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Administer VLAN configuration

192

WebEML User Manual

Figure 92 VLAN Configuration provisioned 802.1Q

c. To provision 802.1ad provider bridge, select the 802.1ad (Provider Bridge)

radio button and click on the Apply button.

The VLAN Configuration window updates, the default VLAN 1 is displayed.

See Figure 93.

Figure 93 VLAN Configuration provisioned 802.1ad

Release 7.0.0 3DB 19286 ACAA Issue 01

Main Page

Default Chapter5
- Table of Contents5
Preface41
- Table 1 9500 MPR Documentation41
- Related Documentation43
- Naming Conventions in the Documentation44
- Table 2 9500 MPR Related Documentation44
- Table 3 Naming Conventions44
- Audience45
- Information Symbols45
- Contact Information46
- Documentation Feedback46
- Technical Support46
- MPR Documentation41
1 Safety Awareness47
- Safety EMC-EMF-ESD Norms and Equipment Labeling47
- Safety Rules47
- General Rules47
- Observe Safety Rules47
- Labels Indicating Danger, Forbidding, Command48
  - Safety Awareness48
- Dangerous Electrical Voltages49
- Labeling49
- Figure 1 Dangerous Voltage49
- Figure 2 Ground Protection Warning49
- Safety Instructions50
- Risks of Explosions50
- Labeling50
- Figure 3 Risk of Explosion50
- Moving Mechanical Parts51
- Labeling51
- Safety Instructions51
- Figure 4 Openings Must be Covered51
- Figure 5 Moving Mechanical Parts51
- Equipment Connection to Earth52
- Labeling52
- Safety Instructions52
- Heat-Radiating Mechanical Parts52
- Figure 6 Equipment Connection to Earth52
- Figure 7 Heat-Radiating Mechanical Parts52
- Safety Instructions53
- Microwave Radiations (EMF Norms)53
- Electromagnetic Compatibility (EMC Norms)54
- Figure 8 EMF Emission Warning54
- Figure 9 Compliance Boundaries for 9500 MPR-A Transceivers with 1Ft54
- Cables55
- Figure 10 EMC Norms55
- Equipment Protection against Electrostatic Discharges56
- Figure 11 Electrostatic Sensitive56
- Cautions to Avoid Equipment Damage57
- Electrostatic-Sensitivity57
- Figure 12 Electrostatic-Sensitive Sign57
- Handling Cards58
- Screw Fixing58
- Figure 13 Electrostatic Protection Kit58
- MSS-ODU Cable Disconnection / Connection59
- Fan, Equipment Rack, and Equipment Cabinet Precautions59
- Electrical Precautions59
- Harmful Optical Signals60
- Laser Precautions60
- Figure 14 Class 1 Laser60
High-Level Procedures63
2 High-Level Procedure for E1/DS1 Provisioning65
- Purpose65
- Procedure65
3 High-Level Procedure for E1/DS1 Deprovisioning67
- Purpose67
- Procedure67
4 High-Level Procedure for DS3 Provisioning69
- Purpose69
- Procedure69
5 High-Level Procedure for DS3 Deprovisioning71
- Purpose71
- Procedure71
6 High-Level Procedure for Ethernet Provisioning73
- Purpose73
- Procedure73
7 High-Level Procedure for Ethernet Deprovisioning77
- Purpose77
- Procedure77
8 High-Level Procedure for Ethernet LAG Provisioning81
- Purpose81
- Procedure81
9 High-Level Procedure for SDH Provisioning83
- Purpose83
- Procedure83
10 High-Level Procedure for SDH Deprovisioning85
- Purpose85
- Procedure85
11 High-Level Procedure for Ethernet Ring Protection Management87
- Purpose87
- Procedure87
12 High-Level Procedure for Using Web Server89
- Purpose89
- Procedure89
System Administration91
13 Log in to and out of System93
- Purpose93
- Prerequisite93
- Overview93
- Procedures95
- Figure 15 Webeml Icon96
- Figure 16 Neto Servers Manager Window96
- Figure 17 Neto Overview Window97
- Figure 18 Neto Login Window98
- Figure 19 Acknowledgment of Authorization98
- Figure 20 JUSM/CT 9500 MPR Main Screen MSS-8 Shelf99
- Figure 21 JUSM/CT 9500 MPR Main Screen MSS-4 Shelf100
- Figure 22 JUSM 9500 MPR Main Screen MSS-1 Shelf101
- Figure 23 JUSM 9500 MPR Main Screen MSS-O Shelf102
- Figure 24 Close JUSM 9500 MPR Main Screen102
- Figure 25 Close Neto Servers Manager Window103
- Figure 26 9500 MPR Web Interface Log in Webpage104
- Figure 27 Web Server Main Menu105
14 Administer Community String107
- Purpose107
- Overview107
- Procedures107
- Figure 28 Web Server Community Strings Setting View108
- Figure 29 Neto Community Strings Request Icon109
- Figure 30 Neto Community Strings Request Window109
15 Administer External Alarm Points on an Auxiliary Card111
- Purpose111
- Prerequisites111
- General111
- Procedures112
- Figure 31 External Alarm Input Setting Tab112
- Figure 32 External Alarm Inputs Provisioned113
- Figure 33 External Alarm Output Setting Tab114
- Figure 34 External Alarm Outputs Provisioned115
- Figure 35 External Alarm Output Provisioned on116
16 Administer External Alarm Points on an MSS-1 or117
Enhanced Fan Card117
- Purpose117
- Prerequisites117
- Overview117
- Procedure118
- Figure 36 External Alarm Input Setting Tab119
- Figure 37 External Alarm Inputs Provisioned120
17 Administer In-Band TMN VLAN Port121
- Purpose121
- Overview121
- Procedures124
- Figure 38 9500 MPR Equipment Tab: Core-E Card Selected124
