 1800 Network Design .................................................................. ................... 41
1.3.12
OTC149 iManager MDS 6600 (WDM Designer) Operation .......................................... ................... 43
1.4 Planning and Design Training Course Descriptions .............................................................. ................... 43
1.4.1
OTF40 OptiX RTN Network Planning Basic ....................................................... .............................. 43
1.4.2
OTF49 OptiX RTN Network Planning ........................................................................... ................... 45
1.4.3
OTF51 OptiX RTN Clock & DCN Planning ............................................. ......................................... 46
1.4.4 OTF59 OptiX RTN Network Service Planning (Hybrid) ............................................................ ........ 47
1.4.5
OTF60 OptiX RTN Network Service Planning (Packet) ........................................................... ........ 48
1.4.6
OTF61 OptiX RTN Network Planning Case Analysis ............................................................... ........ 49
1.4.7
OTF62 OptiX RTN Network QoS Planning .................................. .................................................... 50
1.4.8 OTF101 OptiX RTN 300 Network Planning ............................................ ......................................... 51
1.4.9
OTF102 OptiX RTN 300 Network Service Planning ...................................................... ................... 52
1.4.10
OTF103 OptiX RTN 300 Network Planning Case Study .......................................................... ........ 53
1.5
Assessment and Optimization Training Course Descriptions ........................................................... ........ 54
1.5.1
OTF63 Microwave Network Performance Assessment ............................................................ ........ 54
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1.5.2
OTF64 Microwave Network General Assessment ........................................................ ................... 55
1.5.3 OTF65 Microwave Network Assessment Case Analysis .......................................................... ........ 56
1.5.4 OTF66 Microwave Network Optimization ........................................................... .............................. 57
1.5.5
OTF67 Microwave Network Optimization Case Analysis ................................................................. 58
1.6
Assessment and Optimization Training Course Descriptions ........................................................... ........ 59
1.6.1
OTA43 SDH Network Expansion Reconstruction .............................................................. ........ 59
1.6.2
OTA93 SDH Network Assessment ............................................................. ...................................... 61
1.6.3
OTA94 SDH Network Optimization .................................................................................................. 63
1.6.4
OTC51 OptiX WDM Network Expansion ............................................................ .............................. 65
1.6.5 OTC52 OptiX WDM Network Reconstruction .................................................... .............................. 66
1.6.6
OTC72 OptiX WDM Network Assessment ......................................................... .............................. 67
1.6.7
OTC73 OptiX WDM Network Optimization ............................................. ......................................... 69
1.7
Principle Training Course Descriptions............................................................................................. ........ 70
1.7.1
OTA00 SDH Overview ............................................................................................................. ........ 70
1.7.2
OTA01 SDH Principle ............................................... ............................................................... ........ 71
1.7.3
OTA02 SDH Networking and Protection .......................................................................................... 72
1.7.4
OTA03 Ethernet Basics ........................................................ ............................................................ 73
1.7.5 OTA07 ASON Basics ........................................................... ............................................................ 75
1.8
WDM Training Course Descriptions ........................................................ ................................................. 76
1.8.1
OTC01 WDM Basics ............................................................ ............................................................ 76
1.8.2
OTC02 WDM Optical Power Management Topic ............................................................................. 77
1.8.3 OTC04 OptiX WDM Installation ............................................................................................... ........ 78
1.8.4
OTC05 OTN Basics ................................................................................................................. ........ 79
1.8.5
OTC08 OptiX WDM Products Configuration ...................................................... .............................. 80
1.8.6
OTC09 Metro OTN Solution ............................................................ ................................................. 81
1.8.7 OTC11 OptiX WDM Equipment Field Maintenance ........................................... .............................. 82
1.8.8
OTC12 OptiX WDM System Troubleshooting .................................................................................. 83
1.8.9
OTC24 OptiX NG WDM System Description ........................................................................... ........ 84
1.8.10 OTC25 OptiX OSN 3800/6800/8800(OTN) Hardware Description & Application ............................. 85
1.8.11 OTC26 OptiX OSN 3800/6800/8800(OTN) Products Configuration................................................. 86
1.8.12
OTC27 OptiX WDM Testing .......................................................................................... ................... 88
1.8.13
OTC28 OptiX NG WDM Commissioning ............................................................ .............................. 89
1.8.14 OTC29 OptiX NG WDM(OTN) Field Maintenance ........................................................ ................... 90
1.8.15 OTC30 NG WDM(OTN) System Troubleshooting ......................................................... ................... 91
1.8.16
OTC32 OptiX NG WDM Ethernet Operation Maintenance .............................................................. 92
1.8.17
OTC35 OptiX WDM System Advanced Troubleshooting ................................................................. 93
1.8.18
OTC37 OTN 1588V2 Feature Introduction ........................................................ .............................. 94
1.8.19
OTC46 OptiX OSN 1800 OperationMaintenance ...................................................... ................... 95
1.8.20
OTC48 OptiX OSN 8800 (OCS) Hardware Description Application........................................... 97
1.8.21
OTC49 OptiX OSN 8800 (OCS) Product Configuration ........................................................... ........ 98
1.8.22 OTC50 OptiX OSN 8800 (OCS) Field Maintenance ........................................................................ 99
1.8.23
OTC59 OptiX BWS 1600S Operation and Maintenance .......................................................... ...... 100
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1.8.24
OTC60 OptiX NPE (OSN 3500/7500/9500) Operation and Maintenance ...................................... 102
1.8.25 OTC61 OptiX SLM 1630/RPT 1660 Operation and Maintenance .................................................. 104
1.8.26 OTC62 OptiX OSN 3800/6800/8800 (OTN) Protection ............................................................ ...... 105
1.8.27
OTC64 OptiX OSN 3800/6800/8800 (OTN) Advanced Troubleshooting ........................................ 106
1.8.28
OTC65 OptiX NG WDM ASON Operation&Maintenance ......................................................... ...... 107
1.8.29
OTC66 OptiX NG WDM 40G OTU System OperationMaintenance ........................................... 110
1.8.30
OTC67 OptiX NG WDM Features Special Topics ......................................................... ................. 112