- Figure 39 TMN In-Band Settings Tab125
- Figure 40 TMN In-Band Port Enabled127
- Figure 41 TMN In-Band Port Disabled128
18 Administer Network Configuration129
- Purpose129
- Overview129
- OSPF Area130
- Procedures132
- Figure 42 Local Configuration Main Menu Bar Path132
- Figure 43 Local Configuration (IP Address) Window133
- Figure 44 9500 MPR Equipment Tab: Core-E Card Selected134
- Figure 45 TMN Ethernet Interface: Settings Tab135
- Figure 46 Port#4 TMN Ethernet Interface: Settings Tab137
- Figure 47 IP Static Routing Configuration Main Menu Bar Path138
- Figure 48 IP Static Routing Configuration Window (Ipv4)139
- Figure 49 IP Static Routing Configuration Window (Ipv6)140
- Figure 50 OSPF Area Configuration Main Menu Bar Path141
- Figure 51 OSPF Area Configuration Window (Ipv4)142
- Figure 52 Ospfv3 Area Configuration Window (Ipv6)142
- Figure 53 Activate Ipv6 Stack Main Menu Bar Path143
- Figure 54 Activate Ipv6 Stack Warning144
- Figure 55 Routing Information Main Menu Bar Path144
- Figure 56 IP Routing Information Window145
19 Administer Qos Configuration147
- Purpose147
- Overview147
- Procedures148
- Figure 57 Qos Configuration Icon148
- Figure 58 Qos Configuration Tool149
- Figure 59 Provision Queue Scheduler Algorithm150
- Figure 60 Provisioned Queue Scheduler Algorithm150
- Figure 61 Restore Queue Scheduler Algorithm Default Values151
- Figure 62 Provisioned Queue Scheduler Algorithm151
- Figure 63 Queue Size Configuration Tab152
- Figure 64 Provision Queue Size153
- Figure 65 Provisioned Queue Size153
- Figure 66 Copied Radio Direction Queue Sizes154
- Figure 67 Restore Queue Size Default Values155
- Figure 68 Qos Classification Tab156
- Figure 69 Select Qos Classification Criterion156
- Figure 70 Provisioned Qos Classification Criterion157
- Figure 71 Provision 802.1P PCP to Internal Forwarding Class Mapping157
- Figure 72 Provisioned 802.1P PCP to Internal Forwarding Class Mapping158
- Figure 73 Provision Diffserv DSCP to Internal Forwarding Class Mapping159
- Figure 74 Provisioned Diffserv DSCP to Internal Forwarding Class Mapping159
20 Administer Software License161
- Purpose161
- General161
- Procedures162
21 Administer System Date and Time165
- Purpose165
- General165
- Procedures166
22 Administer System Settings173
- Purpose173
- General173
- Tributary Port Configuration (ETSI Market Only)173
- DHCP Server Support173
- Ethernet LOS Criteria174
- Static LAG Criteria174
- System Priority Parameter174
- AIS Insertion for LOF Detection on DS1 (ANSI Market Only)175
- Event and Alarm Log175
- NE MAC Address/Bridge Address176
- SNMP Mode176
- Latitude and Longitude177
- Procedures177
23 Administer VLAN Configuration185
- Purpose185
- Overview185
- D (MAC Address Bridge)185
- Q (Virtual Bridge)185
- Ad (Provider Bridge)186
- Ethernet Frames Processing187
- Cross-Connected Flows Processing187
- Procedures188
24 Local Access Control Management199
- Purpose199
- Overview199
- Procedures199
25 MIB Database Management (Backup and Restore)201
- Purpose201
- Overview201
- Procedure202
26 Use the Ethernet Features Shell209
- Purpose209
- Introduction209
- Procedure209
27 Perform a Software Reset211
- Purpose211
- Procedure211
28 Configure EFM OAM213
- Purpose213
- Overview213
- Procedures213
- Figure 109 ETH OAM Window214
User Administration217
- Administer User Profiles217
29 Administer NE List219
- Purpose219
- Prerequisite219
- General219
- Procedures219
- Figure 110 New Icon220
- Figure 111 Network Elements List Window220
- Figure 112 NE List Save Window221
- Figure 113 Network Elements List Window221
- Figure 114 Network Elements List Window: Current NE Added222
- Figure 115 Network Elements List Window223
- Figure 116 Open Icon224
- Figure 117 Open Window224
- Figure 118 Network Element List Window225
- Figure 119 Neto Overview Window225
- Figure 120 JUSM/CT 9500 MPR Main Screen226
- Figure 121 Favorite Icon227
- Figure 122 Neto Overview Window227
- Figure 123 JUSM/CT 9500 MPR Main Screen228
30 Administer User Profiles229
- Purpose229
- General229
- Table 4 Default User Account Profiles230
- Procedures231
- Figure 124 User Management Main Menu Bar Path231
- Figure 125 Profile Management Window232
- Figure 126 Create User Window232
- Figure 127 Profile Management Window - with Added User233
- Figure 128 USM User Management Main Menu Bar Path234
- Figure 129 USM Users Management Window234
- Figure 130 USM User Cloning Panel235
- Figure 131 USM Users Management Window - with Added User236
- Figure 132 Profile Management Window237
- Figure 133 Delete User Window237
- Figure 134 Profile Management Window - with User Deleted238
- Figure 135 Profile Management Window239
- Figure 136 Change User Password Window240
- Figure 137 USM User Change Password Panel241
31 Change Password243
- Purpose243
- General243
- Procedure244
- Figure 138 Change Password Main Menu Bar Path244
- Figure 139 Changing Password Window244
System Information247
- Perform Debug Functions Using the Web Server247
32 View Alarms249
- Purpose249
- General249
- Alarm Manager249
- Web Server251
- Procedures252
- Figure 140 NE Alarms Main Menu Bar Path252
- Figure 141 Alarm Monitor Window253
- Figure 142 Alarm Manager: Current Alarms Major Tab254
- Figure 143 Alarm Manager New Filter Window254
- Figure 144 Alarm Manager Delete Filters Window256
- Figure 145 Alarm Manager Save Filters as Window257
- Figure 146 Alarm Manager Load Filters from Window258
- Figure 147 Web Server Active Alarms Webpage259
33 View Abnormal Condition List261
- Purpose261
- General261
- Procedure261
34 View NE Inventory Data263
- Purpose263
- General263
- Procedures264
35 Download I&C Parameter Data277
- Purpose277
- General277
- Procedures277
36 View Remote Inventory279
- Purpose279
- General279
- Procedure279
37 View Event Log281
- Purpose281
- General281
- Procedures281
38 Perform Debug Functions Using the Web Server285
- Purpose285
- General285
- Table 5 Association of the Gexx in the Command Output and the NE Port286
- Procedure287
39 Retrieve RSL Information Using the Web Server289
- Purpose289
- General289
- Procedure289
Equipment Provisioning and Deprovisioning291
40 Administer Ethernet Ring Protection (ERP)293
- Purpose293
- General293
- Modify ERP Provisioning293
- Delete Ring Topology295
- Delete ERP Instance295
- Procedures295
41 Administer L1/L2 Radio and L2 Ethernet LAG Ports305
- Purpose305
- General305
- Provider Bridge Parameters305
- Procedures307
- Figure 181 L1 Radio LAG Configuration330
42 Administer Synchronization333
- Purpose333
- Procedures333
- Figure 182 Synchronization Settings Tab with Core-E (1588TC License Present)334
- Figure 183 Synchronization Settings Tab with Corevo (1588TC License and Sync In/Out SFP Not Present)334
- Figure 184 Synchronization Protection Tab335
- Figure 185 1588 Tab336
- Figure 186 Sync Ports with Sync-In/Out SFP339
- Figure 187 Synchronization - Master / Revertive340
- Figure 188 Synchronization - Slave / Revertive343
- Figure 189 SSM Summary Table344
- Figure 190 MPT-HL Radio Channel Additional Settings Tab345
43 Provision Cross Connections347
- Purpose347
- General347
- Figure 191 MSS-4/8 Cross-Connections Screen348
- PDH to Radio349
- Prerequisites349
- Figure 192 MSS-1 Cross-Connections Screen349
- SDH to Radio350
- Prerequisites350
- SDH to Ring351
- Prerequisites351
- SDH to LAG352
- Prerequisites352
- PDH to Ethernet352
- Prerequisites353
- Ethernet to Radio353
- Radio to Radio354
- Prerequisites354
- PDH to Ring355
- Prerequisites355
- Radio to Ring356
- Prerequisites356
- Ethernet to Ring356
- Prerequisites357
- Ring to Ring357
- Icon Shapes358
- Icon Colors358
- Figure 193 Cross-Connection Port Icons358
- Line Colors359
- Figure 194 Cross Connection: Line Color Detail359
- Mouse Operation360
- Single Right-Click Icon360
- Double-Click on the Line360
- Figure 195 Cross Connection: Single Right-Click Icon Detail360
- Double Right-Click on the Line361
- Figure 196 Cross Connection: Double Left-Click Line Detail361
- Figure 197 Cross Connection: Double Right-Click Line Detail361
- Procedures362
- Figure 198 Configuration Cross Connection Window363
- Figure 199 PDH-RADIO Cross Connection364
- Figure 200 PDH to Ethernet Cross Connection365
- Figure 201 SDH-RADIO Cross Connection367
- Figure 202 SDH-RING Cross Connection368
- Figure 203 SDH to LAG Configuration Dialog369
- Figure 204 Completed SDH to LAG Cross-Connection370
- Figure 205 Ethernet to Radio Cross Connection371
- Figure 206 Radio (P8ETH) to Radio (P8ETH) Cross Connection373
- Figure 207 Radio (P8ETH) to Radio (MPTACC) Cross Connection374
- Figure 208 PDH to RING Cross Connection376
- Figure 209 Radio to Ring Cross Connection377
- Figure 210 Ethernet to Ring Cross Connection379
- Figure 211 Ring to Ring Cross Connection381
44 Deprovision Cross Connections383
- Purpose383
- General383
- Procedures383
- Figure 212 Cross Connection Window384
- Figure 213 PDH-RADIO Cross Connection384
- Figure 214 PDH to Ethernet Cross Connection385
- Figure 215 STM-1(OC-3)-RADIO Cross Connection386
- Figure 216 Ethernet to Radio Cross Connection387
- Figure 217 Radio to Radio Cross Connection388
- Figure 218 PDH to RING Cross Connection389
- Figure 219 Radio to Ring Cross Connection390
- Figure 220 Ethernet to Ring Cross Connection391
- Figure 221 Ring to Ring Cross Connection392
74 Upgrade and Downgrade Radio Profile393
45 Provision Port Segregation/Connectivity393
- Purpose393
- General393
- Figure 222 Port Segregation Dialog Box, P8ETH Port 3.5395
- Figure 223 Port Segregation Provisioned on Parallel P8ETH MPT-HL/MPT-HLC Radio Ports396
- Figure 224 Port Segregation Dialog Box, Core-E Port 1.5396
- Figure 225 Port Segregation Provisioned on Parallel Core-EMPT-HL/MPT-HLC Radio Ports397