1.8.31
OTC68 OptiX NG WDM Ethernet Protection Configuration ........................................................... 114
1.8.32
OTC71 OptiX BWS 1600S(unrepeatered) Planning and Design ................................................... 115
1.8.33 OTC81 OptiX WDM 40G100G Coherent OTU Technology ...................................................... ...... 116
1.8.34
OTC82 OptiX NG WDM PID Special Topic ................................................................... ................. 117
1.8.35
OTC85 OptiX NG WDM Packet Technology Introduction .......................... .................................... 118
1.8.36
OTC86 OptiX OSN 8800 (Packet) Hardware, Networking & Application Introduction .................... 119
1.8.37
OTC87 OptiX OSN 8800 Packet Service Configuration ........................................................... ...... 120
1.8.38
OTC88 OptiX OSN 8800 Packet Features ......................................................... ............................ 121
1.8.39
OTC89 OptiX OSN 8800 (Packet) Routine Maintenance ......................................................... ...... 122
1.8.40
OTC90 OptiX OSN 8800 (Packet) System Troubleshooting .......................................................... 123
1.8.41 OTC110 OptiX NG WDM Packet Network Planning and Design ................................................... 124
1.8.42
OTC111 OptiX OSN 1800 System Introduction ............................................................. ................. 125
1.8.43
OTC112 OptiX OSN 1800 Packet Service Configuration ......................................................... ...... 126
1.8.44
OTC113 OptiX OSN 1800 Packet Features ....................................................... ............................ 127
1.8.45 OTC114 OptiX OSN 1800 (Packet) Routine Maintenance ....................................................... ...... 128
1.8.46
OTC115 OptiX OSN 1800 (Packet) System Troubleshooting .................................................. ...... 129
1.8.47
OTC116 OptiX OSN 9800 Hardware Description & Application ..................................................... 130
1.8.48
OTC117 OptiX OSN 9800 Products Configuration ........................................................ ................. 132
1.8.49 OTC118 OptiX OSN 9800 Commissioning .............................................................................. ...... 134
1.8.50
OTC119 OptiX OSN 9800 System Troubleshooting ...................................................... ................. 135
1.8.51
OTC120 OptiX OSN 9800 Hardware Description & Application Overview ..................................... 136
1.8.52 OTC121 OptiX OSN 9800 Products Configuration Overview ........................................................ 138
1.8.53 OTC123 OptiX MDS 6630(Optical Power Commissioning) ..................................................... ...... 140
1.8.54
OTC128 OptiX OSN 68008800 100G Operation and Maintenance ............................................... 141
1.8.55
OTC122 OptiX OSN 3800/6800/8800 Hardware Description & Signal Flow Review ..................... 143
1.8.56 OTC140 OptiX OSN 1800V(TDM) Hardware & Networking ................... ....................................... 144
1.8.57 OTC141 OptiX OSN 1800V(TDM) Service & Configuration ..................................................... ...... 145
1.8.58
OTC142 OptiX OSN 1800V(TDM) Troubleshooting ...................................................... ................. 146
1.8.59
OTC143 OptiX OSN 1800V(TDM) Routine & Maintenance ........................................................... 147
1.8.60
OTC144 OptiX OSN 1800V(Packet) System Introduction ....................................................... ...... 149
1.8.61 OTC133 OptiX NG WDM Installation ............................................................................................. 150
1.8.62
OTC147 OptiX OSN 1800V(OTN) Operation & Maintenance ........................................................ 151
1.8.63
OTC151 OptiX OSN 9800 Field Maintenance ........................................ ....................................... 153
1.8.64 OTC153 OptiX NG WDM Optical Layer Grooming ........................................................................ 154
1.8.65
OTC154 OptiX NG WDM Electrical Layer Grooming ............................................................... ...... 155
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1.8.66
OTC155 OptiX NG WDM Coherent Network Design ............................................................... ...... 157
1.8.67 OTC158 OptiX NG WDM PW APS Special Topic.......................................................... ................. 158
1.8.68 OTC159 OptiX NG WDM Tunnel APS Special Topic...................................................................... 159
1.8.69
OTC160 OptiX NG WDM MSTP Special Topic .................................................. ............................ 160
1.8.70
OTC161OptiX NG WDM LAG Special Topic .................................................................................. 161
1.8.71 OTC162OptiX NG WDM MC-LAG Special Topic ............................................... ............................ 162
1.8.72
OTC163 OptiX NG WDM ERPS Special Topic ............................... ............................................... 163
1.8.73
OTC164 OptiX NG WDM LPT Special Topic ...................................................... ............................ 164
1.8.74
OTC165 OptiX NG WDM STP and RSTP Special Topic .......................................................... ...... 165
1.8.75 OTC166 OptiX NG WDM LCAS Special Topic .............................................................. ................. 166
1.8.76
OTC167 OptiX NG WDM IPA of Raman System Special Topic ...................................................... 167
1.8.77
OTC168 OptiX NG WDM Physical Clocks (OTN) Special Topic .................................................... 168
1.8.78
OTC169 OptiX NG WDM IEEE 1588v2(OTN)Special Topic ................... ....................................... 169
1.8.79
OTC170 OptiX NG WDM Physical Clocks (OCS) Special Topic .................................................... 170
1.8.80
OTC171 OptiX NG WDM Physical Clocks (Packet) Special Topic ................................................. 171
1.8.81
OTC172 OptiX NG WDM Optical Doctor System Special Topic ..................................................... 172
1.8.82
OTC173 OptiX NG WDM Inband DCN Special Topic ............................................................... ...... 173
1.8.83 OTC174 OptiX NG WDM Outband DCN Special Topic ............................................................ ...... 174
1.8.84
OTC175 OptiX NG WDM Master-Slave Subrack Management Special Topic ............................... 175
1.8.85
OTC176 OptiX OSN 9800 (Packet) Hardware, Networking & Application Introduction .................. 176
1.8.86
OTC177 OptiX OSN 9800 Packet Service Configuration ......................................................... ...... 177
1.8.87 OTC178 OptiX OSN 9800 Packet Features ....................................................... ............................ 178
1.8.88
OTC179 OptiX OSN 9800 (Packet) Routine Maintenance ....................................................... ...... 179
1.8.89
OTC180 OptiX OSN 9800 (Packet) System Troubleshooting ........................................................ 180
1.8.90
OTC182 OptiX NG WDM T-SDN Operation and Maintenance ...................................................... 181
1.9 RTN Training Course Descriptions ......................................................................................................... 182
1.9.1
OTF01 Digital Microwave Communication Basics ......................................................................... 182
1.9.2
OTF18 OptiX RTN 900 Installation ............................................................ .................................... 183
1.9.3 OTF23 Hybrid Services Testing ........................................... .......................................................... 184
1.9.4 OTF29 OptiX RTN 900 Data Configuration (Packet Domain) ........................................................ 185
1.9.5
OTF30 OptiX RTN 900 System Control Unit and IF Feature Topic ................................................ 186
1.9.6
OTF31 OptiX RTN 900 Clock & DCN Topic ................................................................................... 187