- Figure 226 Port Segregation Provisioned on Parallel MPTACC MPT-HC/HC- HQAM/XP/XP-HQAM Radio Ports397
- Procedure398
- Figure 227 Segregated Ports Icon398
- Figure 228 Segregated Ports Window398
- Figure 229 Segregated Port - Port Provisioning Pop-Up399
- Figure 230 Segregated Port - Slot Provisioning Dialog Box399
- Figure 231 Segregated Port Window W/Slot 3 Port 2 Segregated from Slot400
- Figure 232 Segregated Port Window W/Slot 4 Segregated from Core-E Port401
75 Upgrade MPT-HL to MPT-HL L1 LAG Port403
46 Configure AUX Cross Connections (ETSI Market Only)403
- Purpose403
- General403
- Service Channels Cross-Connection in Pass-Through403
- Procedures403
- Figure 233 Auxiliary Cross Connections Menu404
- Figure 234 New AUX Cross Connection405
- Figure 235 Delete an AUX Cross Connection405
76 Upgrade MPT ODU to MPT ODU L1 LAG Port407
47 Provision Ethernet Ports407
- Purpose407
- General407
- User Electrical Ethernet Ports407
- User Optical Ethernet Ports408
- Provider Bridge Parameters408
- Procedures409
- Figure 236 9500 MPR Equipment Tab: Core-E Card Selected411
- Figure 237 Core-E Main View: Ethernet Physical Interface Settings Tab (Ports 1 to 4)412
- Figure 238 Enable/Disable Core-E/P8Eth/Easv2/Mss-O Ethernet Port413
- Figure 239 Provision Core/Eas/Mss-O Ethernet Physical Interface414
- Figure 240 Provision Core/Eas/Mss-O Ethernet Port VLAN Configuration Parameters415
- Figure 241 Provision Core/Eas/Mss-O Synchronous Ethernet Operation Mode416
- Figure 242 Provision the Hold off Parameter417
- Figure 243 Provision Provider Bridge418
- Figure 244 Provisioned UNI (VLAN-Based) Port419
- Figure 245 Provision Core/Eas Rate Limiting by Port420
- Figure 246 Provision Core/Eas/Mss-O Ethernet Port Storm Control421
- Figure 247 Provision Ingress Rate Limiting by VLAN422
- Figure 248 Provision Per-VLAN Per-Cos Rate Limiting423
- Figure 249 Delete Per-VLAN Per-Cos Rate Limiting424
48 Provision Ethernet Features427
- Overview427
49 Provision Equipment Port429
- Purpose429
- General429
- Prerequisites430
- Procedures430
- Figure 250 Resource List Area: Core-E SFP Slot Selected431
- Figure 251 Provision Core-E SFP Port432
- Figure 252 Provisioned Core-E SFP Port433
- Figure 253 Resource List Area: Corevo SFP Slot Selected434
- Figure 254 Provision Corevo Sync-In/Out SFP Port435
- Figure 255 Resource List Area: MSS-1 Selected436
- Figure 256 Provision MSS-1 Sync-In/Out SFP Port437
- Figure 257 Resource List Area: P8ETH Selected438
- Figure 258 Provision P8ETH SFP Ports439
- Figure 259 Provision Easv2 SFP Ports439
- Figure 260 Provisioned P8ETH SFP Port440
- Figure 261 PDH Main View (ETSI Market)441
- Figure 262 Resource List Area: P32E1DS1 Selected443
- Figure 263 Provision P32E1DS1 Port444
- Figure 264 Provisioned P32E1DS1 TDM2TDM DS1 Port445
- Figure 265 Provisioned P32E1DS1 DS1 TDM2ETH Port446
- Figure 266 Resource List Area: P2E3DS3 Selected447
- Figure 267 Provision P2E3DS3 DS3 Port448
- Figure 268 Provisioned P2E3DS3 TDM2TDM DS3 Port449
- Figure 269 Provisioned P2E3DS3 TDM2ETH DS3 Port450
- Figure 270 Resource List Area: SDHACC Selected451
- Figure 271 Provisioned SDHACC SFP Port452
- Figure 272 Provision SDHACC OC-3 Port453
- Figure 273 Provisioned SDHACC Optical OC-3 Port455
- Figure 274 Provisioned SDHACC Electrical OC-3 Port456
- Figure 275 SDHCHANN Main View457
50 Deprovision Equipment Ports459
- Purpose459
- Prerequisites459
- Procedures459
- Figure 276 Resource List Area: Core-E SFP Slot Selected460
- Figure 277 Provisioned Core-E SFP Port #5461
- Figure 278 Deprovisioned Core-E SFP Port#5462
- Figure 279 Resource List Area: P8ETH Selected463
- Figure 280 Provisioned P8ETH Ports464
- Figure 281 Provisioned Easv2 Ports464
- Figure 282 Deprovisioned P8ETH SFP Port465
- Figure 283 Resource List Area: P32E1DS1 Selected466
- Figure 284 Provisioned P32E1DS1 DS1467
- Figure 285 Deprovision P32E1DS1 DS1 Port468
- Figure 286 Deprovisioned P32E1DS1 DS1 Port469
- Figure 287 Resource List Area: P2E3DS3 Selected470
- Figure 288 Provisioned P2E3DS3471
- Figure 289 Deprovision P2E3DS3 Port472
- Figure 290 Deprovisioned P2E3DS3 Ports473
- Figure 291 Resource List Area: SDHACC Selected474
- Figure 292 Provisioned SDHACC475
- Figure 293 Deprovisioned SDHACC Ports476
51 Enable Equipment477
- Purpose477
- Prerequisites477
- Procedures477
- Figure 294 Select Slot 2 to Enable Spare Core-E478
- Figure 295 Select Spare Core-E Equipment Type479
- Figure 296 Spare Core-E Enabled480
- Figure 297 Select Slot to Enable P8ETH481
- Figure 298 Select P8ETH Equipment Type482
- Figure 299 P8ETH Enabled483
- Figure 300 Select Slot to Enable Easv2484
- Figure 301 Select Easv2 Equipment Type485
- Figure 302 Easv2 Enabled486
- Figure 303 Select Slot Associated with MPT-HL/MPT-HLC Transceiver to487
- Figure 304 Select MPT-HL/MPT-HLC Equipment Type488
- Figure 305 Enabled MPT-HL/MPT-HLC Transceiver489
- Figure 306 Resource List Area: Core-E Selected490