1.9.7 OTF32 OptiX RTN 900 Network Application ...................................................... ............................ 189
1.9.8 OTF33 OptiX RTN 900 Field Operation & Maintenance ................................................................ 190
1.9.9
OTF34 OptiX RTN 900 NE Database Topic ....................................................... ............................ 191
1.9.10
OTF35 OptiX RTN 900 Troubleshooting ............................................................ ............................ 192
1.9.11
OTF36 OptiX RTN 900 QoS & OAM Technology .......................................................... ................. 193
1.9.12 OTF38 OptiX RTN 900 Commissioning ............................................................. ............................ 194
1.9.13
OTF46 OptiX RTN 900 Data Configuration (Hybrid Domain) ......................................................... 195
1.9.14
OTF47 OptiX RTN 900 System Description ....................................................... ............................ 196
1.9.15 OTF48 OptiX RTN Microwave Network Overview ......................................................................... 197
1.9.16
OTF80 OptiX RTN 310360380 System Description ...................................................... ................. 198
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1.9.17
OTF81 OptiX RTN 310360380 Feature Description ...................................................................... 199
1.9.18 OTF82 OptiX RTN 310360380 Installation.................................................................... ................. 200
1.9.19 OTF83 OptiX RTN 310360380 Commissioning ............................................................ ................. 201
1.9.20
OTF84 OptiX RTN 310360380 Data Configuration ....................................................... ................. 202
1.9.21
OTF85 OptiX RTN 310360380 Field Operations & Maintenance............................................. ...... 203
1.9.22 OTF86 OptiX RTN 310360380 Maintenance and Troubleshooting ................................................ 204
1.9.23
OTF90 OptiX RTN 980L IP LH Features Description ............................................................... ...... 205
1.9.24
OTF91 OptiX RTN 980L IP LH Hardware Description ......... .......................................................... 206
1.9.25
OTF93 OptiX RTN 980L IP LH Configuration........................................................................... ...... 207
1.9.26 OTF94 OptiX RTN 980L IP LH Troubleshooting ........................................................... ................. 208
1.9.27
OTF95 IP Routing Basic ............................................................................................... ................. 209
1.9.28
OTF96 ISIS Protocol Introduction ................................................................................. ................. 210
1.9.29
OTF97 BGP Protocol Introduction ........................................................................................... ...... 211
1.9.30
OTF98 OptiX RTN 900 L3 VPN Features .......................................................... ............................ 212
1.9.31
OTF99 OptiX RTN 900 L3 VPN Configuration .............................................................. ................. 213
1.9.32
OTF100 OptiX RTN 900 L3 VPN Troubleshooting ........................................................ ................. 214
1.9.33
OTF117 OptiX RTN 310 System Description ..................................................... ............................ 215
1.9.34 OTF118 OptiX RTN 310 Feature Description................................................................................. 216
1.9.35
OTF119 OptiX RTN 310 Data Configuration ...................................................... ............................ 217
1.9.36
OTF120 OptiX RTN 310 Maintenance and Troubleshooting .......................................................... 218
1.9.37
OTF121 OptiX RTN 380 System Description ..................................................... ............................ 219
1.9.38 OTF122 OptiX RTN 380 Feature Description ................................................................................ 220
1.9.39
OTF123 OptiX RTN 380 Data Configuration ...................................................... ............................ 221
1.9.40
OTF124 OptiX RTN 380 Maintenance and Troubleshooting .......................................................... 222
1.9.41
OTF125 OptiX RTN 360 System Description ..................................................... ............................ 223
1.9.42 OTF126 OptiX RTN 360 Feature Description ................................................................................ 224
1.9.43
OTF127 OptiX RTN 360 Data Configuration ...................................................... ............................ 225
1.9.44
OTF128 OptiX RTN 360 Maintenance and Troubleshooting .......................................................... 226
1.9.45 OTF129 OptiX RTN 900 ERPS Special Topic ................................................................................ 227
1.9.46 OTF130 OptiX RTN 900 PLA/EPLA Special Topic ......................................................................... 228
1.9.47
OTF131 OptiX RTN 900 PW APS Special Topic ........................................................... ................. 229
1.9.48
OTF132 OptiX RTN 900 Tunnel APS Special Topic ...................................................... ................. 230
1.9.49 OTF133 OptiX RTN 900 LAG Special Topic....................................................... ............................ 231
1.9.50 OTF134 OptiX RTN 900 AM Special Topic .................................. .................................................. 232
1.9.51
OTF135 OptiX RTN 900 Preconfiguration Tool &Operation ........................................................... 233
1.9.52
OTF136 OptiX RTN 300 Preconfiguration Tool and Operation ................................................ ...... 234
1.9.53
OTF137 OptiX RTN 900 1588V2 Special Topic ...................................... ....................................... 235
1.9.54 OTF138 OptiX RTN 320 System Description ..................................................... ............................ 236
1.9.55
OTF139 OptiX RTN 320 Feature Description ................................................................................ 237
1.9.56
OTF140 OptiX RTN 320 Data Configuration ...................................................... ............................ 238
1.9.57 OTF141 OptiX RTN 320 Maintenance and Troubleshooting .......................................................... 239
1.9.58
OTF142 Microwave product and common alarm overview ............................................................ 240
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1.9.59
OTF143 iManager U2000 monitoring of the OptiX RTN 900 ......................................................... 241
1.9.60 OTF144 OptiX RTN 900V1R8 Data Configuration (Packet Domain) ............................................. 242
1.9.61 OTF145 OptiX RTN 900V1R8 Data Configuration (Hybrid Domain) .............................................. 243
1.9.62
OTF146 OptiX RTN 900V1R8 System Description ....................................................... ................. 244
1.9.63
OTF147 OptiX RTN 900V1R8 Network Application ...................................................... ................. 245
1.9.64 OTF148 OptiX RTN 900V1R8 Troubleshooting ............................................................ ................. 246
1.9.65
OTF149 OptiX RTN 980L Commissioning ......................................................... ............................ 247
1.9.66
OTF150 OptiX RTN 980L Installation ......................................................... .................................... 248
1.9.67
OTF151 OptiX RTN 980L Data Configuration (Packet Domain) ................................... ................. 249
1.9.68 OTF152 OptiX RTN 980L Data Configuration (Hybrid Domain) ..................................................... 250
1.9.69
OTF153 KPI Analysis of Ethernet Service ................................... .................................................. 251
1.10
MSTP Training Course Descriptions ....................................................... ............................................... 252
1.10.1
OTA08 Hybrid MSTP Network Overview.................................................................................. ...... 252
1.10.2
OTA09 Introduction to OptiX Products ..................................................................................... ...... 253
1.10.3
OTA10 OptiX SDH Ethernet Operation and Maintenance ........................................................ ...... 254
1.10.4
OTA12 ASON Operation and Maintenance ........................................................ ............................ 256
1.10.5
OTA13 OptiX SDH Network Design Basics .................................................................. ................. 257
1.10.6 OTA14 OptiX SDH System Troubleshooting ...................................................... ............................ 258
1.10.7
OTA26 OptiX NG SDH OCS Installation ...................................................... ............................ 259
1.10.8 OTA27 OptiX NG SDH OCS Product Overview ...................................................... ................. 260
1.10.9
OTA28 OptiX NG SDH OCS System Description .............................................................. ...... 261
1.10.10
OTA29 OptiX NG SDH OCS Hardware Description (TDM)...................................................... 262
1.10.11
OTA30 OptiX SDH Equipment Operation and Maintenance .......................................................... 263
1.10.12 OTA31 OptiX NG SDH OCS Products Configuration ......................................................... ...... 264
1.10.13
OTA32 OptiX NG SDH OCS Commissioning........................................................................... 265
1.10.14
OTA34 OptiX NG SDH OCS Features and Application ...................................................... ...... 267
1.10.15
OTA35 OptiX SDH Equipment Field Maintenance ........................................................ ................. 269
1.10.16
OTA36 OptiX SDH Special Topics .............................................................. .................................... 270
1.10.17 OTA37 OptiX SDH System Advanced Troubleshooting ................................................................. 272
1.10.18 OTA40 OptiX SDH Equipment NMS Side Maintenance ........................................................... ...... 273
1.10.19 OTA42 OptiX SDH Ethernet Advanced Operation Maintenance .............................................. 274
1.10.20
OTA45 Hybrid MSTP Technology Introduction ........................................................................ ....... 276
1.10.21 OTA46 Hybrid MSTP Network Application ..................................................................................... 277
1.10.22 OTA48 OptiX Hybrid MSTP Hardware Description ....................................................... ................. 278
1.10.23
OTA49 OptiX Hybrid MSTP Products Configuration .......................................... ............................ 279
1.10.24
OTA50 OptiX Hybrid MSTP Features Application .......................................................................... 280
1.10.25
OTA51 OptiX Hybrid MSTP Equipment NMS Side Operation and Maintenance ..................... ...... 282
1.10.26 OTA52 OptiX Hybrid MSTP Commissioning ............................................................................ ...... 283
1.10.27
OTA53 OptiX Hybrid MSTP Field Maintenance ..................................................................... ........ 284
1.10.28
OTA54 OptiX Hybrid MSTP System Troubleshooting ................................................... ................. 285
1.10.29
OTA60 OptiX OSN 500/550/580 (TDM) Hardware Networking................................................ 286
1.10.30
OTA61 OptiX OSN 500/550/580 (TDM) Routine Maintenance ................................................ 287
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1.10.31 OTA62 OptiX OSN 500/550/580 (TDM) Service Configuration ................................................ 288
1.10.32 OTA63 OptiX OSN 500/550/580 (TDM) Troubleshooting ......................................................... ...... 289
1.10.33
OTA64 OptiX OSN 500/550/580 (Packet) Hardware Networking ............................................ 290
1.10.34 OTA65 OptiX OSN 500/550/580 (Packet) Routine Maintenance ............................................. 291
1.10.35
OTA66 OptiX OSN 500/550/580 (Packet) Service Configuration ............................................. 292
1.10.36 OTA67 OptiX OSN 500/550/580 (Packet) Special Topic ................................................................ 293
1.10.37
OTA68 OptiX OSN 500/550/580 (Packet) Troubleshooting ....................... .................................... 294
1.10.38 OTA69 OptiX OSN 500/550/580 (TDM+Packet) Service Configuration ................................... 295
1.10.39
OTA70 TP-Assist Operation and Maintenance ............................................................. ................. 296
1.11 OSS Training Course Descriptions .......................................................... ............................................... 298
1.11.1
ONU12 iManager U2000 LCT Operation ....................................................................................... 298
1.11.2
OTD00 Solaris Sybase Basics ............................................................. .................................... 299
1.11.3
OTD08 U2100 System Operation and Maintenance ..................................................... ................. 300
1.11.4
ONU16 iManager N2510 OLS System Overview (Transmission) .................................................. 302
1.11.5
ONU17 iManager N2510 OLS System Operation and Maintenance (Transmission) ..................... 303
1.11.6
ONU18 iManager U2000 Operation and Maintenance for NOC FO .............................................. 304
1.11.7
ONU19 iManager U2000 Operation and Maintenance for NOC BO .............................................. 306
1.11.8 ONU21 iManager uTraffic Configuration and Performance Management (Transmission Network only)
307
1.12
Transmission Engineer Certification Training Course Descriptions ........................................................ 309
1.12.1 OTH01 Transmission Technologies and Device ............................................................ ................. 309
1.12.2
OTH02 Building Carrier MSTP Transmission Network ............................................................. ...... 312
1.12.3
OTH03 Building Carrier OTN Transmission Network ..................................................................... 314
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1.1 Training Course Descriptions
Transmission Network Training Courses are designed as follows:
Code Training Courses LevelDuration(working
days)
Training
Location
Class
Size
Evolution and Trends Training Courses
OTA19 All IP Transport Network Solution 0.5 6 ~ 12
OTF87 Microwave Backhaul Solution Evolution 0.5 6 ~ 12
OTF88 Huawei Microwave Solution Overview 0.5 6 ~ 12
OTF89 Microwave Small Cell Backhaul Solution
0.5 6 ~ 12
OTC156 Transmission Based T-SDN Introduction 0.5 6 ~ 12
OTC157 Introduction to 400G Technology 0.5 6 ~ 12
OTC181 OptiX OSN 1800 Based Metro Network Solution 0.5 6 ~ 12
Planning and Design Training Courses
OTA33 iManager MDS 6600 ASON (SDH) Netowrk Design 4 6 ~ 12
OTA44 OptiX MSTP Network Design 3 6 ~ 12
OTA47 OptiX Hybrid MSTP Network Design 3 6 ~ 12
OTC03 OptiX WDM Network Design 3 6 ~ 12
OTC31 OptiX NG WDM Network Design 3 6 ~ 12
OTC36 OptiX NG WDM ASON Network Planning Design 2 6 ~ 12
OTC47 OptiX WDM/NG WDM Network Design Basics 2 6 ~ 12
OTC74 iManager MDS 6600 WDM Planner Operation 1 6 ~ 12
OTC75 iManager MDS 6600 WDM Designer Operation 1 6 ~ 12
OTC76 OptiX NG WDM 40G Network Design 2 6 ~ 12
OTC145 OptiX OSN 1800 Network Design 3 6 ~ 12
OTC149 iManager MDS 6600 (WDM Designer) Operation 2 6 ~ 12
Planning and Design Training Courses
OTF40 OptiX RTN Network Planning Basic 1.5 6 ~ 12
OTF49 OptiX RTN Network Planning 1.5 6 ~ 12
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OTF51 OptiX RTN Clock & DCN Planning 1 6 ~ 12
OTF59 OptiX RTN Network Service Planning (Hybrid) 0.5 6 ~ 12
OTF60 OptiX RTN Network Service Planning (Packet) 0.5 6 ~ 12
OTF61 OptiX RTN Network Planning Case Analysis 0.5 6 ~ 12
OTF62 OptiX RTN Network QoS Planning 0.5 6 ~ 12
OTF101 OptiX RTN 300 Network Planning 1 6 ~ 12
OTF102 OptiX RTN 300 Network Service Planning 0.5 6 ~ 12
OTF103 OptiX RTN 300 Network Planning Case Study 0.5 6 ~ 12
Assessment and Optimization Training Courses