- Figure 307 Provision Core-E MPT-HL/MPT-HLC Ports491
- Figure 308 Enabled MPT-HL/MPT-HLC on Core-E492
- Figure 309 Select Slot to Enable P32E1DS1493
- Figure 310 Select P32EDS1 Equipment Type494
- Figure 311 P32E1DS1 Enabled495
- Figure 312 Select Slot to Enable P2E3DS3496
- Figure 313 Select P2E3DS3 Equipment Type497
- Figure 314 P2E3DS3 Enabled498
- Figure 315 Select Slot to Enable SDHACC or SDHCHANN499
- Figure 316 Select SDHACC Equipment Type500
- Figure 317 SDHACC Enabled501
- Figure 318 Select Slot to Enable MPTACC502
- Figure 319 Select MPTACC Equipment Type503
- Figure 320 MPTACC Enabled504
- Figure 321 Resource List Area: MPTACC Selected505
- Figure 322 Provision MPTACC Port506
- Figure 323 Enabled MPT-HC ODU on MPTACC507
- Figure 324 Resource List Area: Core-E Selected508
- Figure 325 Provision Core-E MPT-HC/XP Optical SFP Ethernet Port509
- Figure 326 Enabled MPT-HC ODU on Core-E Optical SFP Ethernet Port510
- Figure 327 Provision Core-E MPT-HC Electrical Ethernet Port511
- Figure 328 Enabled MPT-HC ODU on Core-E Electrical Ethernet Port512
- Figure 329 Resource List Area: P8ETH Selected513
- Figure 330 Enabled MPT-HC ODU on P8ETH Optical Ethernet Port514
- Figure 331 Select Slot#8 to Enable Auxiliary Card515
- Figure 332 Select AUX Equipment Type516
- Figure 333 Auxiliary Card Enabled517
- Figure 334 Enable the Subrack for an MPT-HLS Radio518
- Figure 335 Enable the MPT-HLS Radio519
- Figure 336 Enable the MPT-HLS Fan520
- Figure 337 Enabling Fan Unit521
52 Disable Equipment523
- Purpose523
- Prerequisite523
- Procedures523
- Figure 338 Enabled Spare Core-E524
- Figure 339 Disable Spare Core-E525
- Figure 340 Spare Core-E Disabled526
- Figure 341 Enabled MPT-HL or MPT-HLC Transceiver527
- Figure 342 Disable MPT-HL or MPT-HLC Transceiver528
- Figure 343 Disabled MPT-HL or MPT-HLC Transceiver529
- Figure 344 Enabled MPT-HL or MPT-HLC Transceiver530
- Figure 345 Disable MPT-HL or MPT-HLC Transceiver531
- Figure 346 Disabled MPT-HL or MPT-HLC Transceiver532
- Figure 347 Enabled P8ETH533
- Figure 348 Disable P8ETH534
- Figure 349 P8ETH Disabled535
- Figure 350 Enabled Easv2536
- Figure 351 Disable Easv2537
- Figure 352 Easv2 Disabled538
- Figure 353 Enabled P32E1DS1539
- Figure 354 Disable P32E1DS1540
- Figure 355 Disabled P32E1DS1541
- Figure 356 Enabled P2E3DS3542
- Figure 357 Disable P2E3DS3543
- Figure 358 Disabled P2E3DS3544
- Figure 359 Enabled SDHACC545
- Figure 360 Disable SDHACC546
- Figure 361 Disabled SDHACC547
- Figure 362 Enabled MPT-HC ODU548
- Figure 363 Disable MPT-HC ODU549
- Figure 364 Disabled MPT-HC ODU550
- Figure 365 Enabled MPT-HC ODU on Core-E551
- Figure 366 Disable MPT-HC ODU from Core-E Optical SFP Ethernet Port552
- Figure 367 Disabled MPT-HC ODU from Core-E Optical SFP Ethernet Port553
- Figure 368 Deprovision MPT-HC from Core-E Electrical Ethernet Port554
- Figure 369 Disabled MPT-HC ODU from Core-E Electrical Ethernet Port555
- Figure 370 Enabled MPT-HC ODU on P8ETH556
- Figure 371 Disable MPT-HC ODU on P8ETH557
- Figure 372 Disabled MPT ODU from P8ETH558
- Figure 373 Enabled MPTACC559
- Figure 374 Disable MPTACC560
- Figure 375 Disabled MPTACC561
- Figure 376 Enabled Auxiliary Card562
- Figure 377 Disable Auxiliary Card563
- Figure 378 Disabled Auxiliary Card564
53 Provision Ethernet Ring Protection (ERP)565
- Purpose565
- Prerequisites565
- General566
- Procedures566
- Figure 379 Ethernet Ring Configuration View Icon567
- Figure 380 Ethernet Protection Ring Configuration View567
- Figure 381 ERP Topology Creation569
- Figure 382 ERP Topology Created569
- Figure 383 ERP Instance Creation571
- Figure 384 ERP Instance Created571
- Figure 385 Two ERP Instances Created572
- Figure 386 Add PDH VLAN Ids to ERP Instance574
- Figure 387 OAM Switching Criteria577
54 Upgrade a Ring to R5.1.0 Software579
- Purpose579
- General579
- Figure 388 Ring Example for Upgrade579
- Procedure580
77 Perform Tx Diversity Antenna Operations589
- Provision Cross Connections in a Mixed Fiber/Microwave Ring589
- General589
- Purpose589
55 Provision Cross Connections in a Mixed590
- Figure 397 Sample Mixed Fiber/Microwave Ring590
- Procedures590
- Figure 398 Cross-Connection between Node J and Node K591
- Figure 399 Node J to Node K: Pass-Through Cross-Connection on Node a592
- Figure 400 Node J to Node K: Pass-Through Cross-Connection on Node B593
- Figure 401 Node J to Node K: Pass-Through Cross-Connection on Node C594
- Figure 402 Node J to Node K: Pass-Through Cross-Connection on Node D595
- Figure 403 Cross-Connection between Node J and Node D596
- Figure 404 Node J to Node D: Pass-Through Cross-Connection on Node a596
- Figure 405 Node J to Node D: Pass-Through Cross-Connection on Node B597
- Figure 406 Node J to Node D: Pass-Through Cross-Connection on Node C598
- Figure 407 Node J to Node D: Radio-Ring Cross-Connection on Node D599
- Figure 408 Node J to Node D: PDH-Ring Cross-Connection on Node D600