OTF63 Microwave Network Performance Assessment 0.5 4 ~ 8
OTF64 Microwave Network General Assessment 0.5 4 ~ 8
OTF65 Microwave Network Assessment Case Analysis 1 4 ~ 8
OTF66 Microwave Network Optimization 0.5 4 ~ 8
OTF67 Microwave Network Optimization Case Analysis 0.5 4 ~ 8
Assessment and Optimization Training Courses
OTA43 SDH Network Expansion Reconstruction 3 4 ~ 8
OTA93 SDH Network Assessment 3 4 ~ 8
OTA94 SDH Network Optimization 3 4 ~ 8
OTC51 OptiX WDM Network Expansion 2 4 ~ 8
OTC52 OptiX WDM Network Reconstruction 3 4 ~ 8
OTC72 OptiX WDM Network Assessment 2 4 ~ 8
OTC73 OptiX WDM Network Optimization 1 4 ~ 8
Principle Training Courses
OTA00 SDH Overview 0.5 6 ~ 12
OTA01 SDH Principle 1 6 ~ 12
OTA02 SDH Networking and Protection 1 6 ~ 12
OTA03 Ethernet Basics 2 6 ~ 12
OTA07 ASON Basics 1 6 ~ 12
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WDM Training Courses
OTC01 WDM Basics 1 6 ~ 12
OTC02 WDM Optical Power Management Topic 2 6 ~ 12
OTC04 OptiX WDM Installation 2 h No limit
OTC05 OTN Basics 1 6 ~ 12
OTC08 OptiX WDM Products Configuration 2.5 6 ~ 12
OTC09 Metro OTN Solution 0.5 6 ~ 12
OTC24 OptiX NG WDM System Description 0.5 6 ~ 12
OTC25OptiX OSN 3800/6800/8800(OTN) Hardware
Description & Application
2 6 ~ 12
OTC26OptiX OSN 3800/6800/8800(OTN) Products
Configuration 3.5 6 ~ 12
OTC27 OptiX WDM Testing 0.5 6 ~ 12
OTC28 OptiX NG WDM Commissioning 2.5 6 ~ 12
OTC29 OptiX NG WDM(OTN) Field Maintenance 1.5 6 ~ 12
OTC30 OptiX NG WDM(OTN) System Troubleshooting 2.5 6 ~ 12
OTC32 OptiX NG WDM Ethernet Operation Maintenance 3 6 ~ 12
OTC35 OptiX WDM System Advanced Troubleshooting 3 6 ~ 12
OTC37 OTN 1588V2 Feature Introduction 0.5 6 ~ 12
OTC46 OptiX OSN 1800 OperationMaintenance 4 6 ~ 12
OTC48OptiX OSN 8800 (OCS) Hardware Description
Application 1 6 ~ 12
OTC49 OptiX OSN 8800 (OCS) Product Configuration 2.5 6 ~ 12
OTC50 OptiX OSN 8800 (OCS) Field Maintenance 1 6 ~ 12
OTC59 OptiX BWS 1600S Operation and Maintenance 2 6 ~ 12
OTC60OptiX NPE (OSN 3500/7500/9500) Operation and
Maintenance 3 6 ~ 12
OTC61OptiX SLM 1630/RPT 1660 Operation and
Maintenance 1 6 ~ 12
OTC62 OptiX OSN 3800/6800/8800 (OTN) Protection 3 6 ~ 12
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OTC64OptiX OSN 3800/6800/8800 (OTN) Advanced
Troubleshooting 3.5 6 ~ 12
OTC65 OptiX NG WDM ASON Operation Maintenance 3 6 ~ 12
OTC66OptiX NG WDM 40G OTU System Operation
Maintenance 3 6 ~ 12
OTC67 OptiX NG WDM Features Special Topics 1 6 ~ 12
OTC68 OptiX NG WDM Ethernet Protection Configuration 2 6 ~ 12
OTC71OptiX BWS 1600S(unrepeatered) Planning and
Design 3 6 ~ 12
OTC81 OptiX WDM 40G100G Coherent OTU Technology 0.5 6 ~ 12
OTC82 OptiX NG WDM PID Special Topic 1 6 ~ 12
OTC85 OptiX NG WDM Packet Technology Introduction 0.5 6 ~ 12
OTC86OptiX OSN 8800 (Packet) Hardware, Networking &
Application Introduction 1 6 ~ 12
OTC87 OptiX OSN 8800 Packet Service Configuration 2 6 ~ 12
OTC88 OptiX OSN 8800 Packet Features 1.5 6 ~ 12
OTC89 OptiX OSN 8800 (Packet) Routine Maintenance 1 6 ~ 12
OTC90 OptiX OSN 8800 (Packet) System Troubleshooting 1 6 ~ 12
OTC110 OptiX NG WDM Packet Network Planning and Design 3 6 ~ 12
OTC111 OptiX OSN 1800 System Introduction 1 6 ~ 12
OTC112 OptiX OSN 1800 Packet Service Configuration 1.5 6 ~ 12
OTC113 OptiX OSN 1800 Packet Features 1 6 ~ 12
OTC114 OptiX OSN 1800 (Packet) Routine Maintenance 0.5 6 ~ 12
OTC115 OptiX OSN 1800 (Packet) System Troubleshooting 0.5 6 ~ 12
OTC116 OptiX OSN 9800 Hardware Description & Application 2 6 ~ 12
OTC117 OptiX OSN 9800 Products Configuration 2.5 6 ~ 12
OTC118 OptiX OSN 9800 Commissioning 1.5 6 ~ 12
OTC119 OptiX OSN 9800 System Troubleshooting 1 6 ~ 12
OTC120OptiX OSN 9800 Hardware Description & Application
Overview 1 6 ~ 12
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OTC121 OptiX OSN 9800 Products Configuration Overview 2 6 ~ 12
OTC123 OptiX MDS 6630(Optical Power Commissioning) 2 6 ~ 12
OTC128
OptiX OSN 68008800 100G Operation and
Maintenance 5 6 ~ 12
OTC122OptiX OSN 3800/6800/8800 Hardware Description &
Signal Flow Review 0.5 6 ~ 12
OTC140 OptiX OSN 1800V(TDM) Hardware & Networking 1 6 ~ 12
OTC141 OptiX OSN 1800V(TDM) Service & Configuration 2 6 ~ 12
OTC142 OptiX OSN 1800V(TDM) Troubleshooting 0.5 6 ~ 12
OTC143 OptiX OSN 1800V(TDM) Routine and Maintenance 0.5 6 ~ 12
OTC144 OptiX OSN 1800V(Packet) System Introduction 1 6 ~ 12
OTC133 OptiX NG WDM Installation 1 6 ~ 12
OTC147 OptiX OSN 1800V(OTN) Operation and Maintenance 3 6 ~ 12
OTC151 OptiX OSN 9800 Field Maintenance 1 6 ~ 12
OTC153 OptiX NG WDM Optical Layer Grooming 1.5 6 ~ 12
OTC154 OptiX NG WDM Electrical Layer Grooming 2 6 ~ 12
OTC155 OptiX NG WDM Coherent Network Design 2 6 ~ 12
OTC158 OptiX NG WDM PW APS Special Topic 1 6 ~ 12
OTC159 OptiX NG WDM Tunnel APS Special Topic 1 6 ~ 12
OTC160 OptiX NG WDM MSTP Special Topic 1 6 ~ 12
OTC161 OptiX NG WDM LAG Special Topic 1 6 ~ 12
OTC162 OptiX NG WDM MC-LAG Special Topic 1 6 ~ 12
OTC163 OptiX NG WDM ERPS Special Topic 1 6 ~ 12
OTC164 OptiX NG WDM LPT Special Topic 1 6 ~ 12
OTC165 OptiX NG WDM STP and RSTP Special Topic 1 6 ~ 12
OTC166 OptiX NG WDM LCAS Special Topic 1 6 ~ 12
OTC167 OptiX NG WDM IPA of Raman System Special Topic 1 6 ~ 12
OTC168 OptiX NG WDM Physical Clocks (OTN) Special Topic 1 6 ~ 12
OTC169 OptiX NG WDM IEEE 1588v2(OTN)Special Topic 1 6 ~ 12
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OTC170 OptiX NG WDM Physical Clocks (OCS) Special Topic 1 6 ~ 12
OTC171OptiX NG WDM Physical Clocks (Packet) Special
Topic 1 6 ~ 12
OTC172 OptiX NG WDM Optical Doctor System Special Topic 1 6 ~ 12
OTC173 OptiX NG WDM Inband DCN Special Topic 1 6 ~ 12
OTC174 OptiX NG WDM Outband DCN Special Topic 1 6 ~ 12
OTC175OptiX NG WDM Master-Slave Subrack Management
Special Topic 1 6 ~ 12
OTC176OptiX OSN 9800 (Packet) Hardware, Networking &
Application Introduction 1 6 ~ 12
OTC177 OptiX OSN 9800 Packet Service Configuration 2 6 ~ 12
OTC178 OptiX OSN 9800 Packet Features 2 6 ~ 12
OTC179 OptiX OSN 9800 (Packet) Routine Maintenance 1 6 ~ 12
OTC180 OptiX OSN 9800 (Packet) System Troubleshooting 1 6 ~ 12
OTC182 OptiX NG WDM T-SDN Operation and Maintenance 3 6 ~ 12
RTN Training Courses
OTF01 Digital Microwave Communication Basics 0.5 6 ~ 12
OTF18 OptiX RTN 900 Installation 1 6 ~ 12
OTF23 Hybrid Services Testing 1.5 6 ~ 12
OTF29 OptiX RTN 900 Data Configuration (Packet Domain) 2 6 ~ 12
OTF30OptiX RTN 900 System Control Unit and IF Feature
Topic 1 6 ~ 12
OTF31 OptiX RTN 900 Clock & DCN Topic 1.5 6 ~ 12
OTF32 OptiX RTN 900 Network Application 0.5 6 ~ 12
OTF33 OptiX RTN 900 Field Operation & Maintenance 1 6 ~ 12
OTF34 OptiX RTN 900 NE Database Topic 0.5 6 ~ 12
OTF35 OptiX RTN 900 Troubleshooting 1.5 6 ~ 12
OTF36 OptiX RTN 900 QoS & OAM Technology 1.5 6 ~ 12
OTF38 OptiX RTN 900 Commissioning 1 6 ~ 12
OTF46 OptiX RTN 900 Data Configuration (Hybrid Domain) 2 6 ~ 12
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OTF47 OptiX RTN 900 System Description 0.5 6 ~ 12
OTF48 OptiX RTN Microwave Network Overview 0.5 6 ~ 12
OTF80 OptiX RTN 310360380 System Description 0.5 6 ~ 12
OTF81 OptiX RTN 310360380 Feature Description 0.5 6 ~ 12
OTF82 OptiX RTN 310360380 Installation 0.5 6 ~ 12
OTF83 OptiX RTN 310360380 Commissioning 1 6 ~ 12
OTF84 OptiX RTN 310360380 Data Configuration 1.5 6 ~ 12
OTF85OptiX RTN 310360380 Field Operations &
Maintenance 1.5 6 ~ 12
OTF86OptiX RTN 310360380 Maintenance and
Troubleshooting 0.5 6 ~ 12
OTF90 OptiX RTN 980L IP LH Features Description 0.5 6 ~ 12
OTF91 OptiX RTN 980L IP LH Hardware Description 0.5 6 ~ 12
OTF93 OptiX RTN 980L IP LH Configuration 1.5 6 ~ 12
OTF94 OptiX RTN 980L IP LH Troubleshooting 0.5 6 ~ 12
OTF95 IP Routing Basic 0.5 6 ~ 12
OTF96 ISIS Protocol Introduction 0.5 6 ~ 12
OTF97 BGP Protocol Introduction 0.5 6 ~ 12
OTF98 OptiX RTN 900 L3 VPN Features 0.5 6 ~ 12
OTF99 OptiX RTN 900 L3 VPN Configuration 2 6 ~ 12
OTF100 OptiX RTN 900 L3 VPN Troubleshooting 1 6 ~ 12
OTF117 OptiX RTN 310 System Description 0.5 6 ~ 12
OTF118 OptiX RTN 310 Feature Description 0.5 6 ~ 12
OTF119 OptiX RTN 310 Data Configuration 1.5 6 ~ 12
OTF120 OptiX RTN 310 Maintenance and Troubleshooting 1.5 6 ~ 12
OTF121 OptiX RTN 380 System Description 0.5 6 ~ 12
OTF122 OptiX RTN 380 Feature Description 0.5 6 ~ 12
OTF123 OptiX RTN 380 Data Configuration 1.5 6 ~ 12
OTF124 OptiX RTN 380 Maintenance and Troubleshooting 1.5 6 ~ 12
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OTF125 OptiX RTN 360 System Description 0.5 6 ~ 12
OTF126 OptiX RTN 360 Feature Description 0.5 6 ~ 12
OTF127 OptiX RTN 360 Data Configuration 1.5 6 ~ 12
OTF128 OptiX RTN 360 Maintenance and Troubleshooting 1.5 6 ~ 12
OTF129 OptiX RTN 900 ERPS Special Topic 0.5 6 ~ 12
OTF130 OptiX RTN 900 PLA/EPLA Special Topic 0.5 6 ~ 12
OTF131 OptiX RTN 900 PW APS Special Topic 0.5 6 ~ 12
OTF132 OptiX RTN 900 Tunnel APS Special Topic 0.5 6 ~ 12
OTF133 OptiX RTN 900 LAG Special Topic 0.5 6 ~ 12
OTF134 OptiX RTN 900 AM Special Topic 0.5 6 ~ 12
OTF135 OptiX RTN 900 Preconfiguration Tool and Operation 0.5 6 ~ 12
OTF136 OptiX RTN 300 Preconfiguration Tool and Operation 0.5 6 ~ 12
OTF137 OptiX RTN 900 1588V2 Special Topic 0.5 6 ~ 12
OTF138 OptiX RTN 320 System Description 0.5 6 ~ 12
OTF139 OptiX RTN 320 Feature Description 0.5 6 ~ 12
OTF140 OptiX RTN 320 Data Configuration 1.5 6 ~ 12
OTF141 OptiX RTN 320 Maintenance and Troubleshooting 1.5 6 ~ 12
OTF142 Microwave product and common alarm overview 0.5 6 ~ 12
OTF143 iManager U2000 monitoring of the OptiX RTN 900 0.5 6 ~ 12
OTF144OptiX RTN 900V1R8 Data Configuration (Packet
Domain) 2 6 ~ 12
OTF145OptiX RTN 900V1R8 Data Configuration (Hybrid
Domain) 2 6 ~ 12
OTF146 OptiX RTN 900V1R8 System Description 0.5 6 ~ 12
OTF147 OptiX RTN 900V1R8 Network Application 0.5 6 ~ 12
OTF148 OptiX RTN 900V1R8 Troubleshooting 1.5 6 ~ 12
OTF149 OptiX RTN 980L Commissioning 1 6 ~ 12
OTF150 OptiX RTN 980L Installation 1 6 ~ 12
OTF151 OptiX RTN 980L Data Configuration (Packet Domain) 2 6 ~ 12
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OTF152 OptiX RTN 980L Data Configuration (Hybrid Domain) 2 6 ~ 12
OTF153 KPI Analysis of Ethernet Service 0.5 6 ~ 12
MSTP Training Courses
OTA08 Hybrid MSTP Network Overview 0.5 6 ~ 12
OTA09 Introduction to OptiX Products 1 6 ~ 12
OTA10 OptiX SDH Ethernet Operation and Maintenance 3 6 ~ 12
OTA12 ASON Operation and Maintenance 2 6 ~ 12
OTA13 OptiX SDH Network Design Basics 1 6 ~ 12
OTA14 OptiX SDH System Troubleshooting 2 6 ~ 12
OTA26 OptiX NG SDH OCS Installation 2 h No limit
OTA27 OptiX NG SDH OCS Product Overview 0.5 6 ~ 12
OTA28 OptiX NG SDH OCS System Description 1 6 ~ 12
OTA29 OptiX NG SDH OCS Hardware Description (TDM) 1.5 6 ~ 12
OTA30 OptiX SDH Equipment Operation and Maintenance 0.5 6 ~ 12
OTA31 OptiX NG SDH OCS Products Configuration 2 6 ~ 12
OTA32 OptiX NG SDH OCS Commissioning 2 6 ~ 12
OTA34 OptiX NG SDH OCS Features and Application 3 6 ~ 12
OTA35 OptiX SDH Equipment Field Maintenance 0.5 6 ~ 12
OTA36 OptiX SDH Special Topics 2 6 ~ 12
OTA37 OptiX SDH System Advanced Troubleshooting 2.5 6 ~ 12
OTA40 OptiX SDH Equipment NMS Side Maintenance 0.5 6 ~ 12
OTA42OptiX SDH Ethernet Advanced Operation
Maintenance 4 6 ~ 12
OTA45 Hybrid MSTP Technology Introduction 1 6 ~ 12
OTA46 Hybrid MSTP Network Application 1 6 ~ 12
OTA48 OptiX Hybrid MSTP Hardware Description 1 6 ~ 12
OTA49 OptiX Hybrid MSTP Products Configuration 3 6 ~ 12
OTA50 OptiX Hybrid MSTP Features Application 2 6 ~ 12
OTA51 OptiX Hybrid MSTP Equipment NMS Side Operation 1 6 ~ 12
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and Maintenance
OTA52 OptiX Hybrid MSTP Commissioning 2 6 ~ 12
OTA53 OptiX Hybrid MSTP Field Maintenance 0.5 6 ~ 12
OTA54 OptiX Hybrid MSTP System Troubleshooting 1.5 6 ~ 12
OTA60OptiX OSN 500/550/580 (TDM) Hardware
Networking 1.5 6 ~ 12
OTA61OptiX OSN 500/550/580 (TDM) Routine
Maintenance 0.5 6 ~ 12
OTA62OptiX OSN 500/550/580 (TDM) Service
Configuration 1.5 6 ~ 12
OTA63 OptiX OSN 500/550/580 (TDM) Troubleshooting 0.5 6 ~ 12
OTA64OptiX OSN 500/550/580 (Packet) Hardware
Networking 1.5 6 ~ 12
OTA65OptiX OSN 500/550/580 (Packet) Routine
Maintenance 1 6 ~ 12
OTA66OptiX OSN 500/550/580 (Packet) Service
Configuration 1 6 ~ 12
OTA67 OptiX OSN 500/550/580 (Packet) Special Topic
1 6 ~ 12
OTA68 OptiX OSN 500/550/580 (Packet) Troubleshooting 0.5 6 ~ 12
OTA69OptiX OSN 500/550/580 (TDM+Packet) Service
Configuration 1.5 6 ~ 12
OTA70 TP-Assist Operation and Maintenance 1 6 ~ 12
OSS Training Courses
ONU12 iManager U2000 LCT Operation 1 6 ~ 16
OTD00 Solaris Sybase Basics 1 6 ~ 12
OTD08 U2100 System Operation and Maintenance 5 6 ~ 12
ONU16iManager N2510 OLS System Overview
(Transmission) 0.5 6 ~ 12
ONU17iManager N2510 OLS System Operation and
Maintenance (Transmission) 0.5 6 ~ 12
ONU18iManager U2000 Operation and Maintenance for NOC
FO
2 6 ~ 12
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ONU19iManager U2000 Operation and Maintenance for NOC
BO 3 6 ~ 12
ONU21iManager uTraffic Configuration and Performance
Management(Transmission Network only)
1 6 ~ 12
Transmission Engineer Certification Training Courses
OTH01 Transmission Technologies and Device 15 6 ~ 16
OTH02 Building Carrier MSTP Transmission Network 10 6 ~ 16
OTH03 Building Carrier OTN Transmission Network 10 6 ~ 16
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1.2 Evolution and Trends Training Course Descriptions
1.2.1 OTA19 All IP Transport Network Solution
Objectives
On completion of this course, the participants will be able to:
Outline the technologies of the transmission network for All-IP service
Describe the solutions for All-IP network
Compare the All-IP transport solutions and figure out the difference
Target Audience
Technical manager or key staff
Prerequisites
Having the basic knowledge of telecommunications and SDH network
Content
Challenge of the transmission network
Technologies of transmission network for All-IP service
Transmission solution for All-IP network
Training Methods
Lecture
Duration
0.5 working day
Class Size
Min 6, max 12
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1.2.2 OTF87 Microwave Backhaul Solution Evolution
Objectives
On completion of this course, the participants will be able to:
Describe mobile backhaul trends
Describe the mobile backhaul evolution strategy based on the current network
Describe the microwave backhaul solution
Target Audience
Technical manager
Prerequisites
Having the basic knowledge for communication network
Content
Mobile backhaul trends and challenge
Microwave mobile backhaul solution introduction
Training Methods
Lecture
Duration
0.5 working day
Class Size
Min 6, max 12
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1.2.3 OTF88 Huawei Microwave Solution Overview
Objectives
On completion of this course, the participants will be able to:
Describe microwave evolution trend
Describe huawei microwave solution
Outline the features of huawei microwave products
Target Audience
Technical manager
Prerequisites
Having the basic knowledge for communication network
Content
Microwave Evolution Trend
Huawei Microwave Solution
Huawei Microwave Product Introduction
Training Methods
Lecture
Duration
0.5 working day
Class Size
Min 6, max 12
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1.2.4 OTF89 Microwave Small Cell Backhaul Solution
Objectives
On completion of this course, the participants will be able to:
Describe the small cell features
Outline huawei microwave small cell backhaul solution
Target Audience
Technical manager
Prerequisites
Having the basic knowledge for communication network
Content
Why small cell
Features of small cell
Huawei microwave small cell backhaul solution
Training Methods
Lecture
Duration
0.5 working day
Class Size
Min 6, max 12
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1.2.5 OTC156 Transmission Based T-SDN Introduction
Objectives
On completion of this course, the participants will be able to:
Understand the development and origin of T-SDN
Describe the T-SDN structure
Understand the application scenarios of T-SDN
Target Audience
Technical manager
Prerequisites
Having knowledge of OTN, WDM and IP technology
Having experience of IP, WDM network operation and maintenance
Content
Move Towards SDN
Huawei T-SDN Solution
Huawei T-SDN Progress
Training Methods
Lecture
Duration
0.5 working day
Class Size
Min 6, max 12
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1.2.6 OTC157 Introduction to 400G Technology
Objectives
On completion of this course, the participants will be able to:
Understand the key technologies of 400G
Target Audience
Technical manager
Prerequisites
Having knowledge of OTN, WDM and IP technology
Having experience of IP, WDM network operation and maintenance
Content
400G technologies
Training Methods
Lecture
Duration
0.5 working day
Class Size
Min 6, max 12
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1.2.7 OTC181 OptiX OSN 1800 Based Metro Network Solution
Objectives
On completion of this course, the participants will be able to:
List the future direction of Transmission network.
List the value of OSN 1800 product.
Describe the application solutions of OSN1800 product.
Target Audience
Technical manager
Prerequisites
Having working experience in WDM transmission network
Upon completion of OptiX OSN 1800 2nd Line Maintenance Training or having equivalent knowledge
Be familiar with Windows operating system
Content
Bottleneck and future direction of Transmission network
OSN1800s position and value in Transmission network
Application solution and successful cases
Training Methods
Lecture
Duration
0.5 working day
Class Size
Min 6, max 12
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1.3 Planning and Design Training Course Descriptions
1.3.1 OTA33 iManager MDS 6600 ASON (SDH) Network Design
Objectives
On completion of this course, the participants will be able to:
Describe the structure of iManager MDS 6600
List the configuration of iManager MDS 6600
Describe the characters of iManager MDS 6600
Perform SDH ASON network design through iManager MDS 6600
Describe the considerations of ASON planning
List the steps of ASON planning
Describe the function of ASON planning tool
Accomplish SDH ASON network design according to the service demand
Perform data import/export operation between iManager MDS 6600 and NMS
Verify the import/export operation
Target Audience
Network planning engineer
Prerequisites
Having a general knowledge of ASON
Having the basic knowledge of telecommunications and SDH network
Having working experience in the planning and design of SDH networks
Content
Product Structure and Configuration
OptiX MDS 6600 functions and characters
OptiX MDS 6600 planner functions and characters
OptiX MDS 6600 modeler functions and characters
Engineering Topology and Requirement
Network Planning Steps of OptiX MDS 6600 Planner
System Simulation and Optimization Steps of OptiX MDS 6600 modeler
ASON Review
ASON Planning Considerations
ASON Planning Steps
Case Analysis
Training Methods
Lecture, Case-study
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Duration
4 working days
Class Size
Min 6, max 12
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1.3.2 OTA44 OptiX MSTP Network Design
Objectives
On completion of this course, the participants will be able to:
Describe the application of OptiX NG SDH OCS system
Outline the equipment capacity of OptiX NG SDH OCS system
Choose the right equipment according to the service demand
List the procedures of SDH network design
Outline network protection types
Describe the key point of complicated network design
Figure out the details of network reliability design Perform SDH network design including the network reliability and clock trace design
List the factors of data service design
Describe the key point of the data service planning according to the bandwidth requirement
Perform data service design in the SDH network
Target Audience
SDH network planning engineers
Prerequisites
Having the basic knowledge of telecommunications and SDH networkContent
Equipment capacity of OptiX NG SDH/OCS
Networking capacity of OptiX NG SDH/OCS
Equipment protection of OptiX NG SDH/OCS
MSTP Network Planning Consideration(Networking layers, traffic demand and distribution, traffic growth forecast,
bandwidth of networking, fiber routes, networking topologies protection mechanism, choosing the equipment
and device protection, synchronization in SDH networking, order-wire planning, NMS and DCN planning,
auxiliary ports planning)
MSTP Network Design Procedure MSTP Networking Example
Service requirement introduction
Service Planning
Training Methods
Lecture, Case-study
Duration
3 working days
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Class Size
Min 6, max 12
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1.3.3 OTA47 OptiX Hybrid MSTP Network Design
Objectives
On completion of this course, the participants will be able to:
Describe the application of OptiX NG SDH system
Outline the equipment capacity for packet service access of OptiX NG SDH system
Outline the common boards for packet service of OptiX NG SDH equipment
Choose the right equipment according to the service demand
Consider all the required main points for planning a Hybrid MSTP network
List the procedure for designing the Hybrid MSTP network
Perform the Hybrid MSTP network design
Target Audience
Hybrid MSTP network planning engineers
Prerequisites
Having the basic knowledge of telecommunications and SDH network
Content
Network location of OptiX NG SDH product
TDM access capacity of OptiX NG SDH product
Packet capability of OptiX NG SDH product
OptiX Hybrid MSTP network overview
OptiX Hybrid MSTP network design workflow
OptiX Hybrid MSTP network structure design
OptiX Hybrid MSTP network service design
OptiX Hybrid MSTP site design
Service requirement introduction
Hybrid MSTP network design
Training Methods
Lecture, Case-study
Duration
3 working days
Class Size
Min 6, max 12
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1.3.4 OTC03 OptiX WDM Network Design
Objectives
On completion of this course, the participants will be able to:
Outline the functions and features of the different units in OptiX WDM products
Evaluate the WDM networks including the network architecture, protection mechanism, signal flow and network
capacity
Analyze typical configuration of OptiX WDM series products
Analyze the design process of WDM network
Design a complete OptiX WDM network according to requirements
Target Audience
WDM Network Planning Design Engineers
Prerequisites
Completion of OTC47 OptiX WDM/NG WDM Network Design Basics course or having basic knowledge on WDM
network design
Content
OptiX BWS 1600G system introduction
OptiX Metro 6100/6040 system introduction
WDM network overview
Major designing process of OptiX BWS 1600G/ Metro 6100 network
Other designing of OptiX BWS 1600G/ Metro 6100 network
OptiX BWS 1600G/ Metro 6100 hardware review
OptiX BWS 1600G/ Metro 6100 system capacity and transmission distance
OptiX BWS 1600G/ Metro 6100 typical configuration rules
OptiX BWS 1600G/ Metro 6100 case discussion
OptiX BWS 1600G network designing information introduction
OptiX BWS 1600G network designing exercises
OptiX BWS 1600G network design summary and share
Training Methods
Lecture, Case-study
Duration
3 working days
Class Size
Min 6, max 12
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1.3.5 OTC31 OptiX NG WDM Network Design
Objectives
On completion of this course, the participants will be able to:
Describe OSN 8800/6800/3800 product networking
Outline OSN 8800/6800/3800 product functions
Describe OSN 8800/6800/3800 product capacity and features
Describe WDM network topologies and system applications
Outline the designing procedure of WDM network
Fulfill the hardware configuration of OptiX NG WDM
Memorize the OptiX OSN 3800/6800/8800 system capacity with different traffics Apply the OptiX OSN 3800/6800/8800 system functions and configuration principles in network planning
Describe the designing procedure of NG WDM FOADM network
Fulfill the hardware configuration of NG WDM FOADM network
Target Audience
OptiX NG WDM network planning design engineer
Prerequisites
Completion of OTC47 OptiX WDM/NG WDM Network Design Basics course or having basic knowledge on WDM
network design
Content
OptiX NG WDM network application
OptiX NG WDM product functions and features
OptiX NG WDM product architecture and capacity
OptiX NG WDM network overview
Major designing process of OptiX NG WDM network
Other designing of OptiX NG WDM Network
OptiX NG WDM system capacity
Planning OptiX NG WDM hardware
Planning OptiX NG WDM services
OptiX NG WDM NE configuration principle for the DWDM system
OptiX NG WDM NE configuration principle for the CWDM System
Principle of OptiX NG WDM protection configuration
OptiX NG WDM FOADM network designing information introduction
OptiX NG WDM FOADM network designing exercises
OptiX NG WDM FOADM network design summary and share
Training Methods
Lecture, Case-study
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Duration
3 working days
Class Size
Min 6, max 12
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1.3.6 OTC36 OptiX NG WDM ASON Network Planning Design
Objectives
On completion of this course, the participants will be able to:
Outline the standards of ASON
Illustrate the structure of ASON
Describe the networking characters of ASON
Explain the service characters of ASON
Describe NG WDM ASON network features
Outline NG WDM ASON network planning steps
Complete the NG WDM ASON network node design
Understand the special topics of NG WDM ASON network planning and design
Understand NG WDM ASON network features
Outline NG WDM ASON network planning steps
Complete the NG WDM ASON network node design
Target Audience
OptiX NG WDM ASON Senior network planning design engineers
Prerequisites
Completion of OTC31 OptiX NG WDM Network Design course or having basic knowledge on WDM networkdesign
Content
ASON Overview
System structure of OptiX NG WDM ASON
Features of OptiX NG WDM ASON
Background of OptiX NG WDM ASON network
Introduction to OptiX NG WDM ASON network
Planning process of OptiX NG WDM ASON network
Node design of OptiX NG WDM ASON network
Special topics
Case analysis
Project background
OptiX NG WDM ASON network planning
OptiX NG WDM ASON node design
Training Methods
Lecture, Case-study
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Duration
2 working days
Class Size
Min 6, max 12
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1.3.7 OTC47 OptiX WDM/NG WDM Network Design Basics
Objectives
On completion of this course, the participants will be able to:
Describe the function module and network structure of WDM system
Outline the characteristics of various fibers
Explain the functions and characteristics of various optical components
Explain the key technologies of WDM system, for example optical source, optical amplifiers, etc
Describe the characteristics of optical interface in WDM system
Outline the functions and features of the different units in OptiX WDM/NG WDM products
Illustrate the main factors involved in WDM network planning, such as power budget, dispersion compensation,
OSNR calculation and nonlinearity
Outline the design process of WDM network
Target Audience
WDM network Junior Planning Engineer
Prerequisites
NA
Content
WDM Overview
Transmission Media
Key Technologies
Technical Specifications
OptiX WDM series Equipment Development and Network Application
OptiX WDM series Equipment Overview
OptiX WDM Common Boards Introduction
WDM Network Overview
WDM Network Designing Factors
WDM Network Designing Process Overview
Training Methods
Lecture
Duration
2 working days
Class Size
Min 6, max 12
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1.3.8 OTC74 iManager MDS 6600 WDM Planner Operation
Objectives
On completion of this course, the participants will be able to:
Describe features and functions of the iManager MDS 6600 WDM Planner
Plan WDM network
Fulfill the MDS 6600 WDM Planner operation
Implement the WDM network plan by the MDS 6600 WDM Planner
Target Audience
Senior network planning design engineers