- Figure 409 Cross-Connection between Node J and Node D (Protected)601
- Figure 410 Node J to Node D (Protected): Pass-Through Cross-Connection on Node a601
- Figure 411 Node J to Node D (Protected): Pass-Through Cross-Connection on Node B602
- Figure 412 Node J to Node D (Protected): Pass-Through Cross-Connection on Node C603
- Figure 413 Node J to Node D (Protected): Radio-Ring Cross-Connection on Node D604
- Figure 414 Node J to Node D (Protected): PDH-Ring Cross-Connection on Node D605
- Figure 415 Cross-Connection between Node K and Node B606
- Figure 416 Node K to Node B: Radio-Ring Cross-Connection on Node B606
- Figure 417 Node K to Node B: PDH-Ring Cross-Connection on Node B607
- Figure 418 Node K to Node B: Pass-Through Cross-Connection on Node a608
- Figure 419 Node K to Node B: Pass-Through Cross-Connection on Node C609
- Figure 420 Node K to Node B: Pass-Through Cross-Connection on Node D610
- Figure 421 Cross-Connection between Node K and Node B (Protected)611
- Figure 422 Node K to Node B (Protected): Radio-Ring Cross-Connection on Node B612
- Figure 423 Node K to Node B (Protected): PDH-Ring Cross-Connection on Node B613
- Figure 424 Node K to Node B (Protected): Pass-Through Cross-Connection on Node a614
- Figure 425 Node K to Node B (Protected): Pass-Through Cross-Connection on Node C615
- Figure 426 Node K to Node B (Protected): Pass-Through Cross-Connection on Node D616
- Figure 427 Cross-Connection between Node I and NE G617
- Figure 428 Node I to NE G: Ethernet-Radio Cross-Connection on NE G618
- Figure 429 Node I to NE G: Ethernet-PDH Cross-Connection on NE G619
- Figure 430 Node I to NE G: Ethernet-Ring Cross-Connection on Node C620
- Figure 431 Node I to NE G: Pass-Through Cross-Connection on Node a621
- Figure 432 Node I to NE G: Pass-Through Cross-Connection on Node B622
- Figure 433 Node I to NE G: Pass-Through Cross-Connection on Node D623
- Figure 434 Cross-Connection between Node I and NE G (Protected)624
- Figure 435 Node I to NE G (Protected): Ethernet-Radio Cross-Connection on625
- Figure 436 Node I to NE G: Ethernet-PDH Cross-Connection on NE G626
- Figure 437 Node I to NE G (Protected): Ethernet-Ring Cross-Connection on Node C627
- Figure 438 Node I to NE G (Protected): Pass-Through Cross-Connection on Node a628
- Figure 439 Node I to NE G (Protected): Pass-Through Cross-Connection on Node B629
- Figure 440 Node I to NE G (Protected): Pass-Through Cross-Connection on Node D630
- Figure 441 Cross-Connection between Node I and NE E631
- Figure 442 Node I to NE E: Ethernet-Radio Cross-Connection on NE E632
- Figure 443 Node I to NE E: Ethernet-PDH Cross-Connection on NE E633
- Figure 444 Node I to NE E: Ethernet-Ring Cross-Connection on Node a634
- Figure 445 Node I to NE E: Pass-Through Cross-Connection on Node B635
- Figure 446 Node I to NE E: Pass-Through Cross-Connection on Node C636
- Figure 447 Node I to NE E: Pass-Through Cross-Connection on Node D637
- Figure 448 Cross-Connection between Node I and NE E (Protected)638
- Figure 449 Node I to NE E (Protected): Ethernet-Radio Cross-Connection on639
- Figure 450 Node I to NE E (Protected): Ethernet-PDH Cross-Connection on NE E640
- Figure 451 Node I to NE E: Ethernet-Ring Cross-Connection on Node a641
- Figure 452 Node I to NE E (Protected): Pass-Through Cross-Connection on Node B642
- Figure 453 Node I to NE E (Protected): Pass-Through Cross-Connection on Node C643
- Figure 454 Node I to NE E (Protected): Pass-Through Cross-Connection on Node D644
- Figure 455 Cross-Connection between Node a and Node D645
- Figure 456 Node a to Node D: Radio-Ring Cross-Connection on Node a645
- Figure 457 Node a to Node D: PDH-Ring Cross-Connection on Node a646
- Figure 458 Node a to Node D: Pass-Through Cross-Connection on Node B647
- Figure 459 Node a to Node D: Pass-Through Cross-Connection on Node C648
- Figure 460 Node a to Node D: Radio-Ring Cross-Connection on Node D649
- Figure 461 Node a to Node D: PDH-Ring Cross-Connection on Node D650
- Figure 462 Cross-Connection between Node a and Node D (Protected)651
- Figure 463 Node a to Node D (Protected): Radio-Ring Cross-Connection on Node a651
- Figure 464 Node a to Node D (Protected): PDH-Ring Cross-Connection on Node a652
- Figure 465 Node a to Node D (Protected): Pass-Through Cross-Connection on Node B653
- Figure 466 Node a to Node D (Protected): Pass-Through Cross-Connection on Node C654
- Figure 467 Node a to Node D (Protected): Radio-Ring Cross-Connection on Node D655
- Figure 468 Node a to Node D (Protected): PDH-Ring Cross-Connection on Node D656
- Figure 469 Cross-Connection between Node a (Protected) and Node D (Protected)657
- Figure 470 Node a (Protected) to Node D (Protected): Radio-Ring Cross-Connection on Node a657
- Figure 471 Node a (Protected) to Node D (Protected): PDH-Ring Cross-Connection on Node a658