Prerequisites
NA
Content
iManager MDS 6600 WDM Planner overview
Planning WDM network operation flow
Planning a WDM network
Other functions of iManager MDS 6600 WDM Planner
Planning a WDM network with survivability against two cable faults at the optical layer
Planning a WDM network with survivability against one cable faults at the electrical layer
Planning a WDM network with survivability against two cable faults at the optical and electrical layer
Training Methods
Lecture, Hands-on exercise
Duration
1 working day
Class Size
Min 6, max 12
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1.3.9 OTC75 iManager MDS 6600 WDM Designer Operation
Objectives
On completion of this course, the participants will be able to:
Outline system architecture of iManager MDS 6600
Describe features and functions of the iManager MDS 6600 WDM Designer
Complete WDM network design
Fulfill the MDS 6600 WDM Designer operation
Implement the WDM network design by the MDS 6600 WDM Designer
Target Audience
Senior network planning design engineers
Prerequisites
NA
Content
iManager MDS 6600 overview
New WDM network design process
Other functions of iManager MDS 6600 WDM Designer
Designing a new WDM network
Simulation of the ASON WDM network
Training Methods
Lecture, Hands-on exercise
Duration
1 working day
Class Size
Min 6, max 12
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1.3.10 OTC76 OptiX NG WDM 40G Network Design
Objectives
On completion of this course, the participants will be able to:
Describe 40G WDM functions and features
Outline the designing procedure of 40G WDM network
Fulfill the hardware configuration of OptiX 40G WDM network
Describe the designing procedure of NG WDM 40G RDU9+WSM9 network
Fulfill the hardware configuration of NG WDM 40G RDU9+WSM9 network
Target Audience
Senior network planning design engineers
Prerequisites
Completion of OTC47 OptiX WDM/NG WDM Network Design Basics course or having basic knowledge on WDM
network design
Content
OptiX NG WDM 40G system introduction
Designing process of 40 s*40G OptiX NG WDM network
Designing 80 s*40G OptiX NG WDM network
OptiX NG WDM 40G (RDU9+WSM9) network designing information introduction
OptiX NG WDM 40G (RDU9+WSM9) network designing exercises
OptiX NG WDM 40G (RDU9+WSM9) network design summary and share
Training Methods
Lecture, Case-study
Duration
2 working days
Class Size
Min 6, max 12
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1.3.11 OTC145 OptiX OSN 1800 Network Design
Objectives
On completion of this course, the participants will be able to:
Describe OSN 1800 product networking
Outline OSN 1800 product functions
Describe OSN 1800 product capacity and features
Describe OSN 1800 network topologies and system applications
Outline the designing procedure of OSN 1800 network
Fulfill the hardware configuration of OptiX OSN 1800
Memorize the OptiX OSN 1800 system capacity with different traffics
Apply the OptiX OSN 1800 system functions and configuration principles in network planning
Describe the designing procedure of OSN 1800 FOADM network
Target Audience
OptiX OSN 1800 network planning & design engineer
Prerequisites
Having working experience in the planning and design of WDM/MS-OTN products
Upon completion of OptiX WDM/NG WDM Network Design Basic Training or having equivalent knowledge
Content
Network Application
Product Functions and Features
Product Architecture and Capacity
OptiX OSN 1800 network overview
Major designing process of OptiX OSN 1800 network
Other designing of OptiX OSN 1800 Network
OptiX OSN 1800 Capacity Management
OptiX OSN 1800 system capacity
Planning OptiX OSN 1800 hardware
Planning OptiX OSN 1800 services
OptiX OSN 1800 NE configuration principle for the DWDM system
OptiX OSN 1800 NE configuration principle for the CWDM System
Principle of OptiX OSN 1800 protection configuration
OptiX OSN 1800 Network Design Case Discussion
OptiX OSN 1800 network designing information introduction
OptiX OSN 1800 network designing exercises
OptiX OSN 1800 network design summary and share
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Training Methods
Lecture, Hands-on exercise
Duration
3 working days
Class Size
Min 6, max 12
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1.3.12 OTC149 iManager MDS 6600 (WDM Designer) Operation
Objectives
On completion of this course, the participants will be able to:
Outline system architecture of iManager MDS 6600.
Describe features and functions of the iManager MDS 6600 WDM Designer.
Complete WDM network design.
Simulate the fault and analyze the survivability for ASON network
Target Audience
OptiX NG WDM network planning & design engineer
Prerequisites
Having working experience in the planning and design of WDM products
Upon completion of OptiX WDM/NG WDM Network Design Basic Training or having equivalent knowledge
Content
iManager MDS 6600 Overview
New WDM Network Design Process
WDM ASON Network Simulation
Auxiliary Functions of iManager MDS 6600 WDM Designer
Training Methods
Lecture, Hands-on exercise
Duration
2 working days
Class Size
Min 6, max 12
1.4 Planning and Design Training Course Descriptions
1.4.1 OTF40 OptiX RTN Network Planning Basic
Objectives
On completion of this course, the participants will be able to:
Familiar with the microwave network design contents
Know the basic information about microwave planning
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Target Audience
Microwave network planning engineer
Prerequisites
Having a general knowledge of digital microwave communication
Having the general knowledge of IP, MPLS and QinQ
Having the general knowledge of Ethernet and QoS
Content
RTN Network Planning Process Overview
RTN Network Planning Process Introduction
Preparations
Route Design
Capacity Design
Frequency Design
DCN Design
Interference Analysis
Basic principle of frequency planning and operation procedure
Skills and methods of how to reduce the relay station
Training Methods
Lecture
Duration
1.5 working days
Class Size
Min 6, max 12
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1.4.2 OTF49 OptiX RTN Network Planning
Objectives
On completion of this course, the participants will be able to:
Familiar with the microwave network design contents
Describe the theory and function of every part in the digital microwave system for details
Know the microwave planning principles
Familiar the interference analysis methods
Target Audience
Microwave network planning engineer
Prerequisites
Having a general knowledge of Digital Microwave Communication
Having the general knowledge of IP, MPLS and QinQ
Having the general knowledge of Ethernet and QoS
Content
Network planning preparations
Route Design
Frequency Design
DCN Design
Interference Analysis
Equipment-level protection
Link-level protection
Service-level protection
AM overview
AM planning guidelines
AM planning procedures
AM compatibility
Training Methods
Lecture
Duration
1.5 working days
Class Size
Min 6, max 12
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1.4.3 OTF51 OptiX RTN Clock & DCN Planning
Objectives
On completion of this course, the participants will be able to:
Familiar with the working mechanism of clock & DCN
Know how to select the proper clock & DCN mode for different scenarios
Familiar with the clock & DCN planning guidelines
Implement clock & DCN design according to the guideline to ensure the high and efficient planning delivery
Target Audience
Microwave network planning engineer
Prerequisites
Having a general knowledge of digital microwave communication
Having the general knowledge of IP, MPLS and QinQ
Having the general knowledge of Ethernet and QoS
Content
Clock transmission overview
Clock Bearer & Injection modes
Clock planning guidelines
DCN overview
HWECC planning
IP over DCC planning
OSI over DCC planning
DCC transparent transmission planning
DCC transmission through the external clock port planning
Inband DCN planning
L2 DCN planning
Training Methods
Lecture
Duration
1 working day
Class Size
Min 6, max 12
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1.4.4 OTF59 OptiX RTN Network Service Planning (Hybrid)
Objectives
On completion of this course, the participants will be able to:
Familiar with the principles for Ethernet service and TDM service planning
Know how to select the proper equipment type and functions for different scenarios
Implement network design according to the guideline to ensure the high and efficient hybrid service delivery
Target Audience
Microwave network planning engineer
Prerequisites
Having a general knowledge of digital microwave communication
Having the general knowledge of Ethernet and TDM
Content
TDM service and networking planning
Ethernet boards selecting
Ethernet service and networking planning
Port parameters for Ethernet boards setting
Protection schemes for Ethernet ports planning
Training Methods
Lecture
Duration
0.5 working day
Class Size
Min 6, max 12
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1.4.5 OTF60 OptiX RTN Network Service Planning (Packet)
Objectives
On completion of this course, the participants will be able to:
Familiar with the principles for Ethernet service, CES service, ATM/IMA service and MPLS tunnel planning
Know how to select the proper equipment type and functions for different scenarios
Implement network design according to the guideline to ensure the high and efficient packet service delivery
Target Audience
Microwave network planning engineer
Prerequisites
Having a general knowledge of digital microwave communication
Having the general knowledge of IP, MPLS
Having the general knowledge of Ethernet and QoS
Content
Network architecture and type selection
Application scenarios
MPLS tunnel planning
Service planning
Training Methods
Lecture
Duration
0.5 working day
Class Size
Min 6, max 12
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1.4.6 OTF61 OptiX RTN Network Planning Case Analysis
Objectives
On completion of this course, the participants will be able to:
Understand basic principle of frequency planning and operation procedure.
Master planning to reduce the skills and methods of relay station.
Master planning method, which design appropriate SD spacing to improve the reliability of the link by planning
software antenna.
Target Audience
Microwave network planning engineer
Prerequisites
Having a general knowledge of digital microwave communication
Having the general knowledge of IP, MPLS
Having the general knowledge of Ethernet and QoS
Content
Basic principle of frequency planning and operation procedure
Skills and methods of how to reduce the relay station
Network planning case analysis
Training Methods
Lecture
Duration
0.5 working day
Class Size
Min 6, max 12
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1.4.7 OTF62 OptiX RTN Network QoS Planning
Objectives
On completion of this course, the participants will be able to:
Describe the functions and principles of the QoS solution
Be familiar with the application scenari