- Figure 472 Node a (Protected) to Node D (Protected): Pass-Through Cross-Connection on Node B659
- Figure 473 Node a (Protected) to Node D (Protected): Pass-Through Cross-Connection on Node C660
- Figure 474 Node a (Protected) to Node D (Protected): Radio-Ring Cross-Connection on Node D661
- Figure 475 Node a (Protected) to Node D (Protected): PDH-Ring Cross-Connection on Node D662
- Figure 476 Cross-Connection between Node a and Node C663
- Figure 477 Node a to Node C: Radio-Ring Cross-Connection on Node a663
- Figure 478 Node a to Node C: PDH-Ring Cross-Connection on Node a664
- Figure 479 Node a to Node C: Pass-Through Cross-Connection on Node B665
- Figure 480 Node a to Node C: Radio-Ring Cross-Connection on Node C666
- Figure 481 Node a to Node C: PDH-Ring Cross-Connection on Node C667
- Figure 482 Node a to Node C: Pass-Through Cross-Connection on Node D668
- Figure 483 Cross-Connection between Node a and Node C (Protected)669
- Figure 484 Node a to Node C (Protected): Radio-Ring Cross-Connection on Node a669
- Figure 485 Node a to Node C (Protected): PDH-Ring Cross-Connection on Node a670
- Figure 486 Node a to Node C: Pass-Through Cross-Connection on Node B671
- Figure 487 Node a to Node C (Protected): Radio-Ring Cross-Connection on Node C672
- Figure 488 Node a to Node C (Protected): PDH-Ring Cross-Connection on Node C673
- Figure 489 Node a to Node C (Protected): Pass-Through Cross-Connection on Node D674
- Figure 490 Cross-Connection between Node B and Node C675
- Figure 491 Node B to Node C: Radio-Ring Cross-Connection on Node B676
- Figure 492 Node B to Node C: PDH-Ring Cross-Connection on Node B677
- Figure 493 Node B to Node C: Radio-Ring Cross-Connection on Node C678
- Figure 494 Node B to Node C: PDH-Ring Cross-Connection on Node C679
- Figure 495 Node B to Node C: Pass-Through Cross-Connection on Node a680
- Figure 496 Node B to Node C: Pass-Through Cross-Connection on Node D681
- Figure 497 Cross-Connection between NE E and Node D682
- Figure 498 NE E to Node D: Ethernet-Radio Cross-Connection on NE E683
- Figure 499 NE E to Node D: Ethernet-PDH Cross-Connection on NE G684
- Figure 500 NE E to Node D: Ethernet-Ring Cross-Connection on Node a685
- Figure 501 NE E to Node D: Pass-Through Cross-Connection on Node a686
- Figure 502 NE E to Node D: Pass-Through Cross-Connection on Node C687
- Figure 503 NE E to Node D: Radio-Ring Cross-Connection on Node D688
- Figure 504 NE E to Node D: PDH-Ring Cross-Connection on Node D689
- Figure 505 Cross-Connection between NE E and Node C690
- Figure 506 NE E to Node C: Ethernet-Radio Cross-Connection on NE E691
- Figure 507 NE E to Node C: Ethernet-PDH Cross-Connection on NE E692
- Figure 508 NE E to Node C: Ethernet-Ring Cross-Connection on Node a693
- Figure 509 NE E to Node C: Pass-Through Cross-Connection on Node B694
- Figure 510 NE E to Node C: Radio-Ring Cross-Connection on Node C695
- Figure 511 NE E to Node C: PDH-Ring Cross-Connection on Node C696
- Figure 512 NE E to Node C: Pass-Through Cross-Connection on Node D697
- Figure 513 Cross-Connection between NE F and Node C698
- Figure 514 NE F to Node C: Ethernet-Radio Cross-Connection on NE F699
- Figure 515 NE F to Node C: Ethernet-PDH Cross-Connection on NE F700
- Figure 516 NE F to Node C: Ethernet-Ring Cross-Connection on Node B701
- Figure 517 NE F to Node C: Radio-Ring Cross-Connection on Node C702
- Figure 518 NE F to Node C: PDH-Ring Cross-Connection on Node C703
- Figure 519 NE F to Node C: Pass-Through Cross-Connection on Node a704
- Figure 520 NE F to Node C: Pass-Through Cross-Connection on Node D705
- Figure 521 Cross-Connection between NE F and Node C (Protected)706
- Figure 522 NE F to Node C (Protected): Ethernet-Radio Cross-Connection on707
- Figure 523 NE F to Node C (Protected): Ethernet-PDH Cross-Connection on NE F708
- Figure 524 NE F to Node C (Protected): Ethernet-Ring Cross-Connection on Node B709
- Figure 525 NE F to Node C (Protected): Radio-Ring Cross-Connection on Node C710
- Figure 526 NE F to Node C (Protected): PDH-Ring Cross-Connection on Node C711
- Figure 527 NE F to Node C (Protected): Pass-Through Cross-Connection on Node a712
- Figure 528 NE F to Node C (Protected): Pass-Through Cross-Connection on Node D713
- Figure 529 Cross-Connection between NE F (Protected) and Node C (Protected)714
- Figure 530 NE F (Protected) to Node C (Protected): Ethernet-Radio Cross-Connection on NE F715
- Figure 531 NE F (Protected) to Node C (Protected): Ethernet-PDH Cross716
- Figure 532 NE F (Protected) to Node C (Protected): Ethernet-Ring Cross-Connection on Node B717
- Figure 533 NE F (Protected) to Node C (Protected): Radio-Ring Cross-Connection on Node C718
- Figure 534 NE F (Protected) to Node C (Protected): PDH-Ring Cross-Connection on Node C719
- Figure 535 NE F (Protected) to Node C (Protected): Pass-Through Cross720
- Figure 536 NE F (Protected) to Node C (Protected): Pass-Through Cross-Connection on Node D721
- Figure 537 Cross-Connection between NE E and NE H722
- Figure 538 NE E to NE H: Ethernet-Radio Cross-Connection on NE E723
- Figure 539 NE E to NE H: Ethernet-PDH Cross-Connection on NE E724
- Figure 540 NE E to NE H: Ethernet-Radio Cross-Connection on NE E725
- Figure 541 NE E to NE H: Ethernet-PDH Cross-Connection on NE E726
- Figure 542 NE E to NE H: Ethernet-Radio Cross-Connection on NE H727
- Figure 543 NE E to NE H: Ethernet-PDH Cross-Connection on NE H728
- Figure 544 NE E to NE H: Ethernet-Ring Cross-Connection on Node a729
- Figure 545 NE E to NE H: Pass-Through Cross-Connection on Node B730
- Figure 546 NE E to NE H: Pass-Through Cross-Connection on Node C731
- Figure 547 NE to NE H: Ethernet-Ring Cross-Connection on Node D732
- Figure 548 Cross-Connection between NE E and NE G733
- Figure 549 NE E to NE G: Ethernet-Radio Cross-Connection on NE E734
- Figure 550 NE E to NE G: Ethernet-PDH Cross-Connection on NE E735
- Figure 551 NE E to NE G: Ethernet-Radio Cross-Connection on NE G736
- Figure 552 NE E to NE G: Ethernet-PDH Cross-Connection on NE G737
- Figure 553 NE E to NE G: Ethernet-Ring Cross-Connection on Node a738
- Figure 554 NE E to NE G: Pass-Through Cross-Connection on Node B739
- Figure 555 NE E to NE G: Ethernet-Ring Cross-Connection on Node C740
- Figure 556 NE E to NE G: Pass-Through Cross-Connection on Node D741
- Figure 557 Cross-Connection between NE F and NE G742
- Figure 558 NE F to NE G: Ethernet-Radio Cross-Connection on NE F743
- Figure 559 NE F to NE G: Ethernet-PDH Cross-Connection on NE F744
- Figure 560 NE F to NE G: Ethernet-Radio Cross-Connection on NE G745
- Figure 561 NE F to NE G: Ethernet-PDH Cross-Connection on NE G746
- Figure 562 NE F to NE G: Ethernet-Ring Cross-Connection on Node B747
- Figure 563 NE F to NE G: Ethernet-Ring Cross-Connection on Node C748
- Figure 564 NE F to NE G: Pass-Through Cross-Connection on Node a749
- Figure 565 NE F to NE G: Pass-Through Cross-Connection on Node D750
56 Provision Ring Cross-Connections Using the Aided Cross-Connection Tool751
- Purpose751
57 Provision Protection Scheme Parameters764
58 Provision Protection Type773
59 Configure Radio Parameters788
60 Perform Ipv6 Pre-Provisioning884
61 Use the Provisioning Tool891
62 Apply a Configuration Using the Web Server946
63 Core Facing PDH/SDH Tributary Loopback952
64 Digital Core Facing Loopback962
65 Line Facing PDH/SDH Tributary Loopback966
66 OAM Remote Loopback976
67 Open and Run Performance Monitoring980
- Table 7 Command Priority List1002
68 Perform Protection Switching1004
- Figure 749 Protection Schemes Tab1004
- Figure 750 Forced Switch Main Core-E to Spare Core-E1005
- Figure 751 Lockout Spare Core-E Card1006
- Figure 752 Release Switch Core-E1007
- Figure 753 Forced Equipment Switch Main to Spare1008
- Figure 754 Manual Equipment Switch: Main to Spare1009
- Figure 755 Manual Equipment Switch: Spare to Main1010
- Figure 756 Lockout Equipment Switch: Lockout Switch to Spare1011
- Figure 757 Release EPS Switch1012
- Figure 758 Forced HSB Switch Main Radio Channel1013
- Figure 759 Manual HSB Switch: Main Radio Channel to Spare Radio Channel1014
- Figure 760 Manual HSB Switch: Spare Radio Channel to Main Radio Channel1015
- Figure 761 Lockout HSB Switch: Lockout Spare Radio Channel1016
- Figure 762 Release HSB Switch1017
- Figure 763 Forced Rx Radio Switch: Main Radio Channel1018
- Figure 764 Manual Rx Radio Switch: Main Radio Channel to Spare Radio Channel1019
- Figure 765 Manual Rx Radio Switch: Spare Radio Channel to Main Radio Channel1020
- Figure 766 Lockout Rx Radio Switch Spare Radio Channel1021
- Figure 767 Release Rx Radio Switch1022
69 Perform Radio Power Measurements1024
- Figure 768 Radio Power Measurement Window1024
- Figure 769 Radio Power Measurement Window for MPT-HLC1025
- Figure 770 Radio Power Measurement: Graphical View1026
- Figure 771 Radio Power Measurement: Tabular View1026
70 Radio Facing Circuit Loopback1030
- Figure 772 Main Equipment Window: Radio Icon Highlighted1030
- Figure 773 Radio Maintenance Tab1031
71 RF Core Facing Loopback1035
- Figure 774 RF Filter Port Detail1035
- Figure 775 Main Equipment Window: Radio Icon Highlighted1036
- Figure 776 Maintenance Tab (MPT-HLC Shown)1037
- Figure 777 Radio Maintenance Tab1041
72 Administer SDH LAG1044
- Figure 778 SDH LAG Screen1044
- Table 8 MPT-HL L1 LAG Bandwidth Per Service Type1062
- Figure 779 MPT-HL to L1 LAG Information Message1065
- Figure 780 MPT-HL to L1 LAG Warning Message1065
- Figure 781 Tx Diversity Antenna Webpage1072
- Figure 782 Tx Diversity Antenna Enabled1072
- Figure 783 Tx Diversity Antenna Disabled1073
- Figure 784 Tx Diversity Antenna Status1073
- Figure 785 Tx Diversity: Force Main1074
- Figure 786 Tx Diversity: Clear Force1075

Nokia 9500 MPR - Page 192

